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kannaiah/testme.js

Created January 5, 2025 14:16
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testme.js
This file has been truncated, but you can view the full file.
(
function () {
const e = document.createElement('link').relList;
if (e && e.supports && e.supports('modulepreload')) return;
for (
const s of document.querySelectorAll('link[rel="modulepreload"]')
) n(s);
new MutationObserver(
s => {
for (const r of s) if (r.type === 'childList') for (const a of r.addedNodes) a.tagName === 'LINK' &&
a.rel === 'modulepreload' &&
n(a)
}
).observe(document, {
childList: !0,
subtree: !0
});
function t(s) {
const r = {};
return s.integrity &&
(r.integrity = s.integrity),
s.referrerpolicy &&
(r.referrerPolicy = s.referrerpolicy),
s.crossorigin === 'use-credentials' ? r.credentials = 'include' : s.crossorigin === 'anonymous' ? r.credentials = 'omit' : r.credentials = 'same-origin',
r
}
function n(s) {
if (s.ep) return;
s.ep = !0;
const r = t(s);
fetch(s.href, r)
}
}
) ();
const jm = 'modulepreload',
Hm = function (i) {
return '/' + i
},
Fu = {},
Wo = function (e, t, n) {
if (!t || t.length === 0) return e();
const s = document.getElementsByTagName('link');
return Promise.all(
t.map(
r => {
if (r = Hm(r), r in Fu) return;
Fu[r] = !0;
const a = r.endsWith('.css'),
l = a ? '[rel="stylesheet"]' : '';
if (!!n) for (let c = s.length - 1; c >= 0; c--) {
const h = s[c];
if (h.href === r && (!a || h.rel === 'stylesheet')) return
} else if (document.querySelector(`link[href="${ r }"]${ l }`)) return;
const u = document.createElement('link');
if (
u.rel = a ? 'stylesheet' : jm,
a ||
(u.as = 'script', u.crossOrigin = ''),
u.href = r,
document.head.appendChild(u),
a
) return new Promise(
(c, h) => {
u.addEventListener('load', c),
u.addEventListener('error', () => h(new Error(`Unable to preload CSS for ${ r }`)))
}
)
}
)
).then(() => e())
}; /**
* @vue/shared v3.5.13
* (c) 2018-present Yuxi (Evan) You and Vue contributors
* @license MIT
**/
/*! #__NO_SIDE_EFFECTS__ */ function Uo(i) {
const e = Object.create(null);
for (const t of i.split(',')) e[t] = 1;
return t => t in e
}
const ze = {},
$n = [],
Qt = () => {
},
qm = () => !1,
ta = i => i.charCodeAt(0) === 111 &&
i.charCodeAt(1) === 110 &&
(i.charCodeAt(2) > 122 || i.charCodeAt(2) < 97),
jo = i => i.startsWith('onUpdate:'),
et = Object.assign,
Ho = (i, e) => {
const t = i.indexOf(e);
t > - 1 &&
i.splice(t, 1)
},
Gm = Object.prototype.hasOwnProperty,
Re = (i, e) => Gm.call(i, e),
ve = Array.isArray,
Ln = i => Ws(i) === '[object Map]',
ia = i => Ws(i) === '[object Set]',
Au = i => Ws(i) === '[object Date]',
_e = i => typeof i == 'function',
Qe = i => typeof i == 'string',
ei = i => typeof i == 'symbol',
De = i => i !== null &&
typeof i == 'object',
bd = i => (De(i) || _e(i)) &&
_e(i.then) &&
_e(i.catch),
wd = Object.prototype.toString,
Ws = i => wd.call(i),
Km = i => Ws(i).slice(8, - 1),
kd = i => Ws(i) === '[object Object]',
qo = i => Qe(i) &&
i !== 'NaN' &&
i[0] !== '-' &&
'' + parseInt(i, 10) === i,
us = Uo(
',key,ref,ref_for,ref_key,onVnodeBeforeMount,onVnodeMounted,onVnodeBeforeUpdate,onVnodeUpdated,onVnodeBeforeUnmount,onVnodeUnmounted'
),
na = i => {
const e = Object.create(null);
return t => e[t] ||
(e[t] = i(t))
},
Xm = /-(\w)/g,
qt = na(i => i.replace(Xm, (e, t) => t ? t.toUpperCase() : '')),
Jm = /\B([A-Z])/g,
mn = na(i => i.replace(Jm, '-$1').toLowerCase()),
sa = na(i => i.charAt(0).toUpperCase() + i.slice(1)),
kr = na(i => i ? `on${ sa(i) }` : ''),
zi = (i, e) => !Object.is(i, e),
_r = (i, ...e) => {
for (let t = 0; t < i.length; t++) i[t](...e)
},
_d = (i, e, t, n = !1) => {
Object.defineProperty(i, e, {
configurable: !0,
enumerable: !1,
writable: n,
value: t
})
},
Ir = i => {
const e = parseFloat(i);
return isNaN(e) ? i : e
},
Ym = i => {
const e = Qe(i) ? Number(i) : NaN;
return isNaN(e) ? i : e
};
let Vu;
const Us = () => Vu ||
(
Vu = typeof globalThis < 'u' ? globalThis : typeof self < 'u' ? self : typeof window < 'u' ? window : typeof global < 'u' ? global : {
}
);
function tt(i) {
if (ve(i)) {
const e = {};
for (let t = 0; t < i.length; t++) {
const n = i[t],
s = Qe(n) ? tg(n) : tt(n);
if (s) for (const r in s) e[r] = s[r]
}
return e
} else if (Qe(i) || De(i)) return i
}
const Qm = /;(?![^(]*\))/g,
Zm = /:([^]+)/,
eg = /\/\*[^]*?\*\//g;
function tg(i) {
const e = {};
return i.replace(eg, '').split(Qm).forEach(
t => {
if (t) {
const n = t.split(Zm);
n.length > 1 &&
(e[n[0].trim()] = n[1].trim())
}
}
),
e
}
function ie(i) {
let e = '';
if (Qe(i)) e = i;
else if (ve(i)) for (let t = 0; t < i.length; t++) {
const n = ie(i[t]);
n &&
(e += n + ' ')
} else if (De(i)) for (const t in i) i[t] &&
(e += t + ' ');
return e.trim()
}
const ig = 'itemscope,allowfullscreen,formnovalidate,ismap,nomodule,novalidate,readonly',
ng = Uo(ig);
function xd(i) {
return !!i ||
i === ''
}
function sg(i, e) {
if (i.length !== e.length) return !1;
let t = !0;
for (let n = 0; t && n < i.length; n++) t = Vn(i[n], e[n]);
return t
}
function Vn(i, e) {
if (i === e) return !0;
let t = Au(i),
n = Au(e);
if (t || n) return t &&
n ? i.getTime() === e.getTime() : !1;
if (t = ei(i), n = ei(e), t || n) return i === e;
if (t = ve(i), n = ve(e), t || n) return t &&
n ? sg(i, e) : !1;
if (t = De(i), n = De(e), t || n) {
if (!t || !n) return !1;
const s = Object.keys(i).length,
r = Object.keys(e).length;
if (s !== r) return !1;
for (const a in i) {
const l = i.hasOwnProperty(a),
o = e.hasOwnProperty(a);
if (l && !o || !l && o || !Vn(i[a], e[a])) return !1
}
}
return String(i) === String(e)
}
function rg(i, e) {
return i.findIndex(t => Vn(t, e))
}
const Td = i => !!(i && i.__v_isRef === !0),
F = i => Qe(i) ? i : i == null ? '' : ve(i) ||
De(i) &&
(i.toString === wd || !_e(i.toString)) ? Td(i) ? F(i.value) : JSON.stringify(i, Sd, 2) : String(i),
Sd = (i, e) => Td(e) ? Sd(i, e.value) : Ln(e) ? {
[
`Map(${ e.size })`
]: [
...e.entries()
].reduce((t, [
n,
s
], r) => (t[Pa(n, r) + ' =>'] = s, t), {
})
}
: ia(e) ? {
[
`Set(${ e.size })`
]: [
...e.values()
].map(t => Pa(t))
}
: ei(e) ? Pa(e) : De(e) &&
!ve(e) &&
!kd(e) ? String(e) : e,
Pa = (i, e = '') => {
var t;
return ei(i) ? `Symbol(${ (t = i.description) != null ? t : e })` : i
}; /**
* @vue/reactivity v3.5.13
* (c) 2018-present Yuxi (Evan) You and Vue contributors
* @license MIT
**/
let vt;
class Ed {
constructor(e = !1) {
this.detached = e,
this._active = !0,
this.effects = [],
this.cleanups = [],
this._isPaused = !1,
this.parent = vt,
!e &&
vt &&
(this.index = (vt.scopes || (vt.scopes = [])).push(this) - 1)
}
get active() {
return this._active
}
pause() {
if (this._active) {
this._isPaused = !0;
let e,
t;
if (this.scopes) for (e = 0, t = this.scopes.length; e < t; e++) this.scopes[e].pause();
for (e = 0, t = this.effects.length; e < t; e++) this.effects[e].pause()
}
}
resume() {
if (this._active && this._isPaused) {
this._isPaused = !1;
let e,
t;
if (this.scopes) for (e = 0, t = this.scopes.length; e < t; e++) this.scopes[e].resume();
for (e = 0, t = this.effects.length; e < t; e++) this.effects[e].resume()
}
}
run(e) {
if (this._active) {
const t = vt;
try {
return vt = this,
e()
} finally {
vt = t
}
}
}
on() {
vt = this
}
off() {
vt = this.parent
}
stop(e) {
if (this._active) {
this._active = !1;
let t,
n;
for (t = 0, n = this.effects.length; t < n; t++) this.effects[t].stop();
for (this.effects.length = 0, t = 0, n = this.cleanups.length; t < n; t++) this.cleanups[t]();
if (this.cleanups.length = 0, this.scopes) {
for (t = 0, n = this.scopes.length; t < n; t++) this.scopes[t].stop(!0);
this.scopes.length = 0
}
if (!this.detached && this.parent && !e) {
const s = this.parent.scopes.pop();
s &&
s !== this &&
(this.parent.scopes[this.index] = s, s.index = this.index)
}
this.parent = void 0
}
}
}
function Cd(i) {
return new Ed(i)
}
function $d() {
return vt
}
function ag(i, e = !1) {
vt &&
vt.cleanups.push(i)
}
let je;
const Ia = new WeakSet;
class Ld {
constructor(e) {
this.fn = e,
this.deps = void 0,
this.depsTail = void 0,
this.flags = 5,
this.next = void 0,
this.cleanup = void 0,
this.scheduler = void 0,
vt &&
vt.active &&
vt.effects.push(this)
}
pause() {
this.flags |= 64
}
resume() {
this.flags & 64 &&
(
this.flags &= - 65,
Ia.has(this) &&
(Ia.delete(this), this.trigger())
)
}
notify() {
this.flags & 2 &&
!(this.flags & 32) ||
this.flags & 8 ||
Id(this)
}
run() {
if (!(this.flags & 1)) return this.fn();
this.flags |= 2,
zu(this),
Nd(this);
const e = je,
t = Zt;
je = this,
Zt = !0;
try {
return this.fn()
} finally {
Md(this),
je = e,
Zt = t,
this.flags &= - 3
}
}
stop() {
if (this.flags & 1) {
for (let e = this.deps; e; e = e.nextDep) Xo(e);
this.deps = this.depsTail = void 0,
zu(this),
this.onStop &&
this.onStop(),
this.flags &= - 2
}
}
trigger() {
this.flags & 64 ? Ia.add(this) : this.scheduler ? this.scheduler() : this.runIfDirty()
}
runIfDirty() {
Hl(this) &&
this.run()
}
get dirty() {
return Hl(this)
}
}
let Pd = 0,
cs,
hs;
function Id(i, e = !1) {
if (i.flags |= 8, e) {
i.next = hs,
hs = i;
return
}
i.next = cs,
cs = i
}
function Go() {
Pd++
}
function Ko() {
if (--Pd > 0) return;
if (hs) {
let e = hs;
for (hs = void 0; e; ) {
const t = e.next;
e.next = void 0,
e.flags &= - 9,
e = t
}
}
let i;
for (; cs; ) {
let e = cs;
for (cs = void 0; e; ) {
const t = e.next;
if (e.next = void 0, e.flags &= - 9, e.flags & 1) try {
e.trigger()
} catch (n) {
i ||
(i = n)
}
e = t
}
}
if (i) throw i
}
function Nd(i) {
for (let e = i.deps; e; e = e.nextDep) e.version = - 1,
e.prevActiveLink = e.dep.activeLink,
e.dep.activeLink = e
}
function Md(i) {
let e,
t = i.depsTail,
n = t;
for (; n; ) {
const s = n.prevDep;
n.version === - 1 ? (n === t && (t = s), Xo(n), lg(n)) : e = n,
n.dep.activeLink = n.prevActiveLink,
n.prevActiveLink = void 0,
n = s
}
i.deps = e,
i.depsTail = t
}
function Hl(i) {
for (let e = i.deps; e; e = e.nextDep) if (
e.dep.version !== e.version ||
e.dep.computed &&
(Rd(e.dep.computed) || e.dep.version !== e.version)
) return !0;
return !!i._dirty
}
function Rd(i) {
if (
i.flags & 4 &&
!(i.flags & 16) ||
(i.flags &= - 17, i.globalVersion === _s)
) return;
i.globalVersion = _s;
const e = i.dep;
if (i.flags |= 2, e.version > 0 && !i.isSSR && i.deps && !Hl(i)) {
i.flags &= - 3;
return
}
const t = je,
n = Zt;
je = i,
Zt = !0;
try {
Nd(i);
const s = i.fn(i._value);
(e.version === 0 || zi(s, i._value)) &&
(i._value = s, e.version++)
} catch (s) {
throw e.version++,
s
} finally {
je = t,
Zt = n,
Md(i),
i.flags &= - 3
}
}
function Xo(i, e = !1) {
const {
dep: t,
prevSub: n,
nextSub: s
}
= i;
if (
n &&
(n.nextSub = s, i.prevSub = void 0),
s &&
(s.prevSub = n, i.nextSub = void 0),
t.subs === i &&
(t.subs = n, !n && t.computed)
) {
t.computed.flags &= - 5;
for (let r = t.computed.deps; r; r = r.nextDep) Xo(r, !0)
}
!e &&
!--t.sc &&
t.map &&
t.map.delete(t.key)
}
function lg(i) {
const {
prevDep: e,
nextDep: t
}
= i;
e &&
(e.nextDep = t, i.prevDep = void 0),
t &&
(t.prevDep = e, i.nextDep = void 0)
}
let Zt = !0;
const Bd = [];
function Gi() {
Bd.push(Zt),
Zt = !1
}
function Ki() {
const i = Bd.pop();
Zt = i === void 0 ? !0 : i
}
function zu(i) {
const {
cleanup: e
}
= i;
if (i.cleanup = void 0, e) {
const t = je;
je = void 0;
try {
e()
} finally {
je = t
}
}
}
let _s = 0;
class og {
constructor(e, t) {
this.sub = e,
this.dep = t,
this.version = t.version,
this.nextDep = this.prevDep = this.nextSub = this.prevSub = this.prevActiveLink = void 0
}
}
class Jo {
constructor(e) {
this.computed = e,
this.version = 0,
this.activeLink = void 0,
this.subs = void 0,
this.map = void 0,
this.key = void 0,
this.sc = 0
}
track(e) {
if (!je || !Zt || je === this.computed) return;
let t = this.activeLink;
if (t === void 0 || t.sub !== je) t = this.activeLink = new og(je, this),
je.deps ? (t.prevDep = je.depsTail, je.depsTail.nextDep = t, je.depsTail = t) : je.deps = je.depsTail = t,
Od(t);
else if (t.version === - 1 && (t.version = this.version, t.nextDep)) {
const n = t.nextDep;
n.prevDep = t.prevDep,
t.prevDep &&
(t.prevDep.nextDep = n),
t.prevDep = je.depsTail,
t.nextDep = void 0,
je.depsTail.nextDep = t,
je.depsTail = t,
je.deps === t &&
(je.deps = n)
}
return t
}
trigger(e) {
this.version++,
_s++,
this.notify(e)
}
notify(e) {
Go();
try {
for (let t = this.subs; t; t = t.prevSub) t.sub.notify() &&
t.sub.dep.notify()
} finally {
Ko()
}
}
}
function Od(i) {
if (i.dep.sc++, i.sub.flags & 4) {
const e = i.dep.computed;
if (e && !i.dep.subs) {
e.flags |= 20;
for (let n = e.deps; n; n = n.nextDep) Od(n)
}
const t = i.dep.subs;
t !== i &&
(i.prevSub = t, t && (t.nextSub = i)),
i.dep.subs = i
}
}
const Nr = new WeakMap,
sn = Symbol(''),
ql = Symbol(''),
xs = Symbol('');
function pt(i, e, t) {
if (Zt && je) {
let n = Nr.get(i);
n ||
Nr.set(i, n = new Map);
let s = n.get(t);
s ||
(n.set(t, s = new Jo), s.map = n, s.key = t),
s.track()
}
}
function wi(i, e, t, n, s, r) {
const a = Nr.get(i);
if (!a) {
_s++;
return
}
const l = o => {
o &&
o.trigger()
};
if (Go(), e === 'clear') a.forEach(l);
else {
const o = ve(i),
u = o &&
qo(t);
if (o && t === 'length') {
const c = Number(n);
a.forEach((h, d) => {
(d === 'length' || d === xs || !ei(d) && d >= c) &&
l(h)
})
} else switch ((t !== void 0 || a.has(void 0)) && l(a.get(t)), u && l(a.get(xs)), e) {
case 'add':
o ? u &&
l(a.get('length')) : (l(a.get(sn)), Ln(i) && l(a.get(ql)));
break;
case 'delete':
o ||
(l(a.get(sn)), Ln(i) && l(a.get(ql)));
break;
case 'set':
Ln(i) &&
l(a.get(sn));
break
}
}
Ko()
}
function ug(i, e) {
const t = Nr.get(i);
return t &&
t.get(e)
}
function vn(i) {
const e = Pe(i);
return e === i ? e : (pt(e, 'iterate', xs), Vt(i) ? e : e.map(mt))
}
function ra(i) {
return pt(i = Pe(i), 'iterate', xs),
i
}
const cg = {
__proto__: null,
[
Symbol.iterator
]() {
return Na(this, Symbol.iterator, mt)
},
concat(...i) {
return vn(this).concat(...i.map(e => ve(e) ? vn(e) : e))
},
entries() {
return Na(this, 'entries', i => (i[1] = mt(i[1]), i))
},
every(i, e) {
return mi(this, 'every', i, e, void 0, arguments)
},
filter(i, e) {
return mi(this, 'filter', i, e, t => t.map(mt), arguments)
},
find(i, e) {
return mi(this, 'find', i, e, mt, arguments)
},
findIndex(i, e) {
return mi(this, 'findIndex', i, e, void 0, arguments)
},
findLast(i, e) {
return mi(this, 'findLast', i, e, mt, arguments)
},
findLastIndex(i, e) {
return mi(this, 'findLastIndex', i, e, void 0, arguments)
},
forEach(i, e) {
return mi(this, 'forEach', i, e, void 0, arguments)
},
includes(...i) {
return Ma(this, 'includes', i)
},
indexOf(...i) {
return Ma(this, 'indexOf', i)
},
join(i) {
return vn(this).join(i)
},
lastIndexOf(...i) {
return Ma(this, 'lastIndexOf', i)
},
map(i, e) {
return mi(this, 'map', i, e, void 0, arguments)
},
pop() {
return is(this, 'pop')
},
push(...i) {
return is(this, 'push', i)
},
reduce(i, ...e) {
return Wu(this, 'reduce', i, e)
},
reduceRight(i, ...e) {
return Wu(this, 'reduceRight', i, e)
},
shift() {
return is(this, 'shift')
},
some(i, e) {
return mi(this, 'some', i, e, void 0, arguments)
},
splice(...i) {
return is(this, 'splice', i)
},
toReversed() {
return vn(this).toReversed()
},
toSorted(i) {
return vn(this).toSorted(i)
},
toSpliced(...i) {
return vn(this).toSpliced(...i)
},
unshift(...i) {
return is(this, 'unshift', i)
},
values() {
return Na(this, 'values', mt)
}
};
function Na(i, e, t) {
const n = ra(i),
s = n[e]();
return n !== i &&
!Vt(i) &&
(
s._next = s.next,
s.next = () => {
const r = s._next();
return r.value &&
(r.value = t(r.value)),
r
}
),
s
}
const hg = Array.prototype;
function mi(i, e, t, n, s, r) {
const a = ra(i),
l = a !== i &&
!Vt(i),
o = a[e];
if (o !== hg[e]) {
const h = o.apply(i, r);
return l ? mt(h) : h
}
let u = t;
a !== i &&
(
l ? u = function (h, d) {
return t.call(this, mt(h), d, i)
}
: t.length > 2 &&
(u = function (h, d) {
return t.call(this, h, d, i)
})
);
const c = o.call(a, u, n);
return l &&
s ? s(c) : c
}
function Wu(i, e, t, n) {
const s = ra(i);
let r = t;
return s !== i &&
(
Vt(i) ? t.length > 3 &&
(r = function (a, l, o) {
return t.call(this, a, l, o, i)
}) : r = function (a, l, o) {
return t.call(this, a, mt(l), o, i)
}
),
s[e](r, ...n)
}
function Ma(i, e, t) {
const n = Pe(i);
pt(n, 'iterate', xs);
const s = n[e](...t);
return (s === - 1 || s === !1) &&
eu(t[0]) ? (t[0] = Pe(t[0]), n[e](...t)) : s
}
function is(i, e, t = []) {
Gi(),
Go();
const n = Pe(i) [e].apply(i, t);
return Ko(),
Ki(),
n
}
const dg = Uo('__proto__,__v_isRef,__isVue'),
Dd = new Set(
Object.getOwnPropertyNames(Symbol).filter(i => i !== 'arguments' && i !== 'caller').map(i => Symbol[i]).filter(ei)
);
function fg(i) {
ei(i) ||
(i = String(i));
const e = Pe(this);
return pt(e, 'has', i),
e.hasOwnProperty(i)
}
class Fd {
constructor(e = !1, t = !1) {
this._isReadonly = e,
this._isShallow = t
}
get(e, t, n) {
if (t === '__v_skip') return e.__v_skip;
const s = this._isReadonly,
r = this._isShallow;
if (t === '__v_isReactive') return !s;
if (t === '__v_isReadonly') return s;
if (t === '__v_isShallow') return r;
if (t === '__v_raw') return n === (s ? r ? xg : Wd : r ? zd : Vd).get(e) ||
Object.getPrototypeOf(e) === Object.getPrototypeOf(n) ? e : void 0;
const a = ve(e);
if (!s) {
let o;
if (a && (o = cg[t])) return o;
if (t === 'hasOwnProperty') return fg
}
const l = Reflect.get(e, t, Je(e) ? e : n);
return (ei(t) ? Dd.has(t) : dg(t)) ||
(s || pt(e, 'get', t), r) ? l : Je(l) ? a &&
qo(t) ? l : l.value : De(l) ? s ? Ud(l) : Wi(l) : l
}
}
class Ad extends Fd {
constructor(e = !1) {
super (!1, e)
}
set(e, t, n, s) {
let r = e[t];
if (!this._isShallow) {
const o = ln(r);
if (!Vt(n) && !ln(n) && (r = Pe(r), n = Pe(n)), !ve(e) && Je(r) && !Je(n)) return o ? !1 : (r.value = n, !0)
}
const a = ve(e) &&
qo(t) ? Number(t) < e.length : Re(e, t),
l = Reflect.set(e, t, n, Je(e) ? e : s);
return e === Pe(s) &&
(a ? zi(n, r) &&
wi(e, 'set', t, n) : wi(e, 'add', t, n)),
l
}
deleteProperty(e, t) {
const n = Re(e, t);
e[t];
const s = Reflect.deleteProperty(e, t);
return s &&
n &&
wi(e, 'delete', t, void 0),
s
}
has(e, t) {
const n = Reflect.has(e, t);
return (!ei(t) || !Dd.has(t)) &&
pt(e, 'has', t),
n
}
ownKeys(e) {
return pt(e, 'iterate', ve(e) ? 'length' : sn),
Reflect.ownKeys(e)
}
}
class pg extends Fd {
constructor(e = !1) {
super (!0, e)
}
set(e, t) {
return !0
}
deleteProperty(e, t) {
return !0
}
}
const mg = new Ad,
gg = new pg,
yg = new Ad(!0);
const Gl = i => i,
Zs = i => Reflect.getPrototypeOf(i);
function vg(i, e, t) {
return function (...n) {
const s = this.__v_raw,
r = Pe(s),
a = Ln(r),
l = i === 'entries' ||
i === Symbol.iterator &&
a,
o = i === 'keys' &&
a,
u = s[i](...n),
c = t ? Gl : e ? Kl : mt;
return !e &&
pt(r, 'iterate', o ? ql : sn),
{
next() {
const {
value: h,
done: d
}
= u.next();
return d ? {
value: h,
done: d
}
: {
value: l ? [
c(h[0]),
c(h[1])
] : c(h),
done: d
}
},
[
Symbol.iterator
]() {
return this
}
}
}
}
function er(i) {
return function (...e) {
return i === 'delete' ? !1 : i === 'clear' ? void 0 : this
}
}
function bg(i, e) {
const t = {
get(s) {
const r = this.__v_raw,
a = Pe(r),
l = Pe(s);
i ||
(zi(s, l) && pt(a, 'get', s), pt(a, 'get', l));
const {
has: o
}
= Zs(a),
u = e ? Gl : i ? Kl : mt;
if (o.call(a, s)) return u(r.get(s));
if (o.call(a, l)) return u(r.get(l));
r !== a &&
r.get(s)
},
get size() {
const s = this.__v_raw;
return !i &&
pt(Pe(s), 'iterate', sn),
Reflect.get(s, 'size', s)
},
has(s) {
const r = this.__v_raw,
a = Pe(r),
l = Pe(s);
return i ||
(zi(s, l) && pt(a, 'has', s), pt(a, 'has', l)),
s === l ? r.has(s) : r.has(s) ||
r.has(l)
},
forEach(s, r) {
const a = this,
l = a.__v_raw,
o = Pe(l),
u = e ? Gl : i ? Kl : mt;
return !i &&
pt(o, 'iterate', sn),
l.forEach((c, h) => s.call(r, u(c), u(h), a))
}
};
return et(
t,
i ? {
add: er('add'),
set: er('set'),
delete : er('delete'),
clear: er('clear')
}
: {
add(s) {
!e &&
!Vt(s) &&
!ln(s) &&
(s = Pe(s));
const r = Pe(this);
return Zs(r).has.call(r, s) ||
(r.add(s), wi(r, 'add', s, s)),
this
},
set(s, r) {
!e &&
!Vt(r) &&
!ln(r) &&
(r = Pe(r));
const a = Pe(this),
{
has: l,
get: o
}
= Zs(a);
let u = l.call(a, s);
u ||
(s = Pe(s), u = l.call(a, s));
const c = o.call(a, s);
return a.set(s, r),
u ? zi(r, c) &&
wi(a, 'set', s, r) : wi(a, 'add', s, r),
this
},
delete (s) {
const r = Pe(this),
{
has: a,
get: l
}
= Zs(r);
let o = a.call(r, s);
o ||
(s = Pe(s), o = a.call(r, s)),
l &&
l.call(r, s);
const u = r.delete(s);
return o &&
wi(r, 'delete', s, void 0),
u
},
clear() {
const s = Pe(this),
r = s.size !== 0,
a = s.clear();
return r &&
wi(s, 'clear', void 0, void 0),
a
}
}
),
[
'keys',
'values',
'entries',
Symbol.iterator
].forEach(s => {
t[s] = vg(s, i, e)
}),
t
}
function Yo(i, e) {
const t = bg(i, e);
return (n, s, r) => s === '__v_isReactive' ? !i : s === '__v_isReadonly' ? i : s === '__v_raw' ? n : Reflect.get(Re(t, s) && s in n ? t : n, s, r)
}
const wg = {
get: Yo(!1, !1)
},
kg = {
get: Yo(!1, !0)
},
_g = {
get: Yo(!0, !1)
};
const Vd = new WeakMap,
zd = new WeakMap,
Wd = new WeakMap,
xg = new WeakMap;
function Tg(i) {
switch (i) {
case 'Object':
case 'Array':
return 1;
case 'Map':
case 'Set':
case 'WeakMap':
case 'WeakSet':
return 2;
default:
return 0
}
}
function Sg(i) {
return i.__v_skip ||
!Object.isExtensible(i) ? 0 : Tg(Km(i))
}
function Wi(i) {
return ln(i) ? i : Zo(i, !1, mg, wg, Vd)
}
function Qo(i) {
return Zo(i, !1, yg, kg, zd)
}
function Ud(i) {
return Zo(i, !0, gg, _g, Wd)
}
function Zo(i, e, t, n, s) {
if (!De(i) || i.__v_raw && !(e && i.__v_isReactive)) return i;
const r = s.get(i);
if (r) return r;
const a = Sg(i);
if (a === 0) return i;
const l = new Proxy(i, a === 2 ? n : t);
return s.set(i, l),
l
}
function Ui(i) {
return ln(i) ? Ui(i.__v_raw) : !!(i && i.__v_isReactive)
}
function ln(i) {
return !!(i && i.__v_isReadonly)
}
function Vt(i) {
return !!(i && i.__v_isShallow)
}
function eu(i) {
return i ? !!i.__v_raw : !1
}
function Pe(i) {
const e = i &&
i.__v_raw;
return e ? Pe(e) : i
}
function aa(i) {
return !Re(i, '__v_skip') &&
Object.isExtensible(i) &&
_d(i, '__v_skip', !0),
i
}
const mt = i => De(i) ? Wi(i) : i,
Kl = i => De(i) ? Ud(i) : i;
function Je(i) {
return i ? i.__v_isRef === !0 : !1
}
function M(i) {
return jd(i, !1)
}
function Eg(i) {
return jd(i, !0)
}
function jd(i, e) {
return Je(i) ? i : new Cg(i, e)
}
class Cg {
constructor(e, t) {
this.dep = new Jo,
this.__v_isRef = !0,
this.__v_isShallow = !1,
this._rawValue = t ? e : Pe(e),
this._value = t ? e : mt(e),
this.__v_isShallow = t
}
get value() {
return this.dep.track(),
this._value
}
set value(e) {
const t = this._rawValue,
n = this.__v_isShallow ||
Vt(e) ||
ln(e);
e = n ? e : Pe(e),
zi(e, t) &&
(this._rawValue = e, this._value = n ? e : mt(e), this.dep.trigger())
}
}
function pe(i) {
return Je(i) ? i.value : i
}
const $g = {
get: (i, e, t) => e === '__v_raw' ? i : pe(Reflect.get(i, e, t)),
set: (i, e, t, n) => {
const s = i[e];
return Je(s) &&
!Je(t) ? (s.value = t, !0) : Reflect.set(i, e, t, n)
}
};
function Hd(i) {
return Ui(i) ? i : new Proxy(i, $g)
}
function Lg(i) {
const e = ve(i) ? new Array(i.length) : {
};
for (const t in i) e[t] = qd(i, t);
return e
}
class Pg {
constructor(e, t, n) {
this._object = e,
this._key = t,
this._defaultValue = n,
this.__v_isRef = !0,
this._value = void 0
}
get value() {
const e = this._object[this._key];
return this._value = e === void 0 ? this._defaultValue : e
}
set value(e) {
this._object[this._key] = e
}
get dep() {
return ug(Pe(this._object), this._key)
}
}
class Ig {
constructor(e) {
this._getter = e,
this.__v_isRef = !0,
this.__v_isReadonly = !0,
this._value = void 0
}
get value() {
return this._value = this._getter()
}
}
function Uu(i, e, t) {
return Je(i) ? i : _e(i) ? new Ig(i) : De(i) &&
arguments.length > 1 ? qd(i, e, t) : M(i)
}
function qd(i, e, t) {
const n = i[e];
return Je(n) ? n : new Pg(i, e, t)
}
class Ng {
constructor(e, t, n) {
this.fn = e,
this.setter = t,
this._value = void 0,
this.dep = new Jo(this),
this.__v_isRef = !0,
this.deps = void 0,
this.depsTail = void 0,
this.flags = 16,
this.globalVersion = _s - 1,
this.next = void 0,
this.effect = this,
this.__v_isReadonly = !t,
this.isSSR = n
}
notify() {
if (this.flags |= 16, !(this.flags & 8) && je !== this) return Id(this, !0),
!0
}
get value() {
const e = this.dep.track();
return Rd(this),
e &&
(e.version = this.dep.version),
this._value
}
set value(e) {
this.setter &&
this.setter(e)
}
}
function Mg(i, e, t = !1) {
let n,
s;
return _e(i) ? n = i : (n = i.get, s = i.set),
new Ng(n, s, t)
}
const tr = {},
Mr = new WeakMap;
let tn;
function Rg(i, e = !1, t = tn) {
if (t) {
let n = Mr.get(t);
n ||
Mr.set(t, n = []),
n.push(i)
}
}
function Bg(i, e, t = ze) {
const {
immediate: n,
deep: s,
once: r,
scheduler: a,
augmentJob: l,
call: o
}
= t,
u = k => s ? k : Vt(k) ||
s === !1 ||
s === 0 ? ki(k, 1) : ki(k);
let c,
h,
d,
f,
p = !1,
g = !1;
if (
Je(i) ? (h = () => i.value, p = Vt(i)) : Ui(i) ? (h = () => u(i), p = !0) : ve(i) ? (
g = !0,
p = i.some(k => Ui(k) || Vt(k)),
h = () => i.map(
k => {
if (Je(k)) return k.value;
if (Ui(k)) return u(k);
if (_e(k)) return o ? o(k, 2) : k()
}
)
) : _e(i) ? e ? h = o ? () => o(i, 2) : i : h = () => {
if (d) {
Gi();
try {
d()
} finally {
Ki()
}
}
const k = tn;
tn = c;
try {
return o ? o(i, 3, [
f
]) : i(f)
} finally {
tn = k
}
}
: h = Qt,
e &&
s
) {
const k = h,
S = s === !0 ? 1 / 0 : s;
h = () => ki(k(), S)
}
const w = $d(),
y = () => {
c.stop(),
w &&
w.active &&
Ho(w.effects, c)
};
if (r && e) {
const k = e;
e = (...S) => {
k(...S),
y()
}
}
let b = g ? new Array(i.length).fill(tr) : tr;
const x = k => {
if (!(!(c.flags & 1) || !c.dirty && !k)) if (e) {
const S = c.run();
if (s || p || (g ? S.some((B, z) => zi(B, b[z])) : zi(S, b))) {
d &&
d();
const B = tn;
tn = c;
try {
const z = [
S,
b === tr ? void 0 : g &&
b[0] === tr ? [] : b,
f
];
o ? o(e, 3, z) : e(...z),
b = S
} finally {
tn = B
}
}
} else c.run()
};
return l &&
l(x),
c = new Ld(h),
c.scheduler = a ? () => a(x, !1) : x,
f = k => Rg(k, !1, c),
d = c.onStop = () => {
const k = Mr.get(c);
if (k) {
if (o) o(k, 4);
else for (const S of k) S();
Mr.delete(c)
}
},
e ? n ? x(!0) : b = c.run() : a ? a(x.bind(null, !0), !0) : c.run(),
y.pause = c.pause.bind(c),
y.resume = c.resume.bind(c),
y.stop = y,
y
}
function ki(i, e = 1 / 0, t) {
if (e <= 0 || !De(i) || i.__v_skip || (t = t || new Set, t.has(i))) return i;
if (t.add(i), e--, Je(i)) ki(i.value, e, t);
else if (ve(i)) for (let n = 0; n < i.length; n++) ki(i[n], e, t);
else if (ia(i) || Ln(i)) i.forEach(n => {
ki(n, e, t)
});
else if (kd(i)) {
for (const n in i) ki(i[n], e, t);
for (const n of Object.getOwnPropertySymbols(i)) Object.prototype.propertyIsEnumerable.call(i, n) &&
ki(i[n], e, t)
}
return i
} /**
* @vue/runtime-core v3.5.13
* (c) 2018-present Yuxi (Evan) You and Vue contributors
* @license MIT
**/
function js(i, e, t, n) {
try {
return n ? i(...n) : i()
} catch (s) {
la(s, e, t)
}
}
function ti(i, e, t, n) {
if (_e(i)) {
const s = js(i, e, t, n);
return s &&
bd(s) &&
s.catch(r => {
la(r, e, t)
}),
s
}
if (ve(i)) {
const s = [];
for (let r = 0; r < i.length; r++) s.push(ti(i[r], e, t, n));
return s
}
}
function la(i, e, t, n = !0) {
const s = e ? e.vnode : null,
{
errorHandler: r,
throwUnhandledErrorInProduction: a
}
= e &&
e.appContext.config ||
ze;
if (e) {
let l = e.parent;
const o = e.proxy,
u = `https://vuejs.org/error-reference/#runtime-${ t }`;
for (; l; ) {
const c = l.ec;
if (c) {
for (let h = 0; h < c.length; h++) if (c[h](i, o, u) === !1) return
}
l = l.parent
}
if (r) {
Gi(),
js(r, null, 10, [
i,
o,
u
]),
Ki();
return
}
}
Og(i, t, s, n, a)
}
function Og(i, e, t, n = !0, s = !1) {
if (s) throw i;
console.error(i)
}
const bt = [];
let ci = - 1;
const Pn = [];
let Bi = null,
_n = 0;
const Gd = Promise.resolve();
let Rr = null;
function pi(i) {
const e = Rr ||
Gd;
return i ? e.then(this ? i.bind(this) : i) : e
}
function Dg(i) {
let e = ci + 1,
t = bt.length;
for (; e < t; ) {
const n = e + t >>> 1,
s = bt[n],
r = Ts(s);
r < i ||
r === i &&
s.flags & 2 ? e = n + 1 : t = n
}
return e
}
function tu(i) {
if (!(i.flags & 1)) {
const e = Ts(i),
t = bt[bt.length - 1];
!t ||
!(i.flags & 2) &&
e >= Ts(t) ? bt.push(i) : bt.splice(Dg(e), 0, i),
i.flags |= 1,
Kd()
}
}
function Kd() {
Rr ||
(Rr = Gd.then(Jd))
}
function Fg(i) {
ve(i) ? Pn.push(...i) : Bi &&
i.id === - 1 ? Bi.splice(_n + 1, 0, i) : i.flags & 1 ||
(Pn.push(i), i.flags |= 1),
Kd()
}
function ju(i, e, t = ci + 1) {
for (; t < bt.length; t++) {
const n = bt[t];
if (n && n.flags & 2) {
if (i && n.id !== i.uid) continue;
bt.splice(t, 1),
t--,
n.flags & 4 &&
(n.flags &= - 2),
n(),
n.flags & 4 ||
(n.flags &= - 2)
}
}
}
function Xd(i) {
if (Pn.length) {
const e = [
...new Set(Pn)
].sort((t, n) => Ts(t) - Ts(n));
if (Pn.length = 0, Bi) {
Bi.push(...e);
return
}
for (Bi = e, _n = 0; _n < Bi.length; _n++) {
const t = Bi[_n];
t.flags & 4 &&
(t.flags &= - 2),
t.flags & 8 ||
t(),
t.flags &= - 2
}
Bi = null,
_n = 0
}
}
const Ts = i => i.id == null ? i.flags & 2 ? - 1 : 1 / 0 : i.id;
function Jd(i) {
const e = Qt;
try {
for (ci = 0; ci < bt.length; ci++) {
const t = bt[ci];
t &&
!(t.flags & 8) &&
(
t.flags & 4 &&
(t.flags &= - 2),
js(t, t.i, t.i ? 15 : 14),
t.flags & 4 ||
(t.flags &= - 2)
)
}
} finally {
for (; ci < bt.length; ci++) {
const t = bt[ci];
t &&
(t.flags &= - 2)
}
ci = - 1,
bt.length = 0,
Xd(),
Rr = null,
(bt.length || Pn.length) &&
Jd()
}
}
let nt = null,
oa = null;
function Br(i) {
const e = nt;
return nt = i,
oa = i &&
i.type.__scopeId ||
null,
e
}
function Ag(i) {
oa = i
}
function Vg() {
oa = null
}
const zg = i => We;
function We(i, e = nt, t) {
if (!e || i._n) return i;
const n = (...s) => {
n._d &&
ec( - 1);
const r = Br(e);
let a;
try {
a = i(...s)
} finally {
Br(r),
n._d &&
ec(1)
}
return a
};
return n._n = !0,
n._c = !0,
n._d = !0,
n
}
function Mt(i, e) {
if (nt === null) return i;
const t = ma(nt),
n = i.dirs ||
(i.dirs = []);
for (let s = 0; s < e.length; s++) {
let[r,
a,
l,
o = ze] = e[s];
r &&
(
_e(r) &&
(r = {
mounted: r,
updated: r
}),
r.deep &&
ki(a),
n.push({
dir: r,
instance: t,
value: a,
oldValue: void 0,
arg: l,
modifiers: o
})
)
}
return i
}
function Yi(i, e, t, n) {
const s = i.dirs,
r = e &&
e.dirs;
for (let a = 0; a < s.length; a++) {
const l = s[a];
r &&
(l.oldValue = r[a].value);
let o = l.dir[n];
o &&
(Gi(), ti(o, t, 8, [
i.el,
l,
i,
e
]), Ki())
}
}
const Wg = Symbol('_vte'),
Yd = i => i.__isTeleport,
Oi = Symbol('_leaveCb'),
ir = Symbol('_enterCb');
function Qd() {
const i = {
isMounted: !1,
isLeaving: !1,
isUnmounting: !1,
leavingVNodes: new Map
};
return Te(() => {
i.isMounted = !0
}),
da(() => {
i.isUnmounting = !0
}),
i
}
const Ot = [
Function,
Array
],
Zd = {
mode: String,
appear: Boolean,
persisted: Boolean,
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i.children = e,
i.shapeFlag |= t
}
function $f(...i) {
const e = {};
for (let t = 0; t < i.length; t++) {
const n = i[t];
for (const s in n) if (s === 'class') e.class !== n.class &&
(e.class = ie([e.class,
n.class]));
else if (s === 'style') e.style = tt([e.style,
n.style]);
else if (ta(s)) {
const r = e[s],
a = n[s];
a &&
r !== a &&
!(ve(r) && r.includes(a)) &&
(e[s] = r ? [].concat(r, a) : a)
} else s !== '' &&
(e[s] = n[s])
}
return e
}
function li(i, e, t, n = null) {
ti(i, e, 7, [
t,
n
])
}
const B0 = cf();
let O0 = 0;
function D0(i, e, t) {
const n = i.type,
s = (e ? e.appContext : i.appContext) ||
B0,
r = {
uid: O0++,
vnode: i,
type: n,
parent: e,
appContext: s,
root: null,
next: null,
subTree: null,
effect: null,
update: null,
job: null,
scope: new Ed(!0),
render: null,
proxy: null,
exposed: null,
exposeProxy: null,
withProxy: null,
provides: e ? e.provides : Object.create(s.provides),
ids: e ? e.ids : [
'',
0,
0
],
accessCache: null,
renderCache: [],
components: null,
directives: null,
propsOptions: mf(n, s),
emitsOptions: Tf(n, s),
emit: null,
emitted: null,
propsDefaults: ze,
inheritAttrs: n.inheritAttrs,
ctx: ze,
data: ze,
props: ze,
attrs: ze,
slots: ze,
refs: ze,
setupState: ze,
setupContext: null,
suspense: t,
suspenseId: t ? t.pendingId : 0,
asyncDep: null,
asyncResolved: !1,
isMounted: !1,
isUnmounted: !1,
isDeactivated: !1,
bc: null,
c: null,
bm: null,
m: null,
bu: null,
u: null,
um: null,
bum: null,
da: null,
a: null,
rtg: null,
rtc: null,
ec: null,
sp: null
};
return r.ctx = {
_: r
},
r.root = e ? e.root : r,
r.emit = E0.bind(null, r),
i.ce &&
i.ce(r),
r
}
let ot = null;
const Lf = () => ot ||
nt;
let Fr,
eo;
{
const i = Us(),
e = (t, n) => {
let s;
return (s = i[t]) ||
(s = i[t] = []),
s.push(n),
r => {
s.length > 1 ? s.forEach(a => a(r)) : s[0](r)
}
};
Fr = e('__VUE_INSTANCE_SETTERS__', t => ot = t),
eo = e('__VUE_SSR_SETTERS__', t => $s = t)
}
const Hs = i => {
const e = ot;
return Fr(i),
i.scope.on(),
() => {
i.scope.off(),
Fr(e)
}
},
tc = () => {
ot &&
ot.scope.off(),
Fr(null)
};
function Pf(i) {
return i.vnode.shapeFlag & 4
}
let $s = !1;
function F0(i, e = !1, t = !1) {
e &&
eo(e);
const {
props: n,
children: s
}
= i.vnode,
r = Pf(i);
h0(i, n, r, e),
m0(i, s, t);
const a = r ? A0(i, e) : void 0;
return e &&
eo(!1),
a
}
function A0(i, e) {
const t = i.type;
i.accessCache = Object.create(null),
i.proxy = new Proxy(i.ctx, i0);
const {
setup: n
}
= t;
if (n) {
Gi();
const s = i.setupContext = n.length > 1 ? z0(i) : null,
r = Hs(i),
a = js(n, i, 0, [
i.props,
s
]),
l = bd(a);
if (Ki(), r(), (l || i.sp) && !In(i) && sf(i), l) {
if (a.then(tc, tc), e) return a.then(o => {
ic(i, o, e)
}).catch(o => {
la(o, i, 0)
});
i.asyncDep = a
} else ic(i, a, e)
} else If(i, e)
}
function ic(i, e, t) {
_e(e) ? i.type.__ssrInlineRender ? i.ssrRender = e : i.render = e : De(e) &&
(i.setupState = Hd(e)),
If(i, t)
}
let nc;
function If(i, e, t) {
const n = i.type;
if (!i.render) {
if (!e && nc && !n.render) {
const s = n.template ||
ru(i).template;
if (s) {
const {
isCustomElement: r,
compilerOptions: a
}
= i.appContext.config,
{
delimiters: l,
compilerOptions: o
}
= n,
u = et(et({
isCustomElement: r,
delimiters: l
}, a), o);
n.render = nc(s, u)
}
}
i.render = n.render ||
Qt
}
{
const s = Hs(i);
Gi();
try {
n0(i)
} finally {
Ki(),
s()
}
}
}
const V0 = {
get(i, e) {
return pt(i, 'get', ''),
i[e]
}
};
function z0(i) {
const e = t => {
i.exposed = t ||
{
}
};
return {
attrs: new Proxy(i.attrs, V0),
slots: i.slots,
emit: i.emit,
expose: e
}
}
function ma(i) {
return i.exposed ? i.exposeProxy ||
(
i.exposeProxy = new Proxy(
Hd(aa(i.exposed)),
{
get(e, t) {
if (t in e) return e[t];
if (t in ds) return ds[t](i)
},
has(e, t) {
return t in e ||
t in ds
}
}
)
) : i.proxy
}
function W0(i, e = !0) {
return _e(i) ? i.displayName ||
i.name : i.name ||
e &&
i.__name
}
function U0(i) {
return _e(i) &&
'__vccOpts' in i
}
const q = (i, e) => Mg(i, e, $s);
function wt(i, e, t) {
const n = arguments.length;
return n === 2 ? De(e) &&
!ve(e) ? Cs(e) ? V(i, null, [
e
]) : V(i, e) : V(i, null, e) : (
n > 3 ? t = Array.prototype.slice.call(arguments, 2) : n === 3 &&
Cs(t) &&
(t = [
t
]),
V(i, e, t)
)
}
const j0 = '3.5.13'; /**
* @vue/runtime-dom v3.5.13
* (c) 2018-present Yuxi (Evan) You and Vue contributors
* @license MIT
**/
let to;
const sc = typeof window < 'u' &&
window.trustedTypes;
if (sc) try {
to = sc.createPolicy('vue', {
createHTML: i => i
})
} catch {
}
const Nf = to ? i => to.createHTML(i) : i => i,
H0 = 'http://www.w3.org/2000/svg',
q0 = 'http://www.w3.org/1998/Math/MathML',
vi = typeof document < 'u' ? document : null,
rc = vi &&
vi.createElement('template'),
G0 = {
insert: (i, e, t) => {
e.insertBefore(i, t || null)
},
remove: i => {
const e = i.parentNode;
e &&
e.removeChild(i)
},
createElement: (i, e, t, n) => {
const s = e === 'svg' ? vi.createElementNS(H0, i) : e === 'mathml' ? vi.createElementNS(q0, i) : t ? vi.createElement(i, {
is: t
}) : vi.createElement(i);
return i === 'select' &&
n &&
n.multiple != null &&
s.setAttribute('multiple', n.multiple),
s
},
createText: i => vi.createTextNode(i),
createComment: i => vi.createComment(i),
setText: (i, e) => {
i.nodeValue = e
},
setElementText: (i, e) => {
i.textContent = e
},
parentNode: i => i.parentNode,
nextSibling: i => i.nextSibling,
querySelector: i => vi.querySelector(i),
setScopeId(i, e) {
i.setAttribute(e, '')
},
insertStaticContent(i, e, t, n, s, r) {
const a = t ? t.previousSibling : e.lastChild;
if (s && (s === r || s.nextSibling)) for (
;
e.insertBefore(s.cloneNode(!0), t),
!(s === r || !(s = s.nextSibling));
);
else {
rc.innerHTML = Nf(
n === 'svg' ? `<svg>${ i }</svg>` : n === 'mathml' ? `<math>${ i }</math>` : i
);
const l = rc.content;
if (n === 'svg' || n === 'mathml') {
const o = l.firstChild;
for (; o.firstChild; ) l.appendChild(o.firstChild);
l.removeChild(o)
}
e.insertBefore(l, t)
}
return [a ? a.nextSibling : e.firstChild,
t ? t.previousSibling : e.lastChild]
}
},
Li = 'transition',
ns = 'animation',
zn = Symbol('_vtc'),
Mf = {
name: String,
type: String,
css: {
type: Boolean,
default:
!0
},
duration: [
String,
Number,
Object
],
enterFromClass: String,
enterActiveClass: String,
enterToClass: String,
appearFromClass: String,
appearActiveClass: String,
appearToClass: String,
leaveFromClass: String,
leaveActiveClass: String,
leaveToClass: String
},
Rf = et({
}, Zd, Mf),
K0 = i => (i.displayName = 'Transition', i.props = Rf, i),
ga = K0((i, {
slots: e
}) => wt(jg, Bf(i), e)),
Zi = (i, e = []) => {
ve(i) ? i.forEach(t => t(...e)) : i &&
i(...e)
},
ac = i => i ? ve(i) ? i.some(e => e.length > 1) : i.length > 1 : !1;
function Bf(i) {
const e = {};
for (const N in i) N in Mf ||
(e[N] = i[N]);
if (i.css === !1) return e;
const {
name: t = 'v',
type: n,
duration: s,
enterFromClass: r = `${ t }-enter-from`,
enterActiveClass: a = `${ t }-enter-active`,
enterToClass: l = `${ t }-enter-to`,
appearFromClass: o = r,
appearActiveClass: u = a,
appearToClass: c = l,
leaveFromClass: h = `${ t }-leave-from`,
leaveActiveClass: d = `${ t }-leave-active`,
leaveToClass: f = `${ t }-leave-to`
}
= i,
p = X0(s),
g = p &&
p[0],
w = p &&
p[1],
{
onBeforeEnter: y,
onEnter: b,
onEnterCancelled: x,
onLeave: k,
onLeaveCancelled: S,
onBeforeAppear: B = y,
onAppear: z = b,
onAppearCancelled: I = x
}
= e,
$ = (N, O, se, G) => {
N._enterCancelled = G,
Ni(N, O ? c : l),
Ni(N, O ? u : a),
se &&
se()
},
L = (N, O) => {
N._isLeaving = !1,
Ni(N, h),
Ni(N, f),
Ni(N, d),
O &&
O()
},
A = N => (O, se) => {
const G = N ? z : b,
te = () => $(O, N, se);
Zi(G, [
O,
te
]),
lc(() => {
Ni(O, N ? o : r),
ui(O, N ? c : l),
ac(G) ||
oc(O, n, g, te)
})
};
return et(
e,
{
onBeforeEnter(N) {
Zi(y, [
N
]),
ui(N, r),
ui(N, a)
},
onBeforeAppear(N) {
Zi(B, [
N
]),
ui(N, o),
ui(N, u)
},
onEnter: A(!1),
onAppear: A(!0),
onLeave(N, O) {
N._isLeaving = !0;
const se = () => L(N, O);
ui(N, h),
N._enterCancelled ? (ui(N, d), io()) : (io(), ui(N, d)),
lc(() => {
!N._isLeaving ||
(Ni(N, h), ui(N, f), ac(k) || oc(N, n, w, se))
}),
Zi(k, [
N,
se
])
},
onEnterCancelled(N) {
$(N, !1, void 0, !0),
Zi(x, [
N
])
},
onAppearCancelled(N) {
$(N, !0, void 0, !0),
Zi(I, [
N
])
},
onLeaveCancelled(N) {
L(N),
Zi(S, [
N
])
}
}
)
}
function X0(i) {
if (i == null) return null;
if (De(i)) return [Fa(i.enter),
Fa(i.leave)];
{
const e = Fa(i);
return [e,
e]
}
}
function Fa(i) {
return Ym(i)
}
function ui(i, e) {
e.split(/\s+/).forEach(t => t && i.classList.add(t)),
(i[zn] || (i[zn] = new Set)).add(e)
}
function Ni(i, e) {
e.split(/\s+/).forEach(n => n && i.classList.remove(n));
const t = i[zn];
t &&
(t.delete(e), t.size || (i[zn] = void 0))
}
function lc(i) {
requestAnimationFrame(() => {
requestAnimationFrame(i)
})
}
let J0 = 0;
function oc(i, e, t, n) {
const s = i._endId = ++J0,
r = () => {
s === i._endId &&
n()
};
if (t != null) return setTimeout(r, t);
const {
type: a,
timeout: l,
propCount: o
}
= Of(i, e);
if (!a) return n();
const u = a + 'end';
let c = 0;
const h = () => {
i.removeEventListener(u, d),
r()
},
d = f => {
f.target === i &&
++c >= o &&
h()
};
setTimeout(() => {
c < o &&
h()
}, l + 1),
i.addEventListener(u, d)
}
function Of(i, e) {
const t = window.getComputedStyle(i),
n = p => (t[p] || '').split(', '),
s = n(`${ Li }Delay`),
r = n(`${ Li }Duration`),
a = uc(s, r),
l = n(`${ ns }Delay`),
o = n(`${ ns }Duration`),
u = uc(l, o);
let c = null,
h = 0,
d = 0;
e === Li ? a > 0 &&
(c = Li, h = a, d = r.length) : e === ns ? u > 0 &&
(c = ns, h = u, d = o.length) : (
h = Math.max(a, u),
c = h > 0 ? a > u ? Li : ns : null,
d = c ? c === Li ? r.length : o.length : 0
);
const f = c === Li &&
/\b(transform|all)(,|$)/.test(n(`${ Li }Property`).toString());
return {
type: c,
timeout: h,
propCount: d,
hasTransform: f
}
}
function uc(i, e) {
for (; i.length < e.length; ) i = i.concat(i);
return Math.max(...e.map((t, n) => cc(t) + cc(i[n])))
}
function cc(i) {
return i === 'auto' ? 0 : Number(i.slice(0, - 1).replace(',', '.')) * 1000
}
function io() {
return document.body.offsetHeight
}
function Y0(i, e, t) {
const n = i[zn];
n &&
(e = (e ? [
e,
...n
] : [
...n
]).join(' ')),
e == null ? i.removeAttribute('class') : t ? i.setAttribute('class', e) : i.className = e
}
const Ar = Symbol('_vod'),
Df = Symbol('_vsh'),
Ls = {
beforeMount(i, {
value: e
}, {
transition: t
}) {
i[Ar] = i.style.display === 'none' ? '' : i.style.display,
t &&
e ? t.beforeEnter(i) : ss(i, e)
},
mounted(i, {
value: e
}, {
transition: t
}) {
t &&
e &&
t.enter(i)
},
updated(i, {
value: e,
oldValue: t
}, {
transition: n
}) {
!e != !t &&
(
n ? e ? (n.beforeEnter(i), ss(i, !0), n.enter(i)) : n.leave(i, () => {
ss(i, !1)
}) : ss(i, e)
)
},
beforeUnmount(i, {
value: e
}) {
ss(i, e)
}
};
function ss(i, e) {
i.style.display = e ? i[Ar] : 'none',
i[Df] = !e
}
const Q0 = Symbol(''),
Z0 = /(^|;)\s*display\s*:/;
function ey(i, e, t) {
const n = i.style,
s = Qe(t);
let r = !1;
if (t && !s) {
if (e) if (Qe(e)) for (const a of e.split(';')) {
const l = a.slice(0, a.indexOf(':')).trim();
t[l] == null &&
Sr(n, l, '')
} else for (const a in e) t[a] == null &&
Sr(n, a, '');
for (const a in t) a === 'display' &&
(r = !0),
Sr(n, a, t[a])
} else if (s) {
if (e !== t) {
const a = n[Q0];
a &&
(t += ';' + a),
n.cssText = t,
r = Z0.test(t)
}
} else e &&
i.removeAttribute('style');
Ar in i &&
(i[Ar] = r ? n.display : '', i[Df] && (n.display = 'none'))
}
const hc = /\s*!important$/;
function Sr(i, e, t) {
if (ve(t)) t.forEach(n => Sr(i, e, n));
else if (t == null && (t = ''), e.startsWith('--')) i.setProperty(e, t);
else {
const n = ty(i, e);
hc.test(t) ? i.setProperty(mn(n), t.replace(hc, ''), 'important') : i[n] = t
}
}
const dc = [
'Webkit',
'Moz',
'ms'
],
Aa = {};
function ty(i, e) {
const t = Aa[e];
if (t) return t;
let n = qt(e);
if (n !== 'filter' && n in i) return Aa[e] = n;
n = sa(n);
for (let s = 0; s < dc.length; s++) {
const r = dc[s] + n;
if (r in i) return Aa[e] = r
}
return e
}
const fc = 'http://www.w3.org/1999/xlink';
function pc(i, e, t, n, s, r = ng(e)) {
n &&
e.startsWith('xlink:') ? t == null ? i.removeAttributeNS(fc, e.slice(6, e.length)) : i.setAttributeNS(fc, e, t) : t == null ||
r &&
!xd(t) ? i.removeAttribute(e) : i.setAttribute(e, r ? '' : ei(t) ? String(t) : t)
}
function mc(i, e, t, n, s) {
if (e === 'innerHTML' || e === 'textContent') {
t != null &&
(i[e] = e === 'innerHTML' ? Nf(t) : t);
return
}
const r = i.tagName;
if (e === 'value' && r !== 'PROGRESS' && !r.includes('-')) {
const l = r === 'OPTION' ? i.getAttribute('value') ||
'' : i.value,
o = t == null ? i.type === 'checkbox' ? 'on' : '' : String(t);
(l !== o || !('_value' in i)) &&
(i.value = o),
t == null &&
i.removeAttribute(e),
i._value = t;
return
}
let a = !1;
if (t === '' || t == null) {
const l = typeof i[e];
l === 'boolean' ? t = xd(t) : t == null &&
l === 'string' ? (t = '', a = !0) : l === 'number' &&
(t = 0, a = !0)
}
try {
i[e] = t
} catch {
}
a &&
i.removeAttribute(s || e)
}
function Ai(i, e, t, n) {
i.addEventListener(e, t, n)
}
function iy(i, e, t, n) {
i.removeEventListener(e, t, n)
}
const gc = Symbol('_vei');
function ny(i, e, t, n, s = null) {
const r = i[gc] ||
(i[gc] = {}),
a = r[e];
if (n && a) a.value = n;
else {
const [l,
o] = sy(e);
if (n) {
const u = r[e] = ly(n, s);
Ai(i, l, u, o)
} else a &&
(iy(i, l, a, o), r[e] = void 0)
}
}
const yc = /(?:Once|Passive|Capture)$/;
function sy(i) {
let e;
if (yc.test(i)) {
e = {};
let n;
for (; n = i.match(yc); ) i = i.slice(0, i.length - n[0].length),
e[n[0].toLowerCase()] = !0
}
return [i[2] === ':' ? i.slice(3) : mn(i.slice(2)),
e]
}
let Va = 0;
const ry = Promise.resolve(),
ay = () => Va ||
(ry.then(() => Va = 0), Va = Date.now());
function ly(i, e) {
const t = n => {
if (!n._vts) n._vts = Date.now();
else if (n._vts <= t.attached) return;
ti(oy(n, t.value), e, 5, [
n
])
};
return t.value = i,
t.attached = ay(),
t
}
function oy(i, e) {
if (ve(e)) {
const t = i.stopImmediatePropagation;
return i.stopImmediatePropagation = () => {
t.call(i),
i._stopped = !0
},
e.map(n => s => !s._stopped && n && n(s))
} else return e
}
const vc = i => i.charCodeAt(0) === 111 &&
i.charCodeAt(1) === 110 &&
i.charCodeAt(2) > 96 &&
i.charCodeAt(2) < 123,
uy = (i, e, t, n, s, r) => {
const a = s === 'svg';
e === 'class' ? Y0(i, n, a) : e === 'style' ? ey(i, t, n) : ta(e) ? jo(e) ||
ny(i, e, t, n, r) : (
e[0] === '.' ? (e = e.slice(1), !0) : e[0] === '^' ? (e = e.slice(1), !1) : cy(i, e, n, a)
) ? (
mc(i, e, n),
!i.tagName.includes('-') &&
(e === 'value' || e === 'checked' || e === 'selected') &&
pc(i, e, n, a, r, e !== 'value')
) : i._isVueCE &&
(/[A-Z]/.test(e) || !Qe(n)) ? mc(i, qt(e), n, r, e) : (
e === 'true-value' ? i._trueValue = n : e === 'false-value' &&
(i._falseValue = n),
pc(i, e, n, a)
)
};
function cy(i, e, t, n) {
if (n) return !!(e === 'innerHTML' || e === 'textContent' || e in i && vc(e) && _e(t));
if (
e === 'spellcheck' ||
e === 'draggable' ||
e === 'translate' ||
e === 'form' ||
e === 'list' &&
i.tagName === 'INPUT' ||
e === 'type' &&
i.tagName === 'TEXTAREA'
) return !1;
if (e === 'width' || e === 'height') {
const s = i.tagName;
if (s === 'IMG' || s === 'VIDEO' || s === 'CANVAS' || s === 'SOURCE') return !1
}
return vc(e) &&
Qe(t) ? !1 : e in i
}
const Ff = new WeakMap,
Af = new WeakMap,
Vr = Symbol('_moveCb'),
bc = Symbol('_enterCb'),
hy = i => (delete i.props.mode, i),
dy = hy({
name: 'TransitionGroup',
props: et({
}, Rf, {
tag: String,
moveClass: String
}),
setup(i, {
slots: e
}) {
const t = Lf(),
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function By(i, e) {
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function (i) {
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[
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t.push(e >>> 31 & 1)
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r( - 12, - 6),
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e.push(1)
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typeof i.setBigUint64 == 'function' ? {
MIN: BigInt('-9223372036854775808'),
MAX: BigInt('9223372036854775807'),
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UMAX: BigInt('18446744073709551615'),
C: BigInt,
V: i
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Fy();
function Xf(i) {
if (!i) throw new Error(
'BigInt unavailable, see https://github.com/timostamm/protobuf-ts/blob/v1.0.8/MANUAL.md#bigint-support'
)
}
const Jf = /^-?[0-9]+$/,
Wr = 4294967296,
sr = 2147483648;
class Yf {
constructor(e, t) {
this.lo = e | 0,
this.hi = t | 0
}
isZero() {
return this.lo == 0 &&
this.hi == 0
}
toNumber() {
let e = this.hi * Wr + (this.lo >>> 0);
if (!Number.isSafeInteger(e)) throw new Error('cannot convert to safe number');
return e
}
}
class gt extends Yf {
static from(e) {
if (Ae) switch (typeof e) {
case 'string':
if (e == '0') return this.ZERO;
if (e == '') throw new Error('string is no integer');
e = Ae.C(e);
case 'number':
if (e === 0) return this.ZERO;
e = Ae.C(e);
case 'bigint':
if (!e) return this.ZERO;
if (e < Ae.UMIN) throw new Error('signed value for ulong');
if (e > Ae.UMAX) throw new Error('ulong too large');
return Ae.V.setBigUint64(0, e, !0),
new gt(Ae.V.getInt32(0, !0), Ae.V.getInt32(4, !0))
} else switch (typeof e) {
case 'string':
if (e == '0') return this.ZERO;
if (e = e.trim(), !Jf.test(e)) throw new Error('string is no integer');
let[t,
n,
s] = Kf(e);
if (t) throw new Error('signed value for ulong');
return new gt(n, s);
case 'number':
if (e == 0) return this.ZERO;
if (!Number.isSafeInteger(e)) throw new Error('number is no integer');
if (e < 0) throw new Error('signed value for ulong');
return new gt(e, e / Wr)
}
throw new Error('unknown value ' + typeof e)
}
toString() {
return Ae ? this.toBigInt().toString() : ro(this.lo, this.hi)
}
toBigInt() {
return Xf(Ae),
Ae.V.setInt32(0, this.lo, !0),
Ae.V.setInt32(4, this.hi, !0),
Ae.V.getBigUint64(0, !0)
}
}
gt.ZERO = new gt(0, 0);
class qe extends Yf {
static from(e) {
if (Ae) switch (typeof e) {
case 'string':
if (e == '0') return this.ZERO;
if (e == '') throw new Error('string is no integer');
e = Ae.C(e);
case 'number':
if (e === 0) return this.ZERO;
e = Ae.C(e);
case 'bigint':
if (!e) return this.ZERO;
if (e < Ae.MIN) throw new Error('signed long too small');
if (e > Ae.MAX) throw new Error('signed long too large');
return Ae.V.setBigInt64(0, e, !0),
new qe(Ae.V.getInt32(0, !0), Ae.V.getInt32(4, !0))
} else switch (typeof e) {
case 'string':
if (e == '0') return this.ZERO;
if (e = e.trim(), !Jf.test(e)) throw new Error('string is no integer');
let[t,
n,
s] = Kf(e);
if (t) {
if (s > sr || s == sr && n != 0) throw new Error('signed long too small')
} else if (s >= sr) throw new Error('signed long too large');
let r = new qe(n, s);
return t ? r.negate() : r;
case 'number':
if (e == 0) return this.ZERO;
if (!Number.isSafeInteger(e)) throw new Error('number is no integer');
return e > 0 ? new qe(e, e / Wr) : new qe( - e, - e / Wr).negate()
}
throw new Error('unknown value ' + typeof e)
}
isNegative() {
return (this.hi & sr) !== 0
}
negate() {
let e = ~this.hi,
t = this.lo;
return t ? t = ~t + 1 : e += 1,
new qe(t, e)
}
toString() {
if (Ae) return this.toBigInt().toString();
if (this.isNegative()) {
let e = this.negate();
return '-' + ro(e.lo, e.hi)
}
return ro(this.lo, this.hi)
}
toBigInt() {
return Xf(Ae),
Ae.V.setInt32(0, this.lo, !0),
Ae.V.setInt32(4, this.hi, !0),
Ae.V.getBigInt64(0, !0)
}
}
qe.ZERO = new qe(0, 0);
const Ec = {
readUnknownField: !0,
readerFactory: i => new Vy(i)
};
function Ay(i) {
return i ? Object.assign(Object.assign({
}, Ec), i) : Ec
}
class Vy {
constructor(e, t) {
this.varint64 = Oy,
this.uint32 = Dy,
this.buf = e,
this.len = e.length,
this.pos = 0,
this.view = new DataView(e.buffer, e.byteOffset, e.byteLength),
this.textDecoder = t ?? new TextDecoder('utf-8', {
fatal: !0,
ignoreBOM: !0
})
}
tag() {
let e = this.uint32(),
t = e >>> 3,
n = e & 7;
if (t <= 0 || n < 0 || n > 5) throw new Error('illegal tag: field no ' + t + ' wire type ' + n);
return [t,
n]
}
skip(e) {
let t = this.pos;
switch (e) {
case v.Varint:
for (; this.buf[this.pos++] & 128; );
break;
case v.Bit64:
this.pos += 4;
case v.Bit32:
this.pos += 4;
break;
case v.LengthDelimited:
let n = this.uint32();
this.pos += n;
break;
case v.StartGroup:
let s;
for (; (s = this.tag() [1]) !== v.EndGroup; ) this.skip(s);
break;
default:
throw new Error('cant skip wire type ' + e)
}
return this.assertBounds(),
this.buf.subarray(t, this.pos)
}
assertBounds() {
if (this.pos > this.len) throw new RangeError('premature EOF')
}
int32() {
return this.uint32() | 0
}
sint32() {
let e = this.uint32();
return e >>> 1 ^ - (e & 1)
}
int64() {
return new qe(...this.varint64())
}
uint64() {
return new gt(...this.varint64())
}
sint64() {
let[e,
t] = this.varint64(),
n = - (e & 1);
return e = (e >>> 1 | (t & 1) << 31) ^ n,
t = t >>> 1 ^ n,
new qe(e, t)
}
bool() {
let[e,
t] = this.varint64();
return e !== 0 ||
t !== 0
}
fixed32() {
return this.view.getUint32((this.pos += 4) - 4, !0)
}
sfixed32() {
return this.view.getInt32((this.pos += 4) - 4, !0)
}
fixed64() {
return new gt(this.sfixed32(), this.sfixed32())
}
sfixed64() {
return new qe(this.sfixed32(), this.sfixed32())
}
float() {
return this.view.getFloat32((this.pos += 4) - 4, !0)
}
double() {
return this.view.getFloat64((this.pos += 8) - 8, !0)
}
bytes() {
let e = this.uint32(),
t = this.pos;
return this.pos += e,
this.assertBounds(),
this.buf.subarray(t, t + e)
}
string() {
return this.textDecoder.decode(this.bytes())
}
}
function Se(i, e) {
if (!i) throw new Error(e)
}
function zy(i, e) {
throw new Error(e ?? 'Unexpected object: ' + i)
}
const Wy = 3.4028234663852886e+38,
Uy = - 3.4028234663852886e+38,
jy = 4294967295,
Hy = 2147483647,
qy = - 2147483648;
function ms(i) {
if (typeof i != 'number') throw new Error('invalid int 32: ' + typeof i);
if (!Number.isInteger(i) || i > Hy || i < qy) throw new Error('invalid int 32: ' + i)
}
function Ur(i) {
if (typeof i != 'number') throw new Error('invalid uint 32: ' + typeof i);
if (!Number.isInteger(i) || i > jy || i < 0) throw new Error('invalid uint 32: ' + i)
}
function uu(i) {
if (typeof i != 'number') throw new Error('invalid float 32: ' + typeof i);
if (!!Number.isFinite(i) && (i > Wy || i < Uy)) throw new Error('invalid float 32: ' + i)
}
const Cc = {
writeUnknownFields: !0,
writerFactory: () => new Ky
};
function Gy(i) {
return i ? Object.assign(Object.assign({
}, Cc), i) : Cc
}
class Ky {
constructor(e) {
this.stack = [],
this.textEncoder = e ?? new TextEncoder,
this.chunks = [],
this.buf = []
}
finish() {
this.chunks.push(new Uint8Array(this.buf));
let e = 0;
for (let s = 0; s < this.chunks.length; s++) e += this.chunks[s].length;
let t = new Uint8Array(e),
n = 0;
for (let s = 0; s < this.chunks.length; s++) t.set(this.chunks[s], n),
n += this.chunks[s].length;
return this.chunks = [],
t
}
fork() {
return this.stack.push({
chunks: this.chunks,
buf: this.buf
}),
this.chunks = [],
this.buf = [],
this
}
join() {
let e = this.finish(),
t = this.stack.pop();
if (!t) throw new Error('invalid state, fork stack empty');
return this.chunks = t.chunks,
this.buf = t.buf,
this.uint32(e.byteLength),
this.raw(e)
}
tag(e, t) {
return this.uint32((e << 3 | t) >>> 0)
}
raw(e) {
return this.buf.length &&
(this.chunks.push(new Uint8Array(this.buf)), this.buf = []),
this.chunks.push(e),
this
}
uint32(e) {
for (Ur(e); e > 127; ) this.buf.push(e & 127 | 128),
e = e >>> 7;
return this.buf.push(e),
this
}
int32(e) {
return ms(e),
Sc(e, this.buf),
this
}
bool(e) {
return this.buf.push(e ? 1 : 0),
this
}
bytes(e) {
return this.uint32(e.byteLength),
this.raw(e)
}
string(e) {
let t = this.textEncoder.encode(e);
return this.uint32(t.byteLength),
this.raw(t)
}
float(e) {
uu(e);
let t = new Uint8Array(4);
return new DataView(t.buffer).setFloat32(0, e, !0),
this.raw(t)
}
double(e) {
let t = new Uint8Array(8);
return new DataView(t.buffer).setFloat64(0, e, !0),
this.raw(t)
}
fixed32(e) {
Ur(e);
let t = new Uint8Array(4);
return new DataView(t.buffer).setUint32(0, e, !0),
this.raw(t)
}
sfixed32(e) {
ms(e);
let t = new Uint8Array(4);
return new DataView(t.buffer).setInt32(0, e, !0),
this.raw(t)
}
sint32(e) {
return ms(e),
e = (e << 1 ^ e >> 31) >>> 0,
Sc(e, this.buf),
this
}
sfixed64(e) {
let t = new Uint8Array(8),
n = new DataView(t.buffer),
s = qe.from(e);
return n.setInt32(0, s.lo, !0),
n.setInt32(4, s.hi, !0),
this.raw(t)
}
fixed64(e) {
let t = new Uint8Array(8),
n = new DataView(t.buffer),
s = gt.from(e);
return n.setInt32(0, s.lo, !0),
n.setInt32(4, s.hi, !0),
this.raw(t)
}
int64(e) {
let t = qe.from(e);
return Wa(t.lo, t.hi, this.buf),
this
}
sint64(e) {
let t = qe.from(e),
n = t.hi >> 31,
s = t.lo << 1 ^ n,
r = (t.hi << 1 | t.lo >>> 31) ^ n;
return Wa(s, r, this.buf),
this
}
uint64(e) {
let t = gt.from(e);
return Wa(t.lo, t.hi, this.buf),
this
}
}
const $c = {
emitDefaultValues: !1,
enumAsInteger: !1,
useProtoFieldName: !1,
prettySpaces: 0
},
Lc = {
ignoreUnknownFields: !1
};
function Xy(i) {
return i ? Object.assign(Object.assign({
}, Lc), i) : Lc
}
function Jy(i) {
return i ? Object.assign(Object.assign({
}, $c), i) : $c
}
function Yy(i, e) {
var t,
n;
let s = Object.assign(Object.assign({
}, i), e);
return s.typeRegistry = [
...(t = i?.typeRegistry) !== null &&
t !== void 0 ? t : [],
...(n = e?.typeRegistry) !== null &&
n !== void 0 ? n : []
],
s
}
const J = Symbol.for('protobuf-ts/message-type');
function ao(i) {
let e = !1;
const t = [];
for (let n = 0; n < i.length; n++) {
let s = i.charAt(n);
s == '_' ? e = !0 : /\d/.test(s) ? (t.push(s), e = !0) : e ? (t.push(s.toUpperCase()), e = !1) : n == 0 ? t.push(s.toLowerCase()) : t.push(s)
}
return t.join('')
}
var W;
(
function (i) {
i[i.DOUBLE = 1] = 'DOUBLE',
i[i.FLOAT = 2] = 'FLOAT',
i[i.INT64 = 3] = 'INT64',
i[i.UINT64 = 4] = 'UINT64',
i[i.INT32 = 5] = 'INT32',
i[i.FIXED64 = 6] = 'FIXED64',
i[i.FIXED32 = 7] = 'FIXED32',
i[i.BOOL = 8] = 'BOOL',
i[i.STRING = 9] = 'STRING',
i[i.BYTES = 12] = 'BYTES',
i[i.UINT32 = 13] = 'UINT32',
i[i.SFIXED32 = 15] = 'SFIXED32',
i[i.SFIXED64 = 16] = 'SFIXED64',
i[i.SINT32 = 17] = 'SINT32',
i[i.SINT64 = 18] = 'SINT64'
}
) (W || (W = {}));
var Wt;
(
function (i) {
i[i.BIGINT = 0] = 'BIGINT',
i[i.STRING = 1] = 'STRING',
i[i.NUMBER = 2] = 'NUMBER'
}
) (Wt || (Wt = {}));
var jr;
(
function (i) {
i[i.NO = 0] = 'NO',
i[i.PACKED = 1] = 'PACKED',
i[i.UNPACKED = 2] = 'UNPACKED'
}
) (jr || (jr = {}));
function Qy(i) {
var e,
t,
n,
s;
return i.localName = (e = i.localName) !== null &&
e !== void 0 ? e : ao(i.name),
i.jsonName = (t = i.jsonName) !== null &&
t !== void 0 ? t : ao(i.name),
i.repeat = (n = i.repeat) !== null &&
n !== void 0 ? n : jr.NO,
i.opt = (s = i.opt) !== null &&
s !== void 0 ? s : i.repeat ||
i.oneof ? !1 : i.kind == 'message',
i
}
function Zy(i) {
if (typeof i != 'object' || i === null || !i.hasOwnProperty('oneofKind')) return !1;
switch (typeof i.oneofKind) {
case 'string':
return i[i.oneofKind] === void 0 ? !1 : Object.keys(i).length == 2;
case 'undefined':
return Object.keys(i).length == 1;
default:
return !1
}
}
class ev {
constructor(e) {
var t;
this.fields = (t = e.fields) !== null &&
t !== void 0 ? t : []
}
prepare() {
if (this.data) return;
const e = [],
t = [],
n = [];
for (let s of this.fields) if (s.oneof) n.includes(s.oneof) ||
(n.push(s.oneof), e.push(s.oneof), t.push(s.oneof));
else switch (t.push(s.localName), s.kind) {
case 'scalar':
case 'enum':
(!s.opt || s.repeat) &&
e.push(s.localName);
break;
case 'message':
s.repeat &&
e.push(s.localName);
break;
case 'map':
e.push(s.localName);
break
}
this.data = {
req: e,
known: t,
oneofs: Object.values(n)
}
}
is(e, t, n = !1) {
if (t < 0) return !0;
if (e == null || typeof e != 'object') return !1;
this.prepare();
let s = Object.keys(e),
r = this.data;
if (
s.length < r.req.length ||
r.req.some(a => !s.includes(a)) ||
!n &&
s.some(a => !r.known.includes(a))
) return !1;
if (t < 1) return !0;
for (const a of r.oneofs) {
const l = e[a];
if (!Zy(l)) return !1;
if (l.oneofKind === void 0) continue;
const o = this.fields.find(u => u.localName === l.oneofKind);
if (!o || !this.field(l[l.oneofKind], o, n, t)) return !1
}
for (const a of this.fields) if (a.oneof === void 0 && !this.field(e[a.localName], a, n, t)) return !1;
return !0
}
field(e, t, n, s) {
let r = t.repeat;
switch (t.kind) {
case 'scalar':
return e === void 0 ? t.opt : r ? this.scalars(e, t.T, s, t.L) : this.scalar(e, t.T, t.L);
case 'enum':
return e === void 0 ? t.opt : r ? this.scalars(e, W.INT32, s) : this.scalar(e, W.INT32);
case 'message':
return e === void 0 ? !0 : r ? this.messages(e, t.T(), n, s) : this.message(e, t.T(), n, s);
case 'map':
if (typeof e != 'object' || e === null) return !1;
if (s < 2) return !0;
if (!this.mapKeys(e, t.K, s)) return !1;
switch (t.V.kind) {
case 'scalar':
return this.scalars(Object.values(e), t.V.T, s, t.V.L);
case 'enum':
return this.scalars(Object.values(e), W.INT32, s);
case 'message':
return this.messages(Object.values(e), t.V.T(), n, s)
}
break
}
return !0
}
message(e, t, n, s) {
return n ? t.isAssignable(e, s) : t.is(e, s)
}
messages(e, t, n, s) {
if (!Array.isArray(e)) return !1;
if (s < 2) return !0;
if (n) {
for (let r = 0; r < e.length && r < s; r++) if (!t.isAssignable(e[r], s - 1)) return !1
} else for (let r = 0; r < e.length && r < s; r++) if (!t.is(e[r], s - 1)) return !1;
return !0
}
scalar(e, t, n) {
let s = typeof e;
switch (t) {
case W.UINT64:
case W.FIXED64:
case W.INT64:
case W.SFIXED64:
case W.SINT64:
switch (n) {
case Wt.BIGINT:
return s == 'bigint';
case Wt.NUMBER:
return s == 'number' &&
!isNaN(e);
default:
return s == 'string'
}
case W.BOOL:
return s == 'boolean';
case W.STRING:
return s == 'string';
case W.BYTES:
return e instanceof Uint8Array;
case W.DOUBLE:
case W.FLOAT:
return s == 'number' &&
!isNaN(e);
default:
return s == 'number' &&
Number.isInteger(e)
}
}
scalars(e, t, n, s) {
if (!Array.isArray(e)) return !1;
if (n < 2) return !0;
if (Array.isArray(e)) {
for (let r = 0; r < e.length && r < n; r++) if (!this.scalar(e[r], t, s)) return !1
}
return !0
}
mapKeys(e, t, n) {
let s = Object.keys(e);
switch (t) {
case W.INT32:
case W.FIXED32:
case W.SFIXED32:
case W.SINT32:
case W.UINT32:
return this.scalars(s.slice(0, n).map(r => parseInt(r)), t, n);
case W.BOOL:
return this.scalars(s.slice(0, n).map(r => r == 'true' ? !0 : r == 'false' ? !1 : r), t, n);
default:
return this.scalars(s, t, n, Wt.STRING)
}
}
}
function Jt(i, e) {
switch (e) {
case Wt.BIGINT:
return i.toBigInt();
case Wt.NUMBER:
return i.toNumber();
default:
return i.toString()
}
}
class tv {
constructor(e) {
this.info = e
}
prepare() {
var e;
if (this.fMap === void 0) {
this.fMap = {};
const t = (e = this.info.fields) !== null &&
e !== void 0 ? e : [];
for (const n of t) this.fMap[n.name] = n,
this.fMap[n.jsonName] = n,
this.fMap[n.localName] = n
}
}
assert(e, t, n) {
if (!e) {
let s = ou(n);
throw (s == 'number' || s == 'boolean') &&
(s = n.toString()),
new Error(`Cannot parse JSON ${ s } for ${ this.info.typeName }#${ t }`)
}
}
read(e, t, n) {
this.prepare();
const s = [];
for (const [r,
a]of Object.entries(e)) {
const l = this.fMap[r];
if (!l) {
if (!n.ignoreUnknownFields) throw new Error(
`Found unknown field while reading ${ this.info.typeName } from JSON format. JSON key: ${ r }`
);
continue
}
const o = l.localName;
let u;
if (l.oneof) {
if (
a === null &&
(l.kind !== 'enum' || l.T() [0] !== 'google.protobuf.NullValue')
) continue;
if (s.includes(l.oneof)) throw new Error(
`Multiple members of the oneof group "${ l.oneof }" of ${ this.info.typeName } are present in JSON.`
);
s.push(l.oneof),
u = t[l.oneof] = {
oneofKind: o
}
} else u = t;
if (l.kind == 'map') {
if (a === null) continue;
this.assert(Ry(a), l.name, a);
const c = u[o];
for (const [h,
d]of Object.entries(a)) {
this.assert(d !== null, l.name + ' map value', null);
let f;
switch (l.V.kind) {
case 'message':
f = l.V.T().internalJsonRead(d, n);
break;
case 'enum':
if (f = this.enum(l.V.T(), d, l.name, n.ignoreUnknownFields), f === !1) continue;
break;
case 'scalar':
f = this.scalar(d, l.V.T, l.V.L, l.name);
break
}
this.assert(f !== void 0, l.name + ' map value', d);
let p = h;
l.K == W.BOOL &&
(p = p == 'true' ? !0 : p == 'false' ? !1 : p),
p = this.scalar(p, l.K, Wt.STRING, l.name).toString(),
c[p] = f
}
} else if (l.repeat) {
if (a === null) continue;
this.assert(Array.isArray(a), l.name, a);
const c = u[o];
for (const h of a) {
this.assert(h !== null, l.name, null);
let d;
switch (l.kind) {
case 'message':
d = l.T().internalJsonRead(h, n);
break;
case 'enum':
if (d = this.enum(l.T(), h, l.name, n.ignoreUnknownFields), d === !1) continue;
break;
case 'scalar':
d = this.scalar(h, l.T, l.L, l.name);
break
}
this.assert(d !== void 0, l.name, a),
c.push(d)
}
} else switch (l.kind) {
case 'message':
if (a === null && l.T().typeName != 'google.protobuf.Value') {
this.assert(l.oneof === void 0, l.name + ' (oneof member)', null);
continue
}
u[o] = l.T().internalJsonRead(a, n, u[o]);
break;
case 'enum':
let c = this.enum(l.T(), a, l.name, n.ignoreUnknownFields);
if (c === !1) continue;
u[o] = c;
break;
case 'scalar':
u[o] = this.scalar(a, l.T, l.L, l.name);
break
}
}
}
enum(e, t, n, s) {
if (
e[0] == 'google.protobuf.NullValue' &&
Se(
t === null ||
t === 'NULL_VALUE',
`Unable to parse field ${ this.info.typeName }#${ n }, enum ${ e[0] } only accepts null.`
),
t === null
) return 0;
switch (typeof t) {
case 'number':
return Se(
Number.isInteger(t),
`Unable to parse field ${ this.info.typeName }#${ n }, enum can only be integral number, got ${ t }.`
),
t;
case 'string':
let r = t;
e[2] &&
t.substring(0, e[2].length) === e[2] &&
(r = t.substring(e[2].length));
let a = e[1][r];
return typeof a > 'u' &&
s ? !1 : (
Se(
typeof a == 'number',
`Unable to parse field ${ this.info.typeName }#${ n }, enum ${ e[0] } has no value for "${ t }".`
),
a
)
}
Se(
!1,
`Unable to parse field ${ this.info.typeName }#${ n }, cannot parse enum value from ${ typeof t }".`
)
}
scalar(e, t, n, s) {
let r;
try {
switch (t) {
case W.DOUBLE:
case W.FLOAT:
if (e === null) return 0;
if (e === 'NaN') return Number.NaN;
if (e === 'Infinity') return Number.POSITIVE_INFINITY;
if (e === '-Infinity') return Number.NEGATIVE_INFINITY;
if (e === '') {
r = 'empty string';
break
}
if (typeof e == 'string' && e.trim().length !== e.length) {
r = 'extra whitespace';
break
}
if (typeof e != 'string' && typeof e != 'number') break;
let a = Number(e);
if (Number.isNaN(a)) {
r = 'not a number';
break
}
if (!Number.isFinite(a)) {
r = 'too large or small';
break
}
return t == W.FLOAT &&
uu(a),
a;
case W.INT32:
case W.FIXED32:
case W.SFIXED32:
case W.SINT32:
case W.UINT32:
if (e === null) return 0;
let l;
if (
typeof e == 'number' ? l = e : e === '' ? r = 'empty string' : typeof e == 'string' &&
(e.trim().length !== e.length ? r = 'extra whitespace' : l = Number(e)),
l === void 0
) break;
return t == W.UINT32 ? Ur(l) : ms(l),
l;
case W.INT64:
case W.SFIXED64:
case W.SINT64:
if (e === null) return Jt(qe.ZERO, n);
if (typeof e != 'number' && typeof e != 'string') break;
return Jt(qe.from(e), n);
case W.FIXED64:
case W.UINT64:
if (e === null) return Jt(gt.ZERO, n);
if (typeof e != 'number' && typeof e != 'string') break;
return Jt(gt.from(e), n);
case W.BOOL:
if (e === null) return !1;
if (typeof e != 'boolean') break;
return e;
case W.STRING:
if (e === null) return '';
if (typeof e != 'string') {
r = 'extra whitespace';
break
}
try {
encodeURIComponent(e)
} catch (o) {
o = 'invalid UTF8';
break
}
return e;
case W.BYTES:
if (e === null || e === '') return new Uint8Array(0);
if (typeof e != 'string') break;
return qf(e)
}
} catch (a) {
r = a.message
}
this.assert(!1, s + (r ? ' - ' + r : ''), e)
}
}
class iv {
constructor(e) {
var t;
this.fields = (t = e.fields) !== null &&
t !== void 0 ? t : []
}
write(e, t) {
const n = {},
s = e;
for (const r of this.fields) {
if (!r.oneof) {
let u = this.field(r, s[r.localName], t);
u !== void 0 &&
(n[t.useProtoFieldName ? r.name : r.jsonName] = u);
continue
}
const a = s[r.oneof];
if (a.oneofKind !== r.localName) continue;
const l = r.kind == 'scalar' ||
r.kind == 'enum' ? Object.assign(Object.assign({
}, t), {
emitDefaultValues: !0
}) : t;
let o = this.field(r, a[r.localName], l);
Se(o !== void 0),
n[t.useProtoFieldName ? r.name : r.jsonName] = o
}
return n
}
field(e, t, n) {
let s;
if (e.kind == 'map') {
Se(typeof t == 'object' && t !== null);
const r = {};
switch (e.V.kind) {
case 'scalar':
for (const [o,
u]of Object.entries(t)) {
const c = this.scalar(e.V.T, u, e.name, !1, !0);
Se(c !== void 0),
r[o.toString()] = c
}
break;
case 'message':
const a = e.V.T();
for (const [o,
u]of Object.entries(t)) {
const c = this.message(a, u, e.name, n);
Se(c !== void 0),
r[o.toString()] = c
}
break;
case 'enum':
const l = e.V.T();
for (const [o,
u]of Object.entries(t)) {
Se(u === void 0 || typeof u == 'number');
const c = this.enum(l, u, e.name, !1, !0, n.enumAsInteger);
Se(c !== void 0),
r[o.toString()] = c
}
break
}(n.emitDefaultValues || Object.keys(r).length > 0) &&
(s = r)
} else if (e.repeat) {
Se(Array.isArray(t));
const r = [];
switch (e.kind) {
case 'scalar':
for (let o = 0; o < t.length; o++) {
const u = this.scalar(e.T, t[o], e.name, e.opt, !0);
Se(u !== void 0),
r.push(u)
}
break;
case 'enum':
const a = e.T();
for (let o = 0; o < t.length; o++) {
Se(t[o] === void 0 || typeof t[o] == 'number');
const u = this.enum(a, t[o], e.name, e.opt, !0, n.enumAsInteger);
Se(u !== void 0),
r.push(u)
}
break;
case 'message':
const l = e.T();
for (let o = 0; o < t.length; o++) {
const u = this.message(l, t[o], e.name, n);
Se(u !== void 0),
r.push(u)
}
break
}(n.emitDefaultValues || r.length > 0 || n.emitDefaultValues) &&
(s = r)
} else switch (e.kind) {
case 'scalar':
s = this.scalar(e.T, t, e.name, e.opt, n.emitDefaultValues);
break;
case 'enum':
s = this.enum(e.T(), t, e.name, e.opt, n.emitDefaultValues, n.enumAsInteger);
break;
case 'message':
s = this.message(e.T(), t, e.name, n);
break
}
return s
}
enum(e, t, n, s, r, a) {
if (e[0] == 'google.protobuf.NullValue') return !r &&
!s ? void 0 : null;
if (t === void 0) {
Se(s);
return
}
if (!(t === 0 && !r && !s)) return Se(typeof t == 'number'),
Se(Number.isInteger(t)),
a ||
!e[1].hasOwnProperty(t) ? t : e[2] ? e[2] + e[1][t] : e[1][t]
}
message(e, t, n, s) {
return t === void 0 ? s.emitDefaultValues ? null : void 0 : e.internalJsonWrite(t, s)
}
scalar(e, t, n, s, r) {
if (t === void 0) {
Se(s);
return
}
const a = r ||
s;
switch (e) {
case W.INT32:
case W.SFIXED32:
case W.SINT32:
return t === 0 ? a ? 0 : void 0 : (ms(t), t);
case W.FIXED32:
case W.UINT32:
return t === 0 ? a ? 0 : void 0 : (Ur(t), t);
case W.FLOAT:
uu(t);
case W.DOUBLE:
return t === 0 ? a ? 0 : void 0 : (
Se(typeof t == 'number'),
Number.isNaN(t) ? 'NaN' : t === Number.POSITIVE_INFINITY ? 'Infinity' : t === Number.NEGATIVE_INFINITY ? '-Infinity' : t
);
case W.STRING:
return t === '' ? a ? '' : void 0 : (Se(typeof t == 'string'), t);
case W.BOOL:
return t === !1 ? a ? !1 : void 0 : (Se(typeof t == 'boolean'), t);
case W.UINT64:
case W.FIXED64:
Se(typeof t == 'number' || typeof t == 'string' || typeof t == 'bigint');
let l = gt.from(t);
return l.isZero() &&
!a ? void 0 : l.toString();
case W.INT64:
case W.SFIXED64:
case W.SINT64:
Se(typeof t == 'number' || typeof t == 'string' || typeof t == 'bigint');
let o = qe.from(t);
return o.isZero() &&
!a ? void 0 : o.toString();
case W.BYTES:
return Se(t instanceof Uint8Array),
t.byteLength ? Gf(t) : a ? '' : void 0
}
}
}
function lo(i, e = Wt.STRING) {
switch (i) {
case W.BOOL:
return !1;
case W.UINT64:
case W.FIXED64:
return Jt(gt.ZERO, e);
case W.INT64:
case W.SFIXED64:
case W.SINT64:
return Jt(qe.ZERO, e);
case W.DOUBLE:
case W.FLOAT:
return 0;
case W.BYTES:
return new Uint8Array(0);
case W.STRING:
return '';
default:
return 0
}
}
class nv {
constructor(e) {
this.info = e
}
prepare() {
var e;
if (!this.fieldNoToField) {
const t = (e = this.info.fields) !== null &&
e !== void 0 ? e : [];
this.fieldNoToField = new Map(t.map(n => [n.no,
n]))
}
}
read(e, t, n, s) {
this.prepare();
const r = s === void 0 ? e.len : e.pos + s;
for (; e.pos < r; ) {
const [a,
l] = e.tag(),
o = this.fieldNoToField.get(a);
if (!o) {
let d = n.readUnknownField;
if (d == 'throw') throw new Error(
`Unknown field ${ a } (wire type ${ l }) for ${ this.info.typeName }`
);
let f = e.skip(l);
d !== !1 &&
(d === !0 ? P.onRead : d) (this.info.typeName, t, a, l, f);
continue
}
let u = t,
c = o.repeat,
h = o.localName;
switch (
o.oneof &&
(u = u[o.oneof], u.oneofKind !== h && (u = t[o.oneof] = {
oneofKind: h
})),
o.kind
) {
case 'scalar':
case 'enum':
let d = o.kind == 'enum' ? W.INT32 : o.T,
f = o.kind == 'scalar' ? o.L : void 0;
if (c) {
let w = u[h];
if (l == v.LengthDelimited && d != W.STRING && d != W.BYTES) {
let y = e.uint32() + e.pos;
for (; e.pos < y; ) w.push(this.scalar(e, d, f))
} else w.push(this.scalar(e, d, f))
} else u[h] = this.scalar(e, d, f);
break;
case 'message':
if (c) {
let w = u[h],
y = o.T().internalBinaryRead(e, e.uint32(), n);
w.push(y)
} else u[h] = o.T().internalBinaryRead(e, e.uint32(), n, u[h]);
break;
case 'map':
let[p,
g] = this.mapEntry(o, e, n);
u[h][p] = g;
break
}
}
}
mapEntry(e, t, n) {
let s = t.uint32(),
r = t.pos + s,
a,
l;
for (; t.pos < r; ) {
let[o,
u] = t.tag();
switch (o) {
case 1:
e.K == W.BOOL ? a = t.bool().toString() : a = this.scalar(t, e.K, Wt.STRING);
break;
case 2:
switch (e.V.kind) {
case 'scalar':
l = this.scalar(t, e.V.T, e.V.L);
break;
case 'enum':
l = t.int32();
break;
case 'message':
l = e.V.T().internalBinaryRead(t, t.uint32(), n);
break
}
break;
default:
throw new Error(
`Unknown field ${ o } (wire type ${ u }) in map entry for ${ this.info.typeName }#${ e.name }`
)
}
}
if (a === void 0) {
let o = lo(e.K);
a = e.K == W.BOOL ? o.toString() : o
}
if (l === void 0) switch (e.V.kind) {
case 'scalar':
l = lo(e.V.T, e.V.L);
break;
case 'enum':
l = 0;
break;
case 'message':
l = e.V.T().create();
break
}
return [a,
l]
}
scalar(e, t, n) {
switch (t) {
case W.INT32:
return e.int32();
case W.STRING:
return e.string();
case W.BOOL:
return e.bool();
case W.DOUBLE:
return e.double();
case W.FLOAT:
return e.float();
case W.INT64:
return Jt(e.int64(), n);
case W.UINT64:
return Jt(e.uint64(), n);
case W.FIXED64:
return Jt(e.fixed64(), n);
case W.FIXED32:
return e.fixed32();
case W.BYTES:
return e.bytes();
case W.UINT32:
return e.uint32();
case W.SFIXED32:
return e.sfixed32();
case W.SFIXED64:
return Jt(e.sfixed64(), n);
case W.SINT32:
return e.sint32();
case W.SINT64:
return Jt(e.sint64(), n)
}
}
}
class sv {
constructor(e) {
this.info = e
}
prepare() {
if (!this.fields) {
const e = this.info.fields ? this.info.fields.concat() : [];
this.fields = e.sort((t, n) => t.no - n.no)
}
}
write(e, t, n) {
this.prepare();
for (const r of this.fields) {
let a,
l,
o = r.repeat,
u = r.localName;
if (r.oneof) {
const c = e[r.oneof];
if (c.oneofKind !== u) continue;
a = c[u],
l = !0
} else a = e[u],
l = !1;
switch (r.kind) {
case 'scalar':
case 'enum':
let c = r.kind == 'enum' ? W.INT32 : r.T;
if (o) if (Se(Array.isArray(a)), o == jr.PACKED) this.packed(t, c, r.no, a);
else for (const h of a) this.scalar(t, c, r.no, h, !0);
else a === void 0 ? Se(r.opt) : this.scalar(t, c, r.no, a, l || r.opt);
break;
case 'message':
if (o) {
Se(Array.isArray(a));
for (const h of a) this.message(t, n, r.T(), r.no, h)
} else this.message(t, n, r.T(), r.no, a);
break;
case 'map':
Se(typeof a == 'object' && a !== null);
for (const [h,
d]of Object.entries(a)) this.mapEntry(t, n, r, h, d);
break
}
}
let s = n.writeUnknownFields;
s !== !1 &&
(s === !0 ? P.onWrite : s) (this.info.typeName, e, t)
}
mapEntry(e, t, n, s, r) {
e.tag(n.no, v.LengthDelimited),
e.fork();
let a = s;
switch (n.K) {
case W.INT32:
case W.FIXED32:
case W.UINT32:
case W.SFIXED32:
case W.SINT32:
a = Number.parseInt(s);
break;
case W.BOOL:
Se(s == 'true' || s == 'false'),
a = s == 'true';
break
}
switch (this.scalar(e, n.K, 1, a, !0), n.V.kind) {
case 'scalar':
this.scalar(e, n.V.T, 2, r, !0);
break;
case 'enum':
this.scalar(e, W.INT32, 2, r, !0);
break;
case 'message':
this.message(e, t, n.V.T(), 2, r);
break
}
e.join()
}
message(e, t, n, s, r) {
r !== void 0 &&
(
n.internalBinaryWrite(r, e.tag(s, v.LengthDelimited).fork(), t),
e.join()
)
}
scalar(e, t, n, s, r) {
let[a,
l,
o] = this.scalarInfo(t, s);
(!o || r) &&
(e.tag(n, a), e[l](s))
}
packed(e, t, n, s) {
if (!s.length) return;
Se(t !== W.BYTES && t !== W.STRING),
e.tag(n, v.LengthDelimited),
e.fork();
let[,
r] = this.scalarInfo(t);
for (let a = 0; a < s.length; a++) e[r](s[a]);
e.join()
}
scalarInfo(e, t) {
let n = v.Varint,
s,
r = t === void 0,
a = t === 0;
switch (e) {
case W.INT32:
s = 'int32';
break;
case W.STRING:
a = r ||
!t.length,
n = v.LengthDelimited,
s = 'string';
break;
case W.BOOL:
a = t === !1,
s = 'bool';
break;
case W.UINT32:
s = 'uint32';
break;
case W.DOUBLE:
n = v.Bit64,
s = 'double';
break;
case W.FLOAT:
n = v.Bit32,
s = 'float';
break;
case W.INT64:
a = r ||
qe.from(t).isZero(),
s = 'int64';
break;
case W.UINT64:
a = r ||
gt.from(t).isZero(),
s = 'uint64';
break;
case W.FIXED64:
a = r ||
gt.from(t).isZero(),
n = v.Bit64,
s = 'fixed64';
break;
case W.BYTES:
a = r ||
!t.byteLength,
n = v.LengthDelimited,
s = 'bytes';
break;
case W.FIXED32:
n = v.Bit32,
s = 'fixed32';
break;
case W.SFIXED32:
n = v.Bit32,
s = 'sfixed32';
break;
case W.SFIXED64:
a = r ||
qe.from(t).isZero(),
n = v.Bit64,
s = 'sfixed64';
break;
case W.SINT32:
s = 'sint32';
break;
case W.SINT64:
a = r ||
qe.from(t).isZero(),
s = 'sint64';
break
}
return [n,
s,
r ||
a]
}
}
function rv(i) {
const e = i.messagePrototype ? Object.create(i.messagePrototype) : Object.defineProperty({
}, J, {
value: i
});
for (let t of i.fields) {
let n = t.localName;
if (!t.opt) if (t.oneof) e[t.oneof] = {
oneofKind: void 0
};
else if (t.repeat) e[n] = [];
else switch (t.kind) {
case 'scalar':
e[n] = lo(t.T, t.L);
break;
case 'enum':
e[n] = 0;
break;
case 'map':
e[n] = {};
break
}
}
return e
}
function X(i, e, t) {
let n,
s = t,
r;
for (let a of i.fields) {
let l = a.localName;
if (a.oneof) {
const o = s[a.oneof];
if (o?.oneofKind == null) continue;
if (n = o[l], r = e[a.oneof], r.oneofKind = o.oneofKind, n == null) {
delete r[l];
continue
}
} else if (n = s[l], r = e, n == null) continue;
switch (a.repeat && (r[l].length = n.length), a.kind) {
case 'scalar':
case 'enum':
if (a.repeat) for (let u = 0; u < n.length; u++) r[l][u] = n[u];
else r[l] = n;
break;
case 'message':
let o = a.T();
if (a.repeat) for (let u = 0; u < n.length; u++) r[l][u] = o.create(n[u]);
else r[l] === void 0 ? r[l] = o.create(n) : o.mergePartial(r[l], n);
break;
case 'map':
switch (a.V.kind) {
case 'scalar':
case 'enum':
Object.assign(r[l], n);
break;
case 'message':
let u = a.V.T();
for (let c of Object.keys(n)) r[l][c] = u.create(n[c]);
break
}
break
}
}
}
function av(i, e, t) {
if (e === t) return !0;
if (!e || !t) return !1;
for (let n of i.fields) {
let s = n.localName,
r = n.oneof ? e[n.oneof][s] : e[s],
a = n.oneof ? t[n.oneof][s] : t[s];
switch (n.kind) {
case 'enum':
case 'scalar':
let l = n.kind == 'enum' ? W.INT32 : n.T;
if (!(n.repeat ? Pc(l, r, a) : Qf(l, r, a))) return !1;
break;
case 'map':
if (
!(
n.V.kind == 'message' ? Ic(n.V.T(), rr(r), rr(a)) : Pc(n.V.kind == 'enum' ? W.INT32 : n.V.T, rr(r), rr(a))
)
) return !1;
break;
case 'message':
let o = n.T();
if (!(n.repeat ? Ic(o, r, a) : o.equals(r, a))) return !1;
break
}
}
return !0
}
const rr = Object.values;
function Qf(i, e, t) {
if (e === t) return !0;
if (i !== W.BYTES) return !1;
let n = e,
s = t;
if (n.length !== s.length) return !1;
for (let r = 0; r < n.length; r++) if (n[r] != s[r]) return !1;
return !0
}
function Pc(i, e, t) {
if (e.length !== t.length) return !1;
for (let n = 0; n < e.length; n++) if (!Qf(i, e[n], t[n])) return !1;
return !0
}
function Ic(i, e, t) {
if (e.length !== t.length) return !1;
for (let n = 0; n < e.length; n++) if (!i.equals(e[n], t[n])) return !1;
return !0
}
const lv = Object.getOwnPropertyDescriptors(Object.getPrototypeOf({
}));
class Z {
constructor(e, t, n) {
this.defaultCheckDepth = 16,
this.typeName = e,
this.fields = t.map(Qy),
this.options = n ?? {
},
this.messagePrototype = Object.create(null, Object.assign(Object.assign({
}, lv), {
[
J
]: {
value: this
}
})),
this.refTypeCheck = new ev(this),
this.refJsonReader = new tv(this),
this.refJsonWriter = new iv(this),
this.refBinReader = new nv(this),
this.refBinWriter = new sv(this)
}
create(e) {
let t = rv(this);
return e !== void 0 &&
X(this, t, e),
t
}
clone(e) {
let t = this.create();
return X(this, t, e),
t
}
equals(e, t) {
return av(this, e, t)
}
is(e, t = this.defaultCheckDepth) {
return this.refTypeCheck.is(e, t, !1)
}
isAssignable(e, t = this.defaultCheckDepth) {
return this.refTypeCheck.is(e, t, !0)
}
mergePartial(e, t) {
X(this, e, t)
}
fromBinary(e, t) {
let n = Ay(t);
return this.internalBinaryRead(n.readerFactory(e), e.byteLength, n)
}
fromJson(e, t) {
return this.internalJsonRead(e, Xy(t))
}
fromJsonString(e, t) {
let n = JSON.parse(e);
return this.fromJson(n, t)
}
toJson(e, t) {
return this.internalJsonWrite(e, Jy(t))
}
toJsonString(e, t) {
var n;
let s = this.toJson(e, t);
return JSON.stringify(s, null, (n = t?.prettySpaces) !== null && n !== void 0 ? n : 0)
}
toBinary(e, t) {
let n = Gy(t);
return this.internalBinaryWrite(e, n.writerFactory(), n).finish()
}
internalJsonRead(e, t, n) {
if (e !== null && typeof e == 'object' && !Array.isArray(e)) {
let s = n ?? this.create();
return this.refJsonReader.read(e, s, t),
s
}
throw new Error(
`Unable to parse message ${ this.typeName } from JSON ${ ou(e) }.`
)
}
internalJsonWrite(e, t) {
return this.refJsonWriter.write(e, t)
}
internalBinaryWrite(e, t, n) {
return this.refBinWriter.write(e, t, n),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create();
return this.refBinReader.read(e, r, n, t),
r
}
}
function ov(i, e) {
var t,
n,
s;
let r = i;
return r.service = e,
r.localName = (t = r.localName) !== null &&
t !== void 0 ? t : ao(r.name),
r.serverStreaming = !!r.serverStreaming,
r.clientStreaming = !!r.clientStreaming,
r.options = (n = r.options) !== null &&
n !== void 0 ? n : {
},
r.idempotency = (s = r.idempotency) !== null &&
s !== void 0 ? s : void 0,
r
}
class Zf {
constructor(e, t, n) {
this.typeName = e,
this.methods = t.map(s => ov(s, this)),
this.options = n ?? {
}
}
}
class Fe extends Error {
constructor(e, t = 'UNKNOWN', n) {
super (e),
this.name = 'RpcError',
Object.setPrototypeOf(this, new.target.prototype),
this.code = t,
this.meta = n ?? {
}
}
toString() {
const e = [
this.name + ': ' + this.message
];
this.code &&
(e.push(''), e.push('Code: ' + this.code)),
this.serviceName &&
this.methodName &&
e.push('Method: ' + this.serviceName + '/' + this.methodName);
let t = Object.entries(this.meta);
if (t.length) {
e.push(''),
e.push('Meta:');
for (let[n,
s]of t) e.push(` ${ n }: ${ s }`)
}
return e.join(`
`)
}
}
function uv(i, e) {
if (!e) return i;
let t = {};
ar(i, t),
ar(e, t);
for (let n of Object.keys(e)) {
let s = e[n];
switch (n) {
case 'jsonOptions':
t.jsonOptions = Yy(i.jsonOptions, t.jsonOptions);
break;
case 'binaryOptions':
t.binaryOptions = By(i.binaryOptions, t.binaryOptions);
break;
case 'meta':
t.meta = {},
ar(i.meta, t.meta),
ar(e.meta, t.meta);
break;
case 'interceptors':
t.interceptors = i.interceptors ? i.interceptors.concat(s) : s.concat();
break
}
}
return t
}
function ar(i, e) {
if (!i) return;
let t = e;
for (let[n,
s]of Object.entries(i)) s instanceof Date ? t[n] = new Date(s.getTime()) : Array.isArray(s) ? t[n] = s.concat() : t[n] = s
}
var Dt;
(
function (i) {
i[i.PENDING = 0] = 'PENDING',
i[i.REJECTED = 1] = 'REJECTED',
i[i.RESOLVED = 2] = 'RESOLVED'
}
) (Dt || (Dt = {}));
class Ri {
constructor(e = !0) {
this._state = Dt.PENDING,
this._promise = new Promise((t, n) => {
this._resolve = t,
this._reject = n
}),
e &&
this._promise.catch(t => {
})
}
get state() {
return this._state
}
get promise() {
return this._promise
}
resolve(e) {
if (this.state !== Dt.PENDING) throw new Error(`cannot resolve ${ Dt[this.state].toLowerCase() }`);
this._resolve(e),
this._state = Dt.RESOLVED
}
reject(e) {
if (this.state !== Dt.PENDING) throw new Error(`cannot reject ${ Dt[this.state].toLowerCase() }`);
this._reject(e),
this._state = Dt.REJECTED
}
resolvePending(e) {
this._state === Dt.PENDING &&
this.resolve(e)
}
rejectPending(e) {
this._state === Dt.PENDING &&
this.reject(e)
}
}
class cv {
constructor() {
this._lis = {
nxt: [],
msg: [],
err: [],
cmp: []
},
this._closed = !1
}
onNext(e) {
return this.addLis(e, this._lis.nxt)
}
onMessage(e) {
return this.addLis(e, this._lis.msg)
}
onError(e) {
return this.addLis(e, this._lis.err)
}
onComplete(e) {
return this.addLis(e, this._lis.cmp)
}
addLis(e, t) {
return t.push(e),
() => {
let n = t.indexOf(e);
n >= 0 &&
t.splice(n, 1)
}
}
clearLis() {
for (let e of Object.values(this._lis)) e.splice(0, e.length)
}
get closed() {
return this._closed !== !1
}
notifyNext(e, t, n) {
Se((e ? 1 : 0) + (t ? 1 : 0) + (n ? 1 : 0) <= 1, 'only one emission at a time'),
e &&
this.notifyMessage(e),
t &&
this.notifyError(t),
n &&
this.notifyComplete()
}
notifyMessage(e) {
Se(!this.closed, 'stream is closed'),
this.pushIt({
value: e,
done: !1
}),
this._lis.msg.forEach(t => t(e)),
this._lis.nxt.forEach(t => t(e, void 0, !1))
}
notifyError(e) {
Se(!this.closed, 'stream is closed'),
this._closed = e,
this.pushIt(e),
this._lis.err.forEach(t => t(e)),
this._lis.nxt.forEach(t => t(void 0, e, !1)),
this.clearLis()
}
notifyComplete() {
Se(!this.closed, 'stream is closed'),
this._closed = !0,
this.pushIt({
value: null,
done: !0
}),
this._lis.cmp.forEach(e => e()),
this._lis.nxt.forEach(e => e(void 0, void 0, !0)),
this.clearLis()
}
[
Symbol.asyncIterator
]() {
return this._itState ||
(this._itState = {
q: []
}),
this._closed === !0 ? this.pushIt({
value: null,
done: !0
}) : this._closed !== !1 &&
this.pushIt(this._closed),
{
next: () => {
let e = this._itState;
Se(e, 'bad state'),
Se(!e.p, 'iterator contract broken');
let t = e.q.shift();
return t ? 'value' in t ? Promise.resolve(t) : Promise.reject(t) : (e.p = new Ri, e.p.promise)
}
}
}
pushIt(e) {
let t = this._itState;
if (!!t) if (t.p) {
const n = t.p;
Se(n.state == Dt.PENDING, 'iterator contract broken'),
'value' in e ? n.resolve(e) : n.reject(e),
delete t.p
} else t.q.push(e)
}
}
var hv = globalThis &&
globalThis.__awaiter ||
function (i, e, t, n) {
function s(r) {
return r instanceof t ? r : new t(function (a) {
a(r)
})
}
return new (t || (t = Promise)) (
function (r, a) {
function l(c) {
try {
u(n.next(c))
} catch (h) {
a(h)
}
}
function o(c) {
try {
u(n.throw(c))
} catch (h) {
a(h)
}
}
function u(c) {
c.done ? r(c.value) : s(c.value).then(l, o)
}
u((n = n.apply(i, e || [])).next())
}
)
};
class dv {
constructor(e, t, n, s, r, a, l) {
this.method = e,
this.requestHeaders = t,
this.request = n,
this.headers = s,
this.response = r,
this.status = a,
this.trailers = l
}
then(e, t) {
return this.promiseFinished().then(
n => e ? Promise.resolve(e(n)) : n,
n => t ? Promise.resolve(t(n)) : Promise.reject(n)
)
}
promiseFinished() {
return hv(
this,
void 0,
void 0,
function * () {
let[e,
t,
n,
s] = yield Promise.all([this.headers,
this.response,
this.status,
this.trailers]);
return {
method: this.method,
requestHeaders: this.requestHeaders,
request: this.request,
headers: e,
response: t,
status: n,
trailers: s
}
}
)
}
}
var fv = globalThis &&
globalThis.__awaiter ||
function (i, e, t, n) {
function s(r) {
return r instanceof t ? r : new t(function (a) {
a(r)
})
}
return new (t || (t = Promise)) (
function (r, a) {
function l(c) {
try {
u(n.next(c))
} catch (h) {
a(h)
}
}
function o(c) {
try {
u(n.throw(c))
} catch (h) {
a(h)
}
}
function u(c) {
c.done ? r(c.value) : s(c.value).then(l, o)
}
u((n = n.apply(i, e || [])).next())
}
)
};
class pv {
constructor(e, t, n, s, r, a, l) {
this.method = e,
this.requestHeaders = t,
this.request = n,
this.headers = s,
this.responses = r,
this.status = a,
this.trailers = l
}
then(e, t) {
return this.promiseFinished().then(
n => e ? Promise.resolve(e(n)) : n,
n => t ? Promise.resolve(t(n)) : Promise.reject(n)
)
}
promiseFinished() {
return fv(
this,
void 0,
void 0,
function * () {
let[e,
t,
n] = yield Promise.all([this.headers,
this.status,
this.trailers]);
return {
method: this.method,
requestHeaders: this.requestHeaders,
request: this.request,
headers: e,
status: t,
trailers: n
}
}
)
}
}
function Ge(i, e, t, n, s) {
var r,
a,
l,
o;
if (i == 'unary') {
let u = (c, h, d) => e.unary(c, h, d);
for (
const c of ((r = n.interceptors) !== null && r !== void 0 ? r : []).filter(h => h.interceptUnary).reverse()
) {
const h = u;
u = (d, f, p) => c.interceptUnary(h, d, f, p)
}
return u(t, s, n)
}
if (i == 'serverStreaming') {
let u = (c, h, d) => e.serverStreaming(c, h, d);
for (
const c of ((a = n.interceptors) !== null && a !== void 0 ? a : []).filter(h => h.interceptServerStreaming).reverse()
) {
const h = u;
u = (d, f, p) => c.interceptServerStreaming(h, d, f, p)
}
return u(t, s, n)
}
if (i == 'clientStreaming') {
let u = (c, h) => e.clientStreaming(c, h);
for (
const c of ((l = n.interceptors) !== null && l !== void 0 ? l : []).filter(h => h.interceptClientStreaming).reverse()
) {
const h = u;
u = (d, f) => c.interceptClientStreaming(h, d, f)
}
return u(t, n)
}
if (i == 'duplex') {
let u = (c, h) => e.duplex(c, h);
for (
const c of ((o = n.interceptors) !== null && o !== void 0 ? o : []).filter(h => h.interceptDuplex).reverse()
) {
const h = u;
u = (d, f) => c.interceptDuplex(h, d, f)
}
return u(t, n)
}
zy(i)
}
class mv extends Z {
constructor() {
super (
'google.protobuf.DoubleValue',
[
{
no: 1,
name: 'value',
kind: 'scalar',
T: 1
}
]
)
}
internalJsonWrite(e, t) {
return this.refJsonWriter.scalar(2, e.value, 'value', !1, !0)
}
internalJsonRead(e, t, n) {
return n ||
(n = this.create()),
n.value = this.refJsonReader.scalar(e, 1, void 0, 'value'),
n
}
create(e) {
const t = {
value: 0
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.value = e.double();
break;
default:
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if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.value !== 0 &&
t.tag(1, v.Bit64).double(e.value);
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
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}
}
const wn = new mv;
class gv extends Z {
constructor() {
super (
'google.protobuf.FloatValue',
[
{
no: 1,
name: 'value',
kind: 'scalar',
T: 2
}
]
)
}
internalJsonWrite(e, t) {
return this.refJsonWriter.scalar(1, e.value, 'value', !1, !0)
}
internalJsonRead(e, t, n) {
return n ||
(n = this.create()),
n.value = this.refJsonReader.scalar(e, 1, void 0, 'value'),
n
}
create(e) {
const t = {
value: 0
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.value = e.float();
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.value !== 0 &&
t.tag(1, v.Bit32).float(e.value);
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
new gv;
class yv extends Z {
constructor() {
super (
'google.protobuf.Int64Value',
[
{
no: 1,
name: 'value',
kind: 'scalar',
T: 3,
L: 2
}
]
)
}
internalJsonWrite(e, t) {
return this.refJsonWriter.scalar(W.INT64, e.value, 'value', !1, !0)
}
internalJsonRead(e, t, n) {
return n ||
(n = this.create()),
n.value = this.refJsonReader.scalar(e, W.INT64, Wt.NUMBER, 'value'),
n
}
create(e) {
const t = {
value: 0
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
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let[l,
o] = e.tag();
switch (l) {
case 1:
r.value = e.int64().toNumber();
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default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.value !== 0 &&
t.tag(1, v.Varint).int64(e.value);
let s = n.writeUnknownFields;
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(s == !0 ? P.onWrite : s) (this.typeName, e, t),
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}
}
const be = new yv;
class vv extends Z {
constructor() {
super (
'google.protobuf.UInt64Value',
[
{
no: 1,
name: 'value',
kind: 'scalar',
T: 4,
L: 2
}
]
)
}
internalJsonWrite(e, t) {
return this.refJsonWriter.scalar(W.UINT64, e.value, 'value', !1, !0)
}
internalJsonRead(e, t, n) {
return n ||
(n = this.create()),
n.value = this.refJsonReader.scalar(e, W.UINT64, Wt.NUMBER, 'value'),
n
}
create(e) {
const t = {
value: 0
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
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let[l,
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switch (l) {
case 1:
r.value = e.uint64().toNumber();
break;
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let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.value !== 0 &&
t.tag(1, v.Varint).uint64(e.value);
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
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}
}
new vv;
class bv extends Z {
constructor() {
super (
'google.protobuf.Int32Value',
[
{
no: 1,
name: 'value',
kind: 'scalar',
T: 5
}
]
)
}
internalJsonWrite(e, t) {
return this.refJsonWriter.scalar(5, e.value, 'value', !1, !0)
}
internalJsonRead(e, t, n) {
return n ||
(n = this.create()),
n.value = this.refJsonReader.scalar(e, 5, void 0, 'value'),
n
}
create(e) {
const t = {
value: 0
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
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let[l,
o] = e.tag();
switch (l) {
case 1:
r.value = e.int32();
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.value !== 0 &&
t.tag(1, v.Varint).int32(e.value);
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
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}
}
new bv;
class wv extends Z {
constructor() {
super (
'google.protobuf.UInt32Value',
[
{
no: 1,
name: 'value',
kind: 'scalar',
T: 13
}
]
)
}
internalJsonWrite(e, t) {
return this.refJsonWriter.scalar(13, e.value, 'value', !1, !0)
}
internalJsonRead(e, t, n) {
return n ||
(n = this.create()),
n.value = this.refJsonReader.scalar(e, 13, void 0, 'value'),
n
}
create(e) {
const t = {
value: 0
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
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let[l,
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case 1:
r.value = e.uint32();
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if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
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}
}
return r
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internalBinaryWrite(e, t, n) {
e.value !== 0 &&
t.tag(1, v.Varint).uint32(e.value);
let s = n.writeUnknownFields;
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(s == !0 ? P.onWrite : s) (this.typeName, e, t),
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}
}
new wv;
class kv extends Z {
constructor() {
super (
'google.protobuf.BoolValue',
[
{
no: 1,
name: 'value',
kind: 'scalar',
T: 8
}
]
)
}
internalJsonWrite(e, t) {
return e.value
}
internalJsonRead(e, t, n) {
return n ||
(n = this.create()),
n.value = this.refJsonReader.scalar(e, 8, void 0, 'value'),
n
}
create(e) {
const t = {
value: !1
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
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let[l,
o] = e.tag();
switch (l) {
case 1:
r.value = e.bool();
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if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
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return r
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t.tag(1, v.Varint).bool(e.value);
let s = n.writeUnknownFields;
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(s == !0 ? P.onWrite : s) (this.typeName, e, t),
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}
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new kv;
class _v extends Z {
constructor() {
super (
'google.protobuf.StringValue',
[
{
no: 1,
name: 'value',
kind: 'scalar',
T: 9
}
]
)
}
internalJsonWrite(e, t) {
return e.value
}
internalJsonRead(e, t, n) {
return n ||
(n = this.create()),
n.value = this.refJsonReader.scalar(e, 9, void 0, 'value'),
n
}
create(e) {
const t = {
value: ''
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
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internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
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let[l,
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r.value = e.string();
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if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
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internalBinaryWrite(e, t, n) {
e.value !== '' &&
t.tag(1, v.LengthDelimited).string(e.value);
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const ut = new _v;
class xv extends Z {
constructor() {
super (
'google.protobuf.BytesValue',
[
{
no: 1,
name: 'value',
kind: 'scalar',
T: 12
}
]
)
}
internalJsonWrite(e, t) {
return this.refJsonWriter.scalar(12, e.value, 'value', !1, !0)
}
internalJsonRead(e, t, n) {
return n ||
(n = this.create()),
n.value = this.refJsonReader.scalar(e, 12, void 0, 'value'),
n
}
create(e) {
const t = {
value: new Uint8Array(0)
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.value = e.bytes();
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.value.length &&
t.tag(1, v.LengthDelimited).bytes(e.value);
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
new xv;
var Gt = (
i => (
i[i.Quadratic = 0] = 'Quadratic',
i[i.QuadraticV2 = 1] = 'QuadraticV2',
i[i.Linear = 2] = 'Linear',
i[i.Fixed = 3] = 'Fixed',
i
)
) (Gt || {
}),
Hr = (i => (i[i.BUY = 0] = 'BUY', i[i.SELL = 1] = 'SELL', i)) (Hr || {
});
class Tv extends Z {
constructor() {
super (
'hypurr.HyperliquidToken',
[
{
no: 1,
name: 'id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 2,
name: 'name',
kind: 'scalar',
T: 9
},
{
no: 3,
name: 'index',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 4,
name: 'sz_decimals',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 5,
name: 'wei_decimals',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 6,
name: 'token_id',
kind: 'scalar',
T: 9
},
{
no: 7,
name: 'circulating_supply',
kind: 'scalar',
T: 1
},
{
no: 8,
name: 'deploy_info',
kind: 'message',
T: () => Ha
},
{
no: 9,
name: 'geneses',
kind: 'message',
repeat: 1,
T: () => qa
},
{
no: 10,
name: 'hlq_balance',
kind: 'scalar',
T: 1
},
{
no: 11,
name: 'full_name',
kind: 'scalar',
T: 9
},
{
no: 12,
name: 'statistics',
kind: 'message',
T: () => ja
}
]
)
}
create(e) {
const t = {
id: 0,
name: '',
index: 0,
szDecimals: 0,
weiDecimals: 0,
tokenId: '',
circulatingSupply: 0,
geneses: [],
hlqBalance: 0,
fullName: ''
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.id = e.int64().toNumber();
break;
case 2:
r.name = e.string();
break;
case 3:
r.index = e.int64().toNumber();
break;
case 4:
r.szDecimals = e.int64().toNumber();
break;
case 5:
r.weiDecimals = e.int64().toNumber();
break;
case 6:
r.tokenId = e.string();
break;
case 7:
r.circulatingSupply = e.double();
break;
case 8:
r.deployInfo = Ha.internalBinaryRead(e, e.uint32(), n, r.deployInfo);
break;
case 9:
r.geneses.push(qa.internalBinaryRead(e, e.uint32(), n));
break;
case 10:
r.hlqBalance = e.double();
break;
case 11:
r.fullName = e.string();
break;
case 12:
r.statistics = ja.internalBinaryRead(e, e.uint32(), n, r.statistics);
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.id !== 0 &&
t.tag(1, v.Varint).int64(e.id),
e.name !== '' &&
t.tag(2, v.LengthDelimited).string(e.name),
e.index !== 0 &&
t.tag(3, v.Varint).int64(e.index),
e.szDecimals !== 0 &&
t.tag(4, v.Varint).int64(e.szDecimals),
e.weiDecimals !== 0 &&
t.tag(5, v.Varint).int64(e.weiDecimals),
e.tokenId !== '' &&
t.tag(6, v.LengthDelimited).string(e.tokenId),
e.circulatingSupply !== 0 &&
t.tag(7, v.Bit64).double(e.circulatingSupply),
e.deployInfo &&
Ha.internalBinaryWrite(e.deployInfo, t.tag(8, v.LengthDelimited).fork(), n).join();
for (let r = 0; r < e.geneses.length; r++) qa.internalBinaryWrite(e.geneses[r], t.tag(9, v.LengthDelimited).fork(), n).join();
e.hlqBalance !== 0 &&
t.tag(10, v.Bit64).double(e.hlqBalance),
e.fullName !== '' &&
t.tag(11, v.LengthDelimited).string(e.fullName),
e.statistics &&
ja.internalBinaryWrite(e.statistics, t.tag(12, v.LengthDelimited).fork(), n).join();
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const lt = new Tv;
class Sv extends Z {
constructor() {
super (
'hypurr.HyperliquidTokenHolder',
[
{
no: 1,
name: 'balance',
kind: 'scalar',
T: 1
},
{
no: 2,
name: 'address',
kind: 'scalar',
T: 9
},
{
no: 3,
name: 'type',
kind: 'scalar',
T: 9
}
]
)
}
create(e) {
const t = {
balance: 0,
address: '',
type: ''
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.balance = e.double();
break;
case 2:
r.address = e.string();
break;
case 3:
r.type = e.string();
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.balance !== 0 &&
t.tag(1, v.Bit64).double(e.balance),
e.address !== '' &&
t.tag(2, v.LengthDelimited).string(e.address),
e.type !== '' &&
t.tag(3, v.LengthDelimited).string(e.type);
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const Ua = new Sv;
class Ev extends Z {
constructor() {
super (
'hypurr.HyperliquidTokenHoldersRequest',
[
{
no: 1,
name: 'token_id',
kind: 'scalar',
T: 3,
L: 2
}
]
)
}
create(e) {
const t = {
tokenId: 0
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.tokenId = e.int64().toNumber();
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.tokenId !== 0 &&
t.tag(1, v.Varint).int64(e.tokenId);
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const Cv = new Ev;
class $v extends Z {
constructor() {
super (
'hypurr.HyperliquidTokenHoldersResponse',
[
{
no: 1,
name: 'holders',
kind: 'message',
repeat: 1,
T: () => Ua
}
]
)
}
create(e) {
const t = {
holders: []
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.holders.push(Ua.internalBinaryRead(e, e.uint32(), n));
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
for (let r = 0; r < e.holders.length; r++) Ua.internalBinaryWrite(e.holders[r], t.tag(1, v.LengthDelimited).fork(), n).join();
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const Lv = new $v;
class Pv extends Z {
constructor() {
super (
'hypurr.HyperliquidTokenStatistics',
[
{
no: 1,
name: 'token_id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 2,
name: 'holder_count',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 3,
name: 'concentration_coefficient',
kind: 'scalar',
T: 1
}
]
)
}
create(e) {
const t = {
tokenId: 0,
holderCount: 0,
concentrationCoefficient: 0
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.tokenId = e.int64().toNumber();
break;
case 2:
r.holderCount = e.int64().toNumber();
break;
case 3:
r.concentrationCoefficient = e.double();
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.tokenId !== 0 &&
t.tag(1, v.Varint).int64(e.tokenId),
e.holderCount !== 0 &&
t.tag(2, v.Varint).int64(e.holderCount),
e.concentrationCoefficient !== 0 &&
t.tag(3, v.Bit64).double(e.concentrationCoefficient);
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const ja = new Pv;
class Iv extends Z {
constructor() {
super (
'hypurr.HyperliquidTokenDeployInfo',
[
{
no: 1,
name: 'token_id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 2,
name: 'height',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 3,
name: 'deployer',
kind: 'scalar',
T: 9
},
{
no: 4,
name: 'register_tx',
kind: 'scalar',
T: 9
},
{
no: 5,
name: 'register_spot_tx',
kind: 'scalar',
T: 9
},
{
no: 6,
name: 'genesis_tx',
kind: 'scalar',
T: 9
},
{
no: 7,
name: 'hyperliquidity_tx',
kind: 'scalar',
T: 9
},
{
no: 8,
name: 'hip2_price',
kind: 'scalar',
T: 1
},
{
no: 9,
name: 'hip2_order_count',
kind: 'scalar',
T: 5
},
{
no: 10,
name: 'hip2_order_size',
kind: 'scalar',
T: 1
}
]
)
}
create(e) {
const t = {
tokenId: 0,
height: 0,
deployer: '',
registerTx: '',
registerSpotTx: '',
genesisTx: '',
hyperliquidityTx: '',
hip2Price: 0,
hip2OrderCount: 0,
hip2OrderSize: 0
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.tokenId = e.int64().toNumber();
break;
case 2:
r.height = e.int64().toNumber();
break;
case 3:
r.deployer = e.string();
break;
case 4:
r.registerTx = e.string();
break;
case 5:
r.registerSpotTx = e.string();
break;
case 6:
r.genesisTx = e.string();
break;
case 7:
r.hyperliquidityTx = e.string();
break;
case 8:
r.hip2Price = e.double();
break;
case 9:
r.hip2OrderCount = e.int32();
break;
case 10:
r.hip2OrderSize = e.double();
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.tokenId !== 0 &&
t.tag(1, v.Varint).int64(e.tokenId),
e.height !== 0 &&
t.tag(2, v.Varint).int64(e.height),
e.deployer !== '' &&
t.tag(3, v.LengthDelimited).string(e.deployer),
e.registerTx !== '' &&
t.tag(4, v.LengthDelimited).string(e.registerTx),
e.registerSpotTx !== '' &&
t.tag(5, v.LengthDelimited).string(e.registerSpotTx),
e.genesisTx !== '' &&
t.tag(6, v.LengthDelimited).string(e.genesisTx),
e.hyperliquidityTx !== '' &&
t.tag(7, v.LengthDelimited).string(e.hyperliquidityTx),
e.hip2Price !== 0 &&
t.tag(8, v.Bit64).double(e.hip2Price),
e.hip2OrderCount !== 0 &&
t.tag(9, v.Varint).int32(e.hip2OrderCount),
e.hip2OrderSize !== 0 &&
t.tag(10, v.Bit64).double(e.hip2OrderSize);
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const Ha = new Iv;
class Nv extends Z {
constructor() {
super (
'hypurr.HyperliquidTokenGenesis',
[
{
no: 1,
name: 'token_id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 2,
name: 'target',
kind: 'scalar',
T: 9
},
{
no: 3,
name: 'amount',
kind: 'scalar',
T: 1
},
{
no: 4,
name: 'type',
kind: 'scalar',
T: 9
},
{
no: 5,
name: 'target_token_id',
kind: 'message',
T: () => be
}
]
)
}
create(e) {
const t = {
tokenId: 0,
target: '',
amount: 0,
type: ''
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.tokenId = e.int64().toNumber();
break;
case 2:
r.target = e.string();
break;
case 3:
r.amount = e.double();
break;
case 4:
r.type = e.string();
break;
case 5:
r.targetTokenId = be.internalBinaryRead(e, e.uint32(), n, r.targetTokenId);
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.tokenId !== 0 &&
t.tag(1, v.Varint).int64(e.tokenId),
e.target !== '' &&
t.tag(2, v.LengthDelimited).string(e.target),
e.amount !== 0 &&
t.tag(3, v.Bit64).double(e.amount),
e.type !== '' &&
t.tag(4, v.LengthDelimited).string(e.type),
e.targetTokenId &&
be.internalBinaryWrite(e.targetTokenId, t.tag(5, v.LengthDelimited).fork(), n).join();
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const qa = new Nv;
class Mv extends Z {
constructor() {
super (
'hypurr.HyperliquidSpotPair',
[
{
no: 1,
name: 'id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 2,
name: 'name',
kind: 'scalar',
T: 9
},
{
no: 3,
name: 'base_id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 4,
name: 'base',
kind: 'message',
T: () => lt
},
{
no: 5,
name: 'quote_id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 6,
name: 'quote',
kind: 'message',
T: () => lt
},
{
no: 7,
name: 'index',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 8,
name: 'mid_price',
kind: 'scalar',
T: 1
},
{
no: 9,
name: 'mark_price',
kind: 'scalar',
T: 1
},
{
no: 10,
name: 'daily_ntl_volume',
kind: 'scalar',
T: 1
},
{
no: 11,
name: 'previous_day_px',
kind: 'scalar',
T: 1
}
]
)
}
create(e) {
const t = {
id: 0,
name: '',
baseId: 0,
quoteId: 0,
index: 0,
midPrice: 0,
markPrice: 0,
dailyNtlVolume: 0,
previousDayPx: 0
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.id = e.int64().toNumber();
break;
case 2:
r.name = e.string();
break;
case 3:
r.baseId = e.int64().toNumber();
break;
case 4:
r.base = lt.internalBinaryRead(e, e.uint32(), n, r.base);
break;
case 5:
r.quoteId = e.int64().toNumber();
break;
case 6:
r.quote = lt.internalBinaryRead(e, e.uint32(), n, r.quote);
break;
case 7:
r.index = e.int64().toNumber();
break;
case 8:
r.midPrice = e.double();
break;
case 9:
r.markPrice = e.double();
break;
case 10:
r.dailyNtlVolume = e.double();
break;
case 11:
r.previousDayPx = e.double();
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.id !== 0 &&
t.tag(1, v.Varint).int64(e.id),
e.name !== '' &&
t.tag(2, v.LengthDelimited).string(e.name),
e.baseId !== 0 &&
t.tag(3, v.Varint).int64(e.baseId),
e.base &&
lt.internalBinaryWrite(e.base, t.tag(4, v.LengthDelimited).fork(), n).join(),
e.quoteId !== 0 &&
t.tag(5, v.Varint).int64(e.quoteId),
e.quote &&
lt.internalBinaryWrite(e.quote, t.tag(6, v.LengthDelimited).fork(), n).join(),
e.index !== 0 &&
t.tag(7, v.Varint).int64(e.index),
e.midPrice !== 0 &&
t.tag(8, v.Bit64).double(e.midPrice),
e.markPrice !== 0 &&
t.tag(9, v.Bit64).double(e.markPrice),
e.dailyNtlVolume !== 0 &&
t.tag(10, v.Bit64).double(e.dailyNtlVolume),
e.previousDayPx !== 0 &&
t.tag(11, v.Bit64).double(e.previousDayPx);
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const Mn = new Mv;
class Rv extends Z {
constructor() {
super (
'hypurr.HyperliquidPerpPair',
[
{
no: 1,
name: 'id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 2,
name: 'name',
kind: 'scalar',
T: 9
},
{
no: 3,
name: 'index',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 4,
name: 'mid_price',
kind: 'scalar',
T: 1
},
{
no: 5,
name: 'mark_price',
kind: 'scalar',
T: 1
},
{
no: 6,
name: 'daily_ntl_volume',
kind: 'scalar',
T: 1
},
{
no: 7,
name: 'previous_day_px',
kind: 'scalar',
T: 1
},
{
no: 8,
name: 'funding',
kind: 'scalar',
T: 1
},
{
no: 9,
name: 'open_interest',
kind: 'scalar',
T: 1
},
{
no: 10,
name: 'premium',
kind: 'scalar',
T: 1
}
]
)
}
create(e) {
const t = {
id: 0,
name: '',
index: 0,
midPrice: 0,
markPrice: 0,
dailyNtlVolume: 0,
previousDayPx: 0,
funding: 0,
openInterest: 0,
premium: 0
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.id = e.int64().toNumber();
break;
case 2:
r.name = e.string();
break;
case 3:
r.index = e.int64().toNumber();
break;
case 4:
r.midPrice = e.double();
break;
case 5:
r.markPrice = e.double();
break;
case 6:
r.dailyNtlVolume = e.double();
break;
case 7:
r.previousDayPx = e.double();
break;
case 8:
r.funding = e.double();
break;
case 9:
r.openInterest = e.double();
break;
case 10:
r.premium = e.double();
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.id !== 0 &&
t.tag(1, v.Varint).int64(e.id),
e.name !== '' &&
t.tag(2, v.LengthDelimited).string(e.name),
e.index !== 0 &&
t.tag(3, v.Varint).int64(e.index),
e.midPrice !== 0 &&
t.tag(4, v.Bit64).double(e.midPrice),
e.markPrice !== 0 &&
t.tag(5, v.Bit64).double(e.markPrice),
e.dailyNtlVolume !== 0 &&
t.tag(6, v.Bit64).double(e.dailyNtlVolume),
e.previousDayPx !== 0 &&
t.tag(7, v.Bit64).double(e.previousDayPx),
e.funding !== 0 &&
t.tag(8, v.Bit64).double(e.funding),
e.openInterest !== 0 &&
t.tag(9, v.Bit64).double(e.openInterest),
e.premium !== 0 &&
t.tag(10, v.Bit64).double(e.premium);
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const Ga = new Rv;
class Bv extends Z {
constructor() {
super (
'hypurr.HyperliquidWallet',
[
{
no: 1,
name: 'id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 2,
name: 'name',
kind: 'scalar',
T: 9
},
{
no: 3,
name: 'telegram_id',
kind: 'message',
T: () => be
},
{
no: 4,
name: 'ethereum_address',
kind: 'scalar',
T: 9
},
{
no: 5,
name: 'points',
kind: 'scalar',
T: 5
},
{
no: 6,
name: 'movements',
kind: 'message',
repeat: 1,
T: () => Rn
},
{
no: 7,
name: 'spot_balances',
kind: 'message',
repeat: 1,
T: () => Bn
},
{
no: 8,
name: 'launch_balances',
kind: 'message',
repeat: 1,
T: () => Ka
},
{
no: 9,
name: 'is_agent',
kind: 'scalar',
T: 8
},
{
no: 10,
name: 'is_read_only',
kind: 'scalar',
T: 8
}
]
)
}
create(e) {
const t = {
id: 0,
name: '',
ethereumAddress: '',
points: 0,
movements: [],
spotBalances: [],
launchBalances: [],
isAgent: !1,
isReadOnly: !1
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.id = e.int64().toNumber();
break;
case 2:
r.name = e.string();
break;
case 3:
r.telegramId = be.internalBinaryRead(e, e.uint32(), n, r.telegramId);
break;
case 4:
r.ethereumAddress = e.string();
break;
case 5:
r.points = e.int32();
break;
case 6:
r.movements.push(Rn.internalBinaryRead(e, e.uint32(), n));
break;
case 7:
r.spotBalances.push(Bn.internalBinaryRead(e, e.uint32(), n));
break;
case 8:
r.launchBalances.push(Ka.internalBinaryRead(e, e.uint32(), n));
break;
case 9:
r.isAgent = e.bool();
break;
case 10:
r.isReadOnly = e.bool();
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.id !== 0 &&
t.tag(1, v.Varint).int64(e.id),
e.name !== '' &&
t.tag(2, v.LengthDelimited).string(e.name),
e.telegramId &&
be.internalBinaryWrite(e.telegramId, t.tag(3, v.LengthDelimited).fork(), n).join(),
e.ethereumAddress !== '' &&
t.tag(4, v.LengthDelimited).string(e.ethereumAddress),
e.points !== 0 &&
t.tag(5, v.Varint).int32(e.points);
for (let r = 0; r < e.movements.length; r++) Rn.internalBinaryWrite(e.movements[r], t.tag(6, v.LengthDelimited).fork(), n).join();
for (let r = 0; r < e.spotBalances.length; r++) Bn.internalBinaryWrite(e.spotBalances[r], t.tag(7, v.LengthDelimited).fork(), n).join();
for (let r = 0; r < e.launchBalances.length; r++) Ka.internalBinaryWrite(e.launchBalances[r], t.tag(8, v.LengthDelimited).fork(), n).join();
e.isAgent !== !1 &&
t.tag(9, v.Varint).bool(e.isAgent),
e.isReadOnly !== !1 &&
t.tag(10, v.Varint).bool(e.isReadOnly);
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const Ve = new Bv;
class Ov extends Z {
constructor() {
super (
'hypurr.HyperliquidPublicWallet',
[
{
no: 1,
name: 'ethereum_address',
kind: 'scalar',
T: 9
}
]
)
}
create(e) {
const t = {
ethereumAddress: ''
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.ethereumAddress = e.string();
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.ethereumAddress !== '' &&
t.tag(1, v.LengthDelimited).string(e.ethereumAddress);
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const bi = new Ov;
class Dv extends Z {
constructor() {
super (
'hypurr.HyperliquidWalletMovement',
[
{
no: 1,
name: 'telegram_id',
kind: 'message',
T: () => be
},
{
no: 2,
name: 'wallet',
kind: 'message',
T: () => Ve
},
{
no: 3,
name: 'wallet_id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 4,
name: 'hash',
kind: 'scalar',
T: 9
},
{
no: 5,
name: 'type',
kind: 'scalar',
T: 9
},
{
no: 6,
name: 'token_id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 7,
name: 'token',
kind: 'message',
T: () => lt
},
{
no: 8,
name: 'amount',
kind: 'scalar',
T: 1
},
{
no: 9,
name: 'usdc_value',
kind: 'scalar',
T: 1
},
{
no: 10,
name: 'destination',
kind: 'scalar',
T: 9
},
{
no: 11,
name: 'fee',
kind: 'scalar',
T: 1
},
{
no: 12,
name: 'timestamp',
kind: 'message',
T: () => be
}
]
)
}
create(e) {
const t = {
walletId: 0,
hash: '',
type: '',
tokenId: 0,
amount: 0,
usdcValue: 0,
destination: '',
fee: 0
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.telegramId = be.internalBinaryRead(e, e.uint32(), n, r.telegramId);
break;
case 2:
r.wallet = Ve.internalBinaryRead(e, e.uint32(), n, r.wallet);
break;
case 3:
r.walletId = e.int64().toNumber();
break;
case 4:
r.hash = e.string();
break;
case 5:
r.type = e.string();
break;
case 6:
r.tokenId = e.int64().toNumber();
break;
case 7:
r.token = lt.internalBinaryRead(e, e.uint32(), n, r.token);
break;
case 8:
r.amount = e.double();
break;
case 9:
r.usdcValue = e.double();
break;
case 10:
r.destination = e.string();
break;
case 11:
r.fee = e.double();
break;
case 12:
r.timestamp = be.internalBinaryRead(e, e.uint32(), n, r.timestamp);
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.telegramId &&
be.internalBinaryWrite(e.telegramId, t.tag(1, v.LengthDelimited).fork(), n).join(),
e.wallet &&
Ve.internalBinaryWrite(e.wallet, t.tag(2, v.LengthDelimited).fork(), n).join(),
e.walletId !== 0 &&
t.tag(3, v.Varint).int64(e.walletId),
e.hash !== '' &&
t.tag(4, v.LengthDelimited).string(e.hash),
e.type !== '' &&
t.tag(5, v.LengthDelimited).string(e.type),
e.tokenId !== 0 &&
t.tag(6, v.Varint).int64(e.tokenId),
e.token &&
lt.internalBinaryWrite(e.token, t.tag(7, v.LengthDelimited).fork(), n).join(),
e.amount !== 0 &&
t.tag(8, v.Bit64).double(e.amount),
e.usdcValue !== 0 &&
t.tag(9, v.Bit64).double(e.usdcValue),
e.destination !== '' &&
t.tag(10, v.LengthDelimited).string(e.destination),
e.fee !== 0 &&
t.tag(11, v.Bit64).double(e.fee),
e.timestamp &&
be.internalBinaryWrite(e.timestamp, t.tag(12, v.LengthDelimited).fork(), n).join();
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const Rn = new Dv;
class Fv extends Z {
constructor() {
super (
'hypurr.HyperliquidWalletBalance',
[
{
no: 1,
name: 'telegram_id',
kind: 'message',
T: () => be
},
{
no: 2,
name: 'wallet_id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 3,
name: 'token_id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 4,
name: 'balance',
kind: 'scalar',
T: 1
}
]
)
}
create(e) {
const t = {
walletId: 0,
tokenId: 0,
balance: 0
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.telegramId = be.internalBinaryRead(e, e.uint32(), n, r.telegramId);
break;
case 2:
r.walletId = e.int64().toNumber();
break;
case 3:
r.tokenId = e.int64().toNumber();
break;
case 4:
r.balance = e.double();
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.telegramId &&
be.internalBinaryWrite(e.telegramId, t.tag(1, v.LengthDelimited).fork(), n).join(),
e.walletId !== 0 &&
t.tag(2, v.Varint).int64(e.walletId),
e.tokenId !== 0 &&
t.tag(3, v.Varint).int64(e.tokenId),
e.balance !== 0 &&
t.tag(4, v.Bit64).double(e.balance);
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const Bn = new Fv;
class Av extends Z {
constructor() {
super (
'hypurr.HyperliquidLaunchBalance',
[
{
no: 1,
name: 'telegram_id',
kind: 'message',
T: () => be
},
{
no: 2,
name: 'wallet_id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 3,
name: 'launch_id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 4,
name: 'balance',
kind: 'scalar',
T: 3,
L: 2
}
]
)
}
create(e) {
const t = {
walletId: 0,
launchId: 0,
balance: 0
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.telegramId = be.internalBinaryRead(e, e.uint32(), n, r.telegramId);
break;
case 2:
r.walletId = e.int64().toNumber();
break;
case 3:
r.launchId = e.int64().toNumber();
break;
case 4:
r.balance = e.int64().toNumber();
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.telegramId &&
be.internalBinaryWrite(e.telegramId, t.tag(1, v.LengthDelimited).fork(), n).join(),
e.walletId !== 0 &&
t.tag(2, v.Varint).int64(e.walletId),
e.launchId !== 0 &&
t.tag(3, v.Varint).int64(e.launchId),
e.balance !== 0 &&
t.tag(4, v.Varint).int64(e.balance);
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const Ka = new Av;
class Vv extends Z {
constructor() {
super (
'hypurr.HyperliquidWalletDeploySession',
[
{
no: 1,
name: 'id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 2,
name: 'telegram_id',
kind: 'message',
T: () => be
},
{
no: 3,
name: 'step',
kind: 'scalar',
T: 5
},
{
no: 4,
name: 'token_name',
kind: 'scalar',
T: 9
},
{
no: 5,
name: 'full_name',
kind: 'scalar',
T: 9
},
{
no: 6,
name: 'token_decimals',
kind: 'scalar',
T: 5
},
{
no: 7,
name: 'token_wei',
kind: 'scalar',
T: 5
},
{
no: 8,
name: 'token_supply',
kind: 'scalar',
T: 1
},
{
no: 9,
name: 'start_market_cap',
kind: 'scalar',
T: 5
},
{
no: 10,
name: 'anchor1_token_id',
kind: 'message',
T: () => be
},
{
no: 11,
name: 'anchor1_token',
kind: 'message',
T: () => lt
},
{
no: 12,
name: 'anchor2_token_id',
kind: 'message',
T: () => be
},
{
no: 13,
name: 'anchor2_token',
kind: 'message',
T: () => lt
},
{
no: 14,
name: 'token_id',
kind: 'message',
T: () => be
},
{
no: 15,
name: 'spot_pair_id',
kind: 'scalar',
T: 5
},
{
no: 16,
name: 'deploy_threshold',
kind: 'scalar',
T: 1
},
{
no: 17,
name: 'geneses',
kind: 'map',
K: 9,
V: {
kind: 'message',
T: () => lr
}
}
]
)
}
create(e) {
const t = {
id: 0,
step: 0,
tokenName: '',
fullName: '',
tokenDecimals: 0,
tokenWei: 0,
tokenSupply: 0,
startMarketCap: 0,
spotPairId: 0,
deployThreshold: 0,
geneses: {
}
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.id = e.int64().toNumber();
break;
case 2:
r.telegramId = be.internalBinaryRead(e, e.uint32(), n, r.telegramId);
break;
case 3:
r.step = e.int32();
break;
case 4:
r.tokenName = e.string();
break;
case 5:
r.fullName = e.string();
break;
case 6:
r.tokenDecimals = e.int32();
break;
case 7:
r.tokenWei = e.int32();
break;
case 8:
r.tokenSupply = e.double();
break;
case 9:
r.startMarketCap = e.int32();
break;
case 10:
r.anchor1TokenId = be.internalBinaryRead(e, e.uint32(), n, r.anchor1TokenId);
break;
case 11:
r.anchor1Token = lt.internalBinaryRead(e, e.uint32(), n, r.anchor1Token);
break;
case 12:
r.anchor2TokenId = be.internalBinaryRead(e, e.uint32(), n, r.anchor2TokenId);
break;
case 13:
r.anchor2Token = lt.internalBinaryRead(e, e.uint32(), n, r.anchor2Token);
break;
case 14:
r.tokenId = be.internalBinaryRead(e, e.uint32(), n, r.tokenId);
break;
case 15:
r.spotPairId = e.int32();
break;
case 16:
r.deployThreshold = e.double();
break;
case 17:
this.binaryReadMap17(r.geneses, e, n);
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
binaryReadMap17(e, t, n) {
let s = t.uint32(),
r = t.pos + s,
a,
l;
for (; t.pos < r; ) {
let[o,
u] = t.tag();
switch (o) {
case 1:
a = t.string();
break;
case 2:
l = lr.internalBinaryRead(t, t.uint32(), n);
break;
default:
throw new globalThis.Error(
'unknown map entry field for field hypurr.HyperliquidWalletDeploySession.geneses'
)
}
}
e[a ?? ''] = l ?? lr.create()
}
internalBinaryWrite(e, t, n) {
e.id !== 0 &&
t.tag(1, v.Varint).int64(e.id),
e.telegramId &&
be.internalBinaryWrite(e.telegramId, t.tag(2, v.LengthDelimited).fork(), n).join(),
e.step !== 0 &&
t.tag(3, v.Varint).int32(e.step),
e.tokenName !== '' &&
t.tag(4, v.LengthDelimited).string(e.tokenName),
e.fullName !== '' &&
t.tag(5, v.LengthDelimited).string(e.fullName),
e.tokenDecimals !== 0 &&
t.tag(6, v.Varint).int32(e.tokenDecimals),
e.tokenWei !== 0 &&
t.tag(7, v.Varint).int32(e.tokenWei),
e.tokenSupply !== 0 &&
t.tag(8, v.Bit64).double(e.tokenSupply),
e.startMarketCap !== 0 &&
t.tag(9, v.Varint).int32(e.startMarketCap),
e.anchor1TokenId &&
be.internalBinaryWrite(e.anchor1TokenId, t.tag(10, v.LengthDelimited).fork(), n).join(),
e.anchor1Token &&
lt.internalBinaryWrite(e.anchor1Token, t.tag(11, v.LengthDelimited).fork(), n).join(),
e.anchor2TokenId &&
be.internalBinaryWrite(e.anchor2TokenId, t.tag(12, v.LengthDelimited).fork(), n).join(),
e.anchor2Token &&
lt.internalBinaryWrite(e.anchor2Token, t.tag(13, v.LengthDelimited).fork(), n).join(),
e.tokenId &&
be.internalBinaryWrite(e.tokenId, t.tag(14, v.LengthDelimited).fork(), n).join(),
e.spotPairId !== 0 &&
t.tag(15, v.Varint).int32(e.spotPairId),
e.deployThreshold !== 0 &&
t.tag(16, v.Bit64).double(e.deployThreshold);
for (let r of Object.keys(e.geneses)) t.tag(17, v.LengthDelimited).fork().tag(1, v.LengthDelimited).string(r),
t.tag(2, v.LengthDelimited).fork(),
lr.internalBinaryWrite(e.geneses[r], t, n),
t.join().join();
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const Ut = new Vv;
class zv extends Z {
constructor() {
super (
'hypurr.HyperliquidWalletDeploySessionGenesis',
[
{
no: 1,
name: 'target',
kind: 'scalar',
T: 9
},
{
no: 2,
name: 'share',
kind: 'scalar',
T: 5
}
]
)
}
create(e) {
const t = {
target: '',
share: 0
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.target = e.string();
break;
case 2:
r.share = e.int32();
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.target !== '' &&
t.tag(1, v.LengthDelimited).string(e.target),
e.share !== 0 &&
t.tag(2, v.Varint).int32(e.share);
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const lr = new zv;
class Wv extends Z {
constructor() {
super (
'hypurr.HyperliquidLaunch',
[
{
no: 1,
name: 'id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 2,
name: 'telegram_id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 3,
name: 'telegram_user',
kind: 'message',
T: () => Ht
},
{
no: 4,
name: 'description',
kind: 'scalar',
T: 9
},
{
no: 5,
name: 'listed',
kind: 'scalar',
T: 8
},
{
no: 6,
name: 'settled',
kind: 'scalar',
T: 8
},
{
no: 7,
name: 'x0',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 8,
name: 'session_id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 9,
name: 'session',
kind: 'message',
T: () => Ut
},
{
no: 10,
name: 'media_file_id',
kind: 'scalar',
T: 9
},
{
no: 11,
name: 'topic_id',
kind: 'message',
T: () => be
},
{
no: 12,
name: 'x',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 13,
name: 'y',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 14,
name: 'k',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 15,
name: 'fills',
kind: 'message',
repeat: 1,
T: () => Ei
},
{
no: 16,
name: 'daily_ntl_volume',
kind: 'scalar',
T: 1
},
{
no: 17,
name: 'previous_day_px',
kind: 'scalar',
T: 1
},
{
no: 18,
name: 'last_event_timestamp',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 19,
name: 'pool_type',
kind: 'enum',
T: () => ['hypurr.HyperliquidLaunchPoolType',
Gt]
},
{
no: 20,
name: 'decimals',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 21,
name: 'session_wallet',
kind: 'message',
T: () => bi
},
{
no: 22,
name: 'media_type',
kind: 'scalar',
T: 9
},
{
no: 23,
name: 'listed_timestamp',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 24,
name: 'dev_wallet',
kind: 'message',
T: () => bi
}
]
)
}
create(e) {
const t = {
id: 0,
telegramId: 0,
description: '',
listed: !1,
settled: !1,
x0: 0,
sessionId: 0,
mediaFileId: '',
x: 0,
y: 0,
k: 0,
fills: [],
dailyNtlVolume: 0,
previousDayPx: 0,
lastEventTimestamp: 0,
poolType: 0,
decimals: 0,
mediaType: '',
listedTimestamp: 0
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.id = e.int64().toNumber();
break;
case 2:
r.telegramId = e.int64().toNumber();
break;
case 3:
r.telegramUser = Ht.internalBinaryRead(e, e.uint32(), n, r.telegramUser);
break;
case 4:
r.description = e.string();
break;
case 5:
r.listed = e.bool();
break;
case 6:
r.settled = e.bool();
break;
case 7:
r.x0 = e.int64().toNumber();
break;
case 8:
r.sessionId = e.int64().toNumber();
break;
case 9:
r.session = Ut.internalBinaryRead(e, e.uint32(), n, r.session);
break;
case 10:
r.mediaFileId = e.string();
break;
case 11:
r.topicId = be.internalBinaryRead(e, e.uint32(), n, r.topicId);
break;
case 12:
r.x = e.int64().toNumber();
break;
case 13:
r.y = e.int64().toNumber();
break;
case 14:
r.k = e.int64().toNumber();
break;
case 15:
r.fills.push(Ei.internalBinaryRead(e, e.uint32(), n));
break;
case 16:
r.dailyNtlVolume = e.double();
break;
case 17:
r.previousDayPx = e.double();
break;
case 18:
r.lastEventTimestamp = e.int64().toNumber();
break;
case 19:
r.poolType = e.int32();
break;
case 20:
r.decimals = e.int64().toNumber();
break;
case 21:
r.sessionWallet = bi.internalBinaryRead(e, e.uint32(), n, r.sessionWallet);
break;
case 22:
r.mediaType = e.string();
break;
case 23:
r.listedTimestamp = e.int64().toNumber();
break;
case 24:
r.devWallet = bi.internalBinaryRead(e, e.uint32(), n, r.devWallet);
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.id !== 0 &&
t.tag(1, v.Varint).int64(e.id),
e.telegramId !== 0 &&
t.tag(2, v.Varint).int64(e.telegramId),
e.telegramUser &&
Ht.internalBinaryWrite(e.telegramUser, t.tag(3, v.LengthDelimited).fork(), n).join(),
e.description !== '' &&
t.tag(4, v.LengthDelimited).string(e.description),
e.listed !== !1 &&
t.tag(5, v.Varint).bool(e.listed),
e.settled !== !1 &&
t.tag(6, v.Varint).bool(e.settled),
e.x0 !== 0 &&
t.tag(7, v.Varint).int64(e.x0),
e.sessionId !== 0 &&
t.tag(8, v.Varint).int64(e.sessionId),
e.session &&
Ut.internalBinaryWrite(e.session, t.tag(9, v.LengthDelimited).fork(), n).join(),
e.mediaFileId !== '' &&
t.tag(10, v.LengthDelimited).string(e.mediaFileId),
e.topicId &&
be.internalBinaryWrite(e.topicId, t.tag(11, v.LengthDelimited).fork(), n).join(),
e.x !== 0 &&
t.tag(12, v.Varint).int64(e.x),
e.y !== 0 &&
t.tag(13, v.Varint).int64(e.y),
e.k !== 0 &&
t.tag(14, v.Varint).int64(e.k);
for (let r = 0; r < e.fills.length; r++) Ei.internalBinaryWrite(e.fills[r], t.tag(15, v.LengthDelimited).fork(), n).join();
e.dailyNtlVolume !== 0 &&
t.tag(16, v.Bit64).double(e.dailyNtlVolume),
e.previousDayPx !== 0 &&
t.tag(17, v.Bit64).double(e.previousDayPx),
e.lastEventTimestamp !== 0 &&
t.tag(18, v.Varint).int64(e.lastEventTimestamp),
e.poolType !== 0 &&
t.tag(19, v.Varint).int32(e.poolType),
e.decimals !== 0 &&
t.tag(20, v.Varint).int64(e.decimals),
e.sessionWallet &&
bi.internalBinaryWrite(e.sessionWallet, t.tag(21, v.LengthDelimited).fork(), n).join(),
e.mediaType !== '' &&
t.tag(22, v.LengthDelimited).string(e.mediaType),
e.listedTimestamp !== 0 &&
t.tag(23, v.Varint).int64(e.listedTimestamp),
e.devWallet &&
bi.internalBinaryWrite(e.devWallet, t.tag(24, v.LengthDelimited).fork(), n).join();
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const jt = new Wv;
class Uv extends Z {
constructor() {
super (
'hypurr.HyperliquidLaunchFill',
[
{
no: 1,
name: 'launch_id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 2,
name: 'telegram_id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 3,
name: 'telegram',
kind: 'message',
T: () => Ht
},
{
no: 4,
name: 'wallet',
kind: 'message',
T: () => bi
},
{
no: 5,
name: 'usdc_delta',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 6,
name: 'launch_delta',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 7,
name: 'timestamp',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 8,
name: 'movement_hash',
kind: 'message',
T: () => ut
},
{
no: 9,
name: 'id',
kind: 'scalar',
T: 3,
L: 2
}
]
)
}
create(e) {
const t = {
launchId: 0,
telegramId: 0,
usdcDelta: 0,
launchDelta: 0,
timestamp: 0,
id: 0
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.launchId = e.int64().toNumber();
break;
case 2:
r.telegramId = e.int64().toNumber();
break;
case 3:
r.telegram = Ht.internalBinaryRead(e, e.uint32(), n, r.telegram);
break;
case 4:
r.wallet = bi.internalBinaryRead(e, e.uint32(), n, r.wallet);
break;
case 5:
r.usdcDelta = e.int64().toNumber();
break;
case 6:
r.launchDelta = e.int64().toNumber();
break;
case 7:
r.timestamp = e.int64().toNumber();
break;
case 8:
r.movementHash = ut.internalBinaryRead(e, e.uint32(), n, r.movementHash);
break;
case 9:
r.id = e.int64().toNumber();
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.launchId !== 0 &&
t.tag(1, v.Varint).int64(e.launchId),
e.telegramId !== 0 &&
t.tag(2, v.Varint).int64(e.telegramId),
e.telegram &&
Ht.internalBinaryWrite(e.telegram, t.tag(3, v.LengthDelimited).fork(), n).join(),
e.wallet &&
bi.internalBinaryWrite(e.wallet, t.tag(4, v.LengthDelimited).fork(), n).join(),
e.usdcDelta !== 0 &&
t.tag(5, v.Varint).int64(e.usdcDelta),
e.launchDelta !== 0 &&
t.tag(6, v.Varint).int64(e.launchDelta),
e.timestamp !== 0 &&
t.tag(7, v.Varint).int64(e.timestamp),
e.movementHash &&
ut.internalBinaryWrite(e.movementHash, t.tag(8, v.LengthDelimited).fork(), n).join(),
e.id !== 0 &&
t.tag(9, v.Varint).int64(e.id);
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const Ei = new Uv;
class jv extends Z {
constructor() {
super (
'hypurr.TelegramUserPublic',
[
{
no: 1,
name: 'id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 2,
name: 'username',
kind: 'scalar',
T: 9
},
{
no: 3,
name: 'picture_file_id',
kind: 'scalar',
T: 9
},
{
no: 4,
name: 'reputation_score',
kind: 'scalar',
T: 3,
L: 2
}
]
)
}
create(e) {
const t = {
id: 0,
username: '',
pictureFileId: '',
reputationScore: 0
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.id = e.int64().toNumber();
break;
case 2:
r.username = e.string();
break;
case 3:
r.pictureFileId = e.string();
break;
case 4:
r.reputationScore = e.int64().toNumber();
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.id !== 0 &&
t.tag(1, v.Varint).int64(e.id),
e.username !== '' &&
t.tag(2, v.LengthDelimited).string(e.username),
e.pictureFileId !== '' &&
t.tag(3, v.LengthDelimited).string(e.pictureFileId),
e.reputationScore !== 0 &&
t.tag(4, v.Varint).int64(e.reputationScore);
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const Ht = new jv;
class Hv extends Z {
constructor() {
super (
'hypurr.HyperliquidDeployAuction',
[
{
no: 1,
name: 'start_time',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 2,
name: 'duration',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 3,
name: 'start_gas',
kind: 'scalar',
T: 1
},
{
no: 4,
name: 'current_gas',
kind: 'message',
T: () => wn
},
{
no: 5,
name: 'end_gas',
kind: 'message',
T: () => wn
}
]
)
}
create(e) {
const t = {
startTime: 0,
duration: 0,
startGas: 0
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.startTime = e.int64().toNumber();
break;
case 2:
r.duration = e.int64().toNumber();
break;
case 3:
r.startGas = e.double();
break;
case 4:
r.currentGas = wn.internalBinaryRead(e, e.uint32(), n, r.currentGas);
break;
case 5:
r.endGas = wn.internalBinaryRead(e, e.uint32(), n, r.endGas);
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.startTime !== 0 &&
t.tag(1, v.Varint).int64(e.startTime),
e.duration !== 0 &&
t.tag(2, v.Varint).int64(e.duration),
e.startGas !== 0 &&
t.tag(3, v.Bit64).double(e.startGas),
e.currentGas &&
wn.internalBinaryWrite(e.currentGas, t.tag(4, v.LengthDelimited).fork(), n).join(),
e.endGas &&
wn.internalBinaryWrite(e.endGas, t.tag(5, v.LengthDelimited).fork(), n).join();
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const Xa = new Hv;
class qv extends Z {
constructor() {
super ('hypurr.HyperliquidDeployAuctionRequest', [])
}
create(e) {
const t = {};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
return s ?? this.create()
}
internalBinaryWrite(e, t, n) {
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const Gv = new qv;
class Kv extends Z {
constructor() {
super (
'hypurr.HyperliquidDeployAuctionResponse',
[
{
no: 1,
name: 'auction',
kind: 'message',
T: () => Xa
}
]
)
}
create(e) {
const t = {};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.auction = Xa.internalBinaryRead(e, e.uint32(), n, r.auction);
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.auction &&
Xa.internalBinaryWrite(e.auction, t.tag(1, v.LengthDelimited).fork(), n).join();
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const Xv = new Kv;
class Jv extends Z {
constructor() {
super ('hypurr.HyperliquidTokensRequest', [])
}
create(e) {
const t = {};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
return s ?? this.create()
}
internalBinaryWrite(e, t, n) {
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const Yv = new Jv;
class Qv extends Z {
constructor() {
super (
'hypurr.HyperliquidTokensResponse',
[
{
no: 1,
name: 'tokens',
kind: 'message',
repeat: 1,
T: () => lt
}
]
)
}
create(e) {
const t = {
tokens: []
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.tokens.push(lt.internalBinaryRead(e, e.uint32(), n));
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
for (let r = 0; r < e.tokens.length; r++) lt.internalBinaryWrite(e.tokens[r], t.tag(1, v.LengthDelimited).fork(), n).join();
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const Zv = new Qv;
class eb extends Z {
constructor() {
super (
'hypurr.HyperliquidTokenMessage',
[
{
no: 1,
name: 'id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 2,
name: 'timestamp',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 3,
name: 'token_id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 4,
name: 'telegram_id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 5,
name: 'author',
kind: 'message',
T: () => Ht
},
{
no: 6,
name: 'chat_id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 7,
name: 'topic_id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 8,
name: 'message',
kind: 'scalar',
T: 9
}
]
)
}
create(e) {
const t = {
id: 0,
timestamp: 0,
tokenId: 0,
telegramId: 0,
chatId: 0,
topicId: 0,
message: ''
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.id = e.int64().toNumber();
break;
case 2:
r.timestamp = e.int64().toNumber();
break;
case 3:
r.tokenId = e.int64().toNumber();
break;
case 4:
r.telegramId = e.int64().toNumber();
break;
case 5:
r.author = Ht.internalBinaryRead(e, e.uint32(), n, r.author);
break;
case 6:
r.chatId = e.int64().toNumber();
break;
case 7:
r.topicId = e.int64().toNumber();
break;
case 8:
r.message = e.string();
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.id !== 0 &&
t.tag(1, v.Varint).int64(e.id),
e.timestamp !== 0 &&
t.tag(2, v.Varint).int64(e.timestamp),
e.tokenId !== 0 &&
t.tag(3, v.Varint).int64(e.tokenId),
e.telegramId !== 0 &&
t.tag(4, v.Varint).int64(e.telegramId),
e.author &&
Ht.internalBinaryWrite(e.author, t.tag(5, v.LengthDelimited).fork(), n).join(),
e.chatId !== 0 &&
t.tag(6, v.Varint).int64(e.chatId),
e.topicId !== 0 &&
t.tag(7, v.Varint).int64(e.topicId),
e.message !== '' &&
t.tag(8, v.LengthDelimited).string(e.message);
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const Ja = new eb;
class tb extends Z {
constructor() {
super (
'hypurr.HyperliquidTokenMessagesRequest',
[
{
no: 1,
name: 'token_id',
kind: 'scalar',
T: 3,
L: 2
}
]
)
}
create(e) {
const t = {
tokenId: 0
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.tokenId = e.int64().toNumber();
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.tokenId !== 0 &&
t.tag(1, v.Varint).int64(e.tokenId);
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const ib = new tb;
class nb extends Z {
constructor() {
super (
'hypurr.HyperliquidTokenMessagesResponse',
[
{
no: 1,
name: 'messages',
kind: 'message',
repeat: 1,
T: () => Ja
}
]
)
}
create(e) {
const t = {
messages: []
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.messages.push(Ja.internalBinaryRead(e, e.uint32(), n));
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
for (let r = 0; r < e.messages.length; r++) Ja.internalBinaryWrite(e.messages[r], t.tag(1, v.LengthDelimited).fork(), n).join();
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const sb = new nb;
class rb extends Z {
constructor() {
super (
'hypurr.HyperliquidSpotPairRequest',
[
{
no: 1,
name: 'id',
kind: 'scalar',
T: 3,
L: 2
}
]
)
}
create(e) {
const t = {
id: 0
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.id = e.int64().toNumber();
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.id !== 0 &&
t.tag(1, v.Varint).int64(e.id);
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const ab = new rb;
class lb extends Z {
constructor() {
super (
'hypurr.HyperliquidSpotPairResponse',
[
{
no: 1,
name: 'pair',
kind: 'message',
T: () => Mn
}
]
)
}
create(e) {
const t = {};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.pair = Mn.internalBinaryRead(e, e.uint32(), n, r.pair);
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.pair &&
Mn.internalBinaryWrite(e.pair, t.tag(1, v.LengthDelimited).fork(), n).join();
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const ob = new lb;
class ub extends Z {
constructor() {
super ('hypurr.HyperliquidSpotPairsRequest', [])
}
create(e) {
const t = {};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
return s ?? this.create()
}
internalBinaryWrite(e, t, n) {
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const cb = new ub;
class hb extends Z {
constructor() {
super (
'hypurr.HyperliquidSpotPairsResponse',
[
{
no: 1,
name: 'pairs',
kind: 'message',
repeat: 1,
T: () => Mn
}
]
)
}
create(e) {
const t = {
pairs: []
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.pairs.push(Mn.internalBinaryRead(e, e.uint32(), n));
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
for (let r = 0; r < e.pairs.length; r++) Mn.internalBinaryWrite(e.pairs[r], t.tag(1, v.LengthDelimited).fork(), n).join();
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const db = new hb;
class fb extends Z {
constructor() {
super ('hypurr.HyperliquidPerpPairsRequest', [])
}
create(e) {
const t = {};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
return s ?? this.create()
}
internalBinaryWrite(e, t, n) {
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const pb = new fb;
class mb extends Z {
constructor() {
super (
'hypurr.HyperliquidPerpPairsResponse',
[
{
no: 1,
name: 'pairs',
kind: 'message',
repeat: 1,
T: () => Ga
}
]
)
}
create(e) {
const t = {
pairs: []
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.pairs.push(Ga.internalBinaryRead(e, e.uint32(), n));
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
for (let r = 0; r < e.pairs.length; r++) Ga.internalBinaryWrite(e.pairs[r], t.tag(1, v.LengthDelimited).fork(), n).join();
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const gb = new mb;
class yb extends Z {
constructor() {
super (
'hypurr.HyperliquidWalletRequest',
[
{
no: 1,
name: 'ethereum_address',
kind: 'message',
T: () => ut
}
]
)
}
create(e) {
const t = {};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.ethereumAddress = ut.internalBinaryRead(e, e.uint32(), n, r.ethereumAddress);
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.ethereumAddress &&
ut.internalBinaryWrite(e.ethereumAddress, t.tag(1, v.LengthDelimited).fork(), n).join();
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const vb = new yb;
class bb extends Z {
constructor() {
super (
'hypurr.HyperliquidWalletResponse',
[
{
no: 1,
name: 'wallet',
kind: 'message',
T: () => Ve
}
]
)
}
create(e) {
const t = {};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.wallet = Ve.internalBinaryRead(e, e.uint32(), n, r.wallet);
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.wallet &&
Ve.internalBinaryWrite(e.wallet, t.tag(1, v.LengthDelimited).fork(), n).join();
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const wb = new bb;
class kb extends Z {
constructor() {
super ('hypurr.HyperliquidLaunchesRequest', [])
}
create(e) {
const t = {};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
return s ?? this.create()
}
internalBinaryWrite(e, t, n) {
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const _b = new kb;
class xb extends Z {
constructor() {
super (
'hypurr.HyperliquidLaunchesResponse',
[
{
no: 1,
name: 'launches',
kind: 'message',
repeat: 1,
T: () => jt
}
]
)
}
create(e) {
const t = {
launches: []
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.launches.push(jt.internalBinaryRead(e, e.uint32(), n));
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
for (let r = 0; r < e.launches.length; r++) jt.internalBinaryWrite(e.launches[r], t.tag(1, v.LengthDelimited).fork(), n).join();
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const Tb = new xb;
class Sb extends Z {
constructor() {
super (
'hypurr.HyperliquidLaunchStreamRequest',
[
{
no: 1,
name: 'launch_id',
kind: 'message',
T: () => be
}
]
)
}
create(e) {
const t = {};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.launchId = be.internalBinaryRead(e, e.uint32(), n, r.launchId);
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.launchId &&
be.internalBinaryWrite(e.launchId, t.tag(1, v.LengthDelimited).fork(), n).join();
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const Eb = new Sb;
class Cb extends Z {
constructor() {
super (
'hypurr.HyperliquidLaunchStreamResponse',
[
{
no: 1,
name: 'launches',
kind: 'message',
repeat: 1,
T: () => jt
}
]
)
}
create(e) {
const t = {
launches: []
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.launches.push(jt.internalBinaryRead(e, e.uint32(), n));
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
for (let r = 0; r < e.launches.length; r++) jt.internalBinaryWrite(e.launches[r], t.tag(1, v.LengthDelimited).fork(), n).join();
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const $b = new Cb;
class Lb extends Z {
constructor() {
super (
'hypurr.HyperliquidWalletDeploySessionsRequest',
[
{
no: 1,
name: 'telegram_id',
kind: 'message',
T: () => be
},
{
no: 2,
name: 'wallet_id',
kind: 'message',
T: () => be
},
{
no: 3,
name: 'session_id',
kind: 'message',
T: () => be
},
{
no: 4,
name: 'ethereum_address',
kind: 'message',
T: () => ut
}
]
)
}
create(e) {
const t = {};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.telegramId = be.internalBinaryRead(e, e.uint32(), n, r.telegramId);
break;
case 2:
r.walletId = be.internalBinaryRead(e, e.uint32(), n, r.walletId);
break;
case 3:
r.sessionId = be.internalBinaryRead(e, e.uint32(), n, r.sessionId);
break;
case 4:
r.ethereumAddress = ut.internalBinaryRead(e, e.uint32(), n, r.ethereumAddress);
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.telegramId &&
be.internalBinaryWrite(e.telegramId, t.tag(1, v.LengthDelimited).fork(), n).join(),
e.walletId &&
be.internalBinaryWrite(e.walletId, t.tag(2, v.LengthDelimited).fork(), n).join(),
e.sessionId &&
be.internalBinaryWrite(e.sessionId, t.tag(3, v.LengthDelimited).fork(), n).join(),
e.ethereumAddress &&
ut.internalBinaryWrite(e.ethereumAddress, t.tag(4, v.LengthDelimited).fork(), n).join();
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const Pb = new Lb;
class Ib extends Z {
constructor() {
super (
'hypurr.HyperliquidWalletDeploySessionsResponse',
[
{
no: 1,
name: 'sessions',
kind: 'message',
repeat: 1,
T: () => Ut
}
]
)
}
create(e) {
const t = {
sessions: []
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.sessions.push(Ut.internalBinaryRead(e, e.uint32(), n));
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
for (let r = 0; r < e.sessions.length; r++) Ut.internalBinaryWrite(e.sessions[r], t.tag(1, v.LengthDelimited).fork(), n).join();
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const Nb = new Ib;
class Mb extends Z {
constructor() {
super (
'hypurr.SetHyperliquidWalletDeploySessionTargetRequest',
[
{
no: 1,
name: 'ethereum_address',
kind: 'message',
T: () => ut
},
{
no: 2,
name: 'session_id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 3,
name: 'name',
kind: 'scalar',
T: 9
},
{
no: 4,
name: 'target',
kind: 'scalar',
T: 9
},
{
no: 5,
name: 'share',
kind: 'scalar',
T: 5
}
]
)
}
create(e) {
const t = {
sessionId: 0,
name: '',
target: '',
share: 0
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.ethereumAddress = ut.internalBinaryRead(e, e.uint32(), n, r.ethereumAddress);
break;
case 2:
r.sessionId = e.int64().toNumber();
break;
case 3:
r.name = e.string();
break;
case 4:
r.target = e.string();
break;
case 5:
r.share = e.int32();
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.ethereumAddress &&
ut.internalBinaryWrite(e.ethereumAddress, t.tag(1, v.LengthDelimited).fork(), n).join(),
e.sessionId !== 0 &&
t.tag(2, v.Varint).int64(e.sessionId),
e.name !== '' &&
t.tag(3, v.LengthDelimited).string(e.name),
e.target !== '' &&
t.tag(4, v.LengthDelimited).string(e.target),
e.share !== 0 &&
t.tag(5, v.Varint).int32(e.share);
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const Rb = new Mb;
class Bb extends Z {
constructor() {
super (
'hypurr.SetHyperliquidWalletDeploySessionTargetResponse',
[
{
no: 1,
name: 'session',
kind: 'message',
T: () => Ut
}
]
)
}
create(e) {
const t = {};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.session = Ut.internalBinaryRead(e, e.uint32(), n, r.session);
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.session &&
Ut.internalBinaryWrite(e.session, t.tag(1, v.LengthDelimited).fork(), n).join();
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const Ob = new Bb;
class Db extends Z {
constructor() {
super (
'hypurr.DeleteHyperliquidWalletDeploySessionTargetRequest',
[
{
no: 1,
name: 'ethereum_address',
kind: 'message',
T: () => ut
},
{
no: 2,
name: 'session_id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 3,
name: 'name',
kind: 'scalar',
T: 9
}
]
)
}
create(e) {
const t = {
sessionId: 0,
name: ''
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.ethereumAddress = ut.internalBinaryRead(e, e.uint32(), n, r.ethereumAddress);
break;
case 2:
r.sessionId = e.int64().toNumber();
break;
case 3:
r.name = e.string();
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.ethereumAddress &&
ut.internalBinaryWrite(e.ethereumAddress, t.tag(1, v.LengthDelimited).fork(), n).join(),
e.sessionId !== 0 &&
t.tag(2, v.Varint).int64(e.sessionId),
e.name !== '' &&
t.tag(3, v.LengthDelimited).string(e.name);
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const Fb = new Db;
class Ab extends Z {
constructor() {
super (
'hypurr.DeleteHyperliquidWalletDeploySessionTargetResponse',
[
{
no: 1,
name: 'session',
kind: 'message',
T: () => Ut
}
]
)
}
create(e) {
const t = {};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.session = Ut.internalBinaryRead(e, e.uint32(), n, r.session);
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.session &&
Ut.internalBinaryWrite(e.session, t.tag(1, v.LengthDelimited).fork(), n).join();
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const Vb = new Ab;
class zb extends Z {
constructor() {
super (
'hypurr.HyperliquidLaunchFillsRequest',
[
{
no: 1,
name: 'launch_id',
kind: 'message',
T: () => be
}
]
)
}
create(e) {
const t = {};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.launchId = be.internalBinaryRead(e, e.uint32(), n, r.launchId);
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.launchId &&
be.internalBinaryWrite(e.launchId, t.tag(1, v.LengthDelimited).fork(), n).join();
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const Wb = new zb;
class Ub extends Z {
constructor() {
super (
'hypurr.HyperliquidLaunchFillsResponse',
[
{
no: 1,
name: 'fills',
kind: 'message',
repeat: 1,
T: () => Ei
},
{
no: 2,
name: 'positions',
kind: 'message',
repeat: 1,
T: () => Ya
}
]
)
}
create(e) {
const t = {
fills: [],
positions: []
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.fills.push(Ei.internalBinaryRead(e, e.uint32(), n));
break;
case 2:
r.positions.push(Ya.internalBinaryRead(e, e.uint32(), n));
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
for (let r = 0; r < e.fills.length; r++) Ei.internalBinaryWrite(e.fills[r], t.tag(1, v.LengthDelimited).fork(), n).join();
for (let r = 0; r < e.positions.length; r++) Ya.internalBinaryWrite(e.positions[r], t.tag(2, v.LengthDelimited).fork(), n).join();
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const Nc = new Ub;
class jb extends Z {
constructor() {
super (
'hypurr.HyperliquidLaunchPosition',
[
{
no: 1,
name: 'address',
kind: 'scalar',
T: 9
},
{
no: 2,
name: 'balance',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 3,
name: 'cost',
kind: 'scalar',
T: 3,
L: 2
}
]
)
}
create(e) {
const t = {
address: '',
balance: 0,
cost: 0
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.address = e.string();
break;
case 2:
r.balance = e.int64().toNumber();
break;
case 3:
r.cost = e.int64().toNumber();
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.address !== '' &&
t.tag(1, v.LengthDelimited).string(e.address),
e.balance !== 0 &&
t.tag(2, v.Varint).int64(e.balance),
e.cost !== 0 &&
t.tag(3, v.Varint).int64(e.cost);
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const Ya = new jb;
class Hb extends Z {
constructor() {
super (
'hypurr.HyperliquidLaunchCandlesRequest',
[
{
no: 1,
name: 'launch_id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 2,
name: 'interval',
kind: 'scalar',
T: 9
}
]
)
}
create(e) {
const t = {
launchId: 0,
interval: ''
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.launchId = e.int64().toNumber();
break;
case 2:
r.interval = e.string();
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.launchId !== 0 &&
t.tag(1, v.Varint).int64(e.launchId),
e.interval !== '' &&
t.tag(2, v.LengthDelimited).string(e.interval);
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const Mc = new Hb;
class qb extends Z {
constructor() {
super (
'hypurr.HyperliquidLaunchCandle',
[
{
no: 1,
name: 'time',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 2,
name: 'open',
kind: 'scalar',
T: 2
},
{
no: 3,
name: 'high',
kind: 'scalar',
T: 2
},
{
no: 4,
name: 'low',
kind: 'scalar',
T: 2
},
{
no: 5,
name: 'close',
kind: 'scalar',
T: 2
},
{
no: 6,
name: 'volume',
kind: 'scalar',
T: 2
}
]
)
}
create(e) {
const t = {
time: 0,
open: 0,
high: 0,
low: 0,
close: 0,
volume: 0
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.time = e.int64().toNumber();
break;
case 2:
r.open = e.float();
break;
case 3:
r.high = e.float();
break;
case 4:
r.low = e.float();
break;
case 5:
r.close = e.float();
break;
case 6:
r.volume = e.float();
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.time !== 0 &&
t.tag(1, v.Varint).int64(e.time),
e.open !== 0 &&
t.tag(2, v.Bit32).float(e.open),
e.high !== 0 &&
t.tag(3, v.Bit32).float(e.high),
e.low !== 0 &&
t.tag(4, v.Bit32).float(e.low),
e.close !== 0 &&
t.tag(5, v.Bit32).float(e.close),
e.volume !== 0 &&
t.tag(6, v.Bit32).float(e.volume);
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const Qa = new qb;
class Gb extends Z {
constructor() {
super (
'hypurr.HyperliquidLaunchCandlesResponse',
[
{
no: 1,
name: 'candles',
kind: 'message',
repeat: 1,
T: () => Qa
}
]
)
}
create(e) {
const t = {
candles: []
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.candles.push(Qa.internalBinaryRead(e, e.uint32(), n));
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
for (let r = 0; r < e.candles.length; r++) Qa.internalBinaryWrite(e.candles[r], t.tag(1, v.LengthDelimited).fork(), n).join();
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const Rc = new Gb;
class Kb extends Z {
constructor() {
super (
'hypurr.HyperliquidLaunchRequest',
[
{
no: 1,
name: 'id',
kind: 'scalar',
T: 3,
L: 2
}
]
)
}
create(e) {
const t = {
id: 0
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.id = e.int64().toNumber();
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.id !== 0 &&
t.tag(1, v.Varint).int64(e.id);
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const Xb = new Kb;
class Jb extends Z {
constructor() {
super (
'hypurr.HyperliquidLaunchResponse',
[
{
no: 1,
name: 'launch',
kind: 'message',
T: () => jt
}
]
)
}
create(e) {
const t = {};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.launch = jt.internalBinaryRead(e, e.uint32(), n, r.launch);
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.launch &&
jt.internalBinaryWrite(e.launch, t.tag(1, v.LengthDelimited).fork(), n).join();
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const Yb = new Jb;
class Qb extends Z {
constructor() {
super (
'hypurr.HyperliquidLaunchMessage',
[
{
no: 1,
name: 'id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 2,
name: 'timestamp',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 3,
name: 'launch_id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 4,
name: 'telegram_id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 5,
name: 'author',
kind: 'message',
T: () => Ht
},
{
no: 6,
name: 'chat_id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 7,
name: 'topic_id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 8,
name: 'message',
kind: 'scalar',
T: 9
}
]
)
}
create(e) {
const t = {
id: 0,
timestamp: 0,
launchId: 0,
telegramId: 0,
chatId: 0,
topicId: 0,
message: ''
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.id = e.int64().toNumber();
break;
case 2:
r.timestamp = e.int64().toNumber();
break;
case 3:
r.launchId = e.int64().toNumber();
break;
case 4:
r.telegramId = e.int64().toNumber();
break;
case 5:
r.author = Ht.internalBinaryRead(e, e.uint32(), n, r.author);
break;
case 6:
r.chatId = e.int64().toNumber();
break;
case 7:
r.topicId = e.int64().toNumber();
break;
case 8:
r.message = e.string();
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.id !== 0 &&
t.tag(1, v.Varint).int64(e.id),
e.timestamp !== 0 &&
t.tag(2, v.Varint).int64(e.timestamp),
e.launchId !== 0 &&
t.tag(3, v.Varint).int64(e.launchId),
e.telegramId !== 0 &&
t.tag(4, v.Varint).int64(e.telegramId),
e.author &&
Ht.internalBinaryWrite(e.author, t.tag(5, v.LengthDelimited).fork(), n).join(),
e.chatId !== 0 &&
t.tag(6, v.Varint).int64(e.chatId),
e.topicId !== 0 &&
t.tag(7, v.Varint).int64(e.topicId),
e.message !== '' &&
t.tag(8, v.LengthDelimited).string(e.message);
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const Za = new Qb;
class Zb extends Z {
constructor() {
super (
'hypurr.HyperliquidLaunchMessagesRequest',
[
{
no: 1,
name: 'launch_id',
kind: 'scalar',
T: 3,
L: 2
}
]
)
}
create(e) {
const t = {
launchId: 0
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.launchId = e.int64().toNumber();
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.launchId !== 0 &&
t.tag(1, v.Varint).int64(e.launchId);
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const ew = new Zb;
class tw extends Z {
constructor() {
super (
'hypurr.HyperliquidLaunchMessagesResponse',
[
{
no: 1,
name: 'messages',
kind: 'message',
repeat: 1,
T: () => Za
}
]
)
}
create(e) {
const t = {
messages: []
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.messages.push(Za.internalBinaryRead(e, e.uint32(), n));
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
for (let r = 0; r < e.messages.length; r++) Za.internalBinaryWrite(e.messages[r], t.tag(1, v.LengthDelimited).fork(), n).join();
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const iw = new tw;
class nw extends Z {
constructor() {
super (
'hypurr.HyperliquidLaunchHolder',
[
{
no: 1,
name: 'balance',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 2,
name: 'address',
kind: 'scalar',
T: 9
},
{
no: 3,
name: 'type',
kind: 'scalar',
T: 9
}
]
)
}
create(e) {
const t = {
balance: 0,
address: '',
type: ''
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.balance = e.int64().toNumber();
break;
case 2:
r.address = e.string();
break;
case 3:
r.type = e.string();
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.balance !== 0 &&
t.tag(1, v.Varint).int64(e.balance),
e.address !== '' &&
t.tag(2, v.LengthDelimited).string(e.address),
e.type !== '' &&
t.tag(3, v.LengthDelimited).string(e.type);
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const el = new nw;
class sw extends Z {
constructor() {
super (
'hypurr.HyperliquidLaunchHoldersRequest',
[
{
no: 1,
name: 'launch_id',
kind: 'scalar',
T: 3,
L: 2
}
]
)
}
create(e) {
const t = {
launchId: 0
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.launchId = e.int64().toNumber();
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.launchId !== 0 &&
t.tag(1, v.Varint).int64(e.launchId);
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const rw = new sw;
class aw extends Z {
constructor() {
super (
'hypurr.HyperliquidLaunchHoldersResponse',
[
{
no: 1,
name: 'holders',
kind: 'message',
repeat: 1,
T: () => el
}
]
)
}
create(e) {
const t = {
holders: []
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.holders.push(el.internalBinaryRead(e, e.uint32(), n));
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
for (let r = 0; r < e.holders.length; r++) el.internalBinaryWrite(e.holders[r], t.tag(1, v.LengthDelimited).fork(), n).join();
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const lw = new aw;
class ow extends Z {
constructor() {
super ('hypurr.LatestHyperliquidLaunchFillsRequest', [])
}
create(e) {
const t = {};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
return s ?? this.create()
}
internalBinaryWrite(e, t, n) {
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const uw = new ow;
class cw extends Z {
constructor() {
super (
'hypurr.TelegramUser',
[
{
no: 1,
name: 'telegram_id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 2,
name: 'telegram_username',
kind: 'scalar',
T: 9
},
{
no: 3,
name: 'pending_fees',
kind: 'scalar',
T: 1
},
{
no: 4,
name: 'referral_rewards',
kind: 'scalar',
T: 1
},
{
no: 5,
name: 'referral_code',
kind: 'scalar',
T: 9
},
{
no: 6,
name: 'referral_score',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 7,
name: 'referrer_id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 8,
name: 'settings',
kind: 'message',
T: () => il
},
{
no: 9,
name: 'wallet',
kind: 'message',
T: () => Ve
},
{
no: 10,
name: 'wallets',
kind: 'message',
repeat: 1,
T: () => Ve
},
{
no: 11,
name: 'wallet_id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 12,
name: 'sniper_wallet',
kind: 'message',
T: () => Ve
},
{
no: 13,
name: 'sniper_wallet_id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 14,
name: 'dumper_wallet',
kind: 'message',
T: () => Ve
},
{
no: 15,
name: 'dumper_wallet_id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 16,
name: 'reputation_id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 17,
name: 'reputation',
kind: 'message',
T: () => nl
},
{
no: 18,
name: 'launches',
kind: 'message',
repeat: 1,
T: () => jt
},
{
no: 19,
name: 'balances',
kind: 'message',
repeat: 1,
T: () => Bn
},
{
no: 20,
name: 'movements',
kind: 'message',
repeat: 1,
T: () => Rn
},
{
no: 21,
name: 'launch_fills',
kind: 'message',
repeat: 1,
T: () => Ei
},
{
no: 22,
name: 'labels',
kind: 'message',
repeat: 1,
T: () => sl
}
]
)
}
create(e) {
const t = {
telegramId: 0,
telegramUsername: '',
pendingFees: 0,
referralRewards: 0,
referralCode: '',
referralScore: 0,
referrerId: 0,
wallets: [],
walletId: 0,
sniperWalletId: 0,
dumperWalletId: 0,
reputationId: 0,
launches: [],
balances: [],
movements: [],
launchFills: [],
labels: []
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.telegramId = e.int64().toNumber();
break;
case 2:
r.telegramUsername = e.string();
break;
case 3:
r.pendingFees = e.double();
break;
case 4:
r.referralRewards = e.double();
break;
case 5:
r.referralCode = e.string();
break;
case 6:
r.referralScore = e.int64().toNumber();
break;
case 7:
r.referrerId = e.int64().toNumber();
break;
case 8:
r.settings = il.internalBinaryRead(e, e.uint32(), n, r.settings);
break;
case 9:
r.wallet = Ve.internalBinaryRead(e, e.uint32(), n, r.wallet);
break;
case 10:
r.wallets.push(Ve.internalBinaryRead(e, e.uint32(), n));
break;
case 11:
r.walletId = e.int64().toNumber();
break;
case 12:
r.sniperWallet = Ve.internalBinaryRead(e, e.uint32(), n, r.sniperWallet);
break;
case 13:
r.sniperWalletId = e.int64().toNumber();
break;
case 14:
r.dumperWallet = Ve.internalBinaryRead(e, e.uint32(), n, r.dumperWallet);
break;
case 15:
r.dumperWalletId = e.int64().toNumber();
break;
case 16:
r.reputationId = e.int64().toNumber();
break;
case 17:
r.reputation = nl.internalBinaryRead(e, e.uint32(), n, r.reputation);
break;
case 18:
r.launches.push(jt.internalBinaryRead(e, e.uint32(), n));
break;
case 19:
r.balances.push(Bn.internalBinaryRead(e, e.uint32(), n));
break;
case 20:
r.movements.push(Rn.internalBinaryRead(e, e.uint32(), n));
break;
case 21:
r.launchFills.push(Ei.internalBinaryRead(e, e.uint32(), n));
break;
case 22:
r.labels.push(sl.internalBinaryRead(e, e.uint32(), n));
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.telegramId !== 0 &&
t.tag(1, v.Varint).int64(e.telegramId),
e.telegramUsername !== '' &&
t.tag(2, v.LengthDelimited).string(e.telegramUsername),
e.pendingFees !== 0 &&
t.tag(3, v.Bit64).double(e.pendingFees),
e.referralRewards !== 0 &&
t.tag(4, v.Bit64).double(e.referralRewards),
e.referralCode !== '' &&
t.tag(5, v.LengthDelimited).string(e.referralCode),
e.referralScore !== 0 &&
t.tag(6, v.Varint).int64(e.referralScore),
e.referrerId !== 0 &&
t.tag(7, v.Varint).int64(e.referrerId),
e.settings &&
il.internalBinaryWrite(e.settings, t.tag(8, v.LengthDelimited).fork(), n).join(),
e.wallet &&
Ve.internalBinaryWrite(e.wallet, t.tag(9, v.LengthDelimited).fork(), n).join();
for (let r = 0; r < e.wallets.length; r++) Ve.internalBinaryWrite(e.wallets[r], t.tag(10, v.LengthDelimited).fork(), n).join();
e.walletId !== 0 &&
t.tag(11, v.Varint).int64(e.walletId),
e.sniperWallet &&
Ve.internalBinaryWrite(e.sniperWallet, t.tag(12, v.LengthDelimited).fork(), n).join(),
e.sniperWalletId !== 0 &&
t.tag(13, v.Varint).int64(e.sniperWalletId),
e.dumperWallet &&
Ve.internalBinaryWrite(e.dumperWallet, t.tag(14, v.LengthDelimited).fork(), n).join(),
e.dumperWalletId !== 0 &&
t.tag(15, v.Varint).int64(e.dumperWalletId),
e.reputationId !== 0 &&
t.tag(16, v.Varint).int64(e.reputationId),
e.reputation &&
nl.internalBinaryWrite(e.reputation, t.tag(17, v.LengthDelimited).fork(), n).join();
for (let r = 0; r < e.launches.length; r++) jt.internalBinaryWrite(e.launches[r], t.tag(18, v.LengthDelimited).fork(), n).join();
for (let r = 0; r < e.balances.length; r++) Bn.internalBinaryWrite(e.balances[r], t.tag(19, v.LengthDelimited).fork(), n).join();
for (let r = 0; r < e.movements.length; r++) Rn.internalBinaryWrite(e.movements[r], t.tag(20, v.LengthDelimited).fork(), n).join();
for (let r = 0; r < e.launchFills.length; r++) Ei.internalBinaryWrite(e.launchFills[r], t.tag(21, v.LengthDelimited).fork(), n).join();
for (let r = 0; r < e.labels.length; r++) sl.internalBinaryWrite(e.labels[r], t.tag(22, v.LengthDelimited).fork(), n).join();
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const tl = new cw;
class hw extends Z {
constructor() {
super ('hypurr.TelegramUserSettings', [])
}
create(e) {
const t = {};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
return s ?? this.create()
}
internalBinaryWrite(e, t, n) {
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const il = new hw;
class dw extends Z {
constructor() {
super ('hypurr.TelegramUserReputation', [])
}
create(e) {
const t = {};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
return s ?? this.create()
}
internalBinaryWrite(e, t, n) {
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const nl = new dw;
class fw extends Z {
constructor() {
super (
'hypurr.HyperliquidWalletLabel',
[
{
no: 1,
name: 'ethereum_address',
kind: 'scalar',
T: 9
},
{
no: 2,
name: 'label',
kind: 'scalar',
T: 9
}
]
)
}
create(e) {
const t = {
ethereumAddress: '',
label: ''
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.ethereumAddress = e.string();
break;
case 2:
r.label = e.string();
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.ethereumAddress !== '' &&
t.tag(1, v.LengthDelimited).string(e.ethereumAddress),
e.label !== '' &&
t.tag(2, v.LengthDelimited).string(e.label);
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const sl = new fw;
class pw extends Z {
constructor() {
super (
'hypurr.HyperliquidWalletPerformanceRequest',
[
{
no: 1,
name: 'ethereum_address',
kind: 'message',
T: () => ut
},
{
no: 2,
name: 'account_type',
kind: 'scalar',
T: 9
}
]
)
}
create(e) {
const t = {
accountType: ''
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.ethereumAddress = ut.internalBinaryRead(e, e.uint32(), n, r.ethereumAddress);
break;
case 2:
r.accountType = e.string();
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.ethereumAddress &&
ut.internalBinaryWrite(e.ethereumAddress, t.tag(1, v.LengthDelimited).fork(), n).join(),
e.accountType !== '' &&
t.tag(2, v.LengthDelimited).string(e.accountType);
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const mw = new pw;
class gw extends Z {
constructor() {
super (
'hypurr.PerformancePoint',
[
{
no: 1,
name: 'time',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 2,
name: 'notional',
kind: 'scalar',
T: 2
},
{
no: 3,
name: 'pnl',
kind: 'scalar',
T: 2
}
]
)
}
create(e) {
const t = {
time: 0,
notional: 0,
pnl: 0
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.time = e.int64().toNumber();
break;
case 2:
r.notional = e.float();
break;
case 3:
r.pnl = e.float();
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.time !== 0 &&
t.tag(1, v.Varint).int64(e.time),
e.notional !== 0 &&
t.tag(2, v.Bit32).float(e.notional),
e.pnl !== 0 &&
t.tag(3, v.Bit32).float(e.pnl);
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const rl = new gw;
class yw extends Z {
constructor() {
super (
'hypurr.PerformanceReport',
[
{
no: 1,
name: 'token_id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 2,
name: 'total_pnl',
kind: 'scalar',
T: 2
},
{
no: 3,
name: 'running_pnl',
kind: 'scalar',
T: 2
},
{
no: 4,
name: 'size',
kind: 'scalar',
T: 2
},
{
no: 5,
name: 'price',
kind: 'scalar',
T: 2
},
{
no: 6,
name: 'entry_price',
kind: 'scalar',
T: 2
},
{
no: 7,
name: 'total_cost',
kind: 'scalar',
T: 2
},
{
no: 8,
name: 'running_cost',
kind: 'scalar',
T: 2
}
]
)
}
create(e) {
const t = {
tokenId: 0,
totalPnl: 0,
runningPnl: 0,
size: 0,
price: 0,
entryPrice: 0,
totalCost: 0,
runningCost: 0
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.tokenId = e.int64().toNumber();
break;
case 2:
r.totalPnl = e.float();
break;
case 3:
r.runningPnl = e.float();
break;
case 4:
r.size = e.float();
break;
case 5:
r.price = e.float();
break;
case 6:
r.entryPrice = e.float();
break;
case 7:
r.totalCost = e.float();
break;
case 8:
r.runningCost = e.float();
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.tokenId !== 0 &&
t.tag(1, v.Varint).int64(e.tokenId),
e.totalPnl !== 0 &&
t.tag(2, v.Bit32).float(e.totalPnl),
e.runningPnl !== 0 &&
t.tag(3, v.Bit32).float(e.runningPnl),
e.size !== 0 &&
t.tag(4, v.Bit32).float(e.size),
e.price !== 0 &&
t.tag(5, v.Bit32).float(e.price),
e.entryPrice !== 0 &&
t.tag(6, v.Bit32).float(e.entryPrice),
e.totalCost !== 0 &&
t.tag(7, v.Bit32).float(e.totalCost),
e.runningCost !== 0 &&
t.tag(8, v.Bit32).float(e.runningCost);
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const al = new yw;
class vw extends Z {
constructor() {
super (
'hypurr.Performance',
[
{
no: 1,
name: 'net_cash',
kind: 'scalar',
T: 2
},
{
no: 2,
name: 'notional',
kind: 'scalar',
T: 2
},
{
no: 3,
name: 'reports',
kind: 'message',
repeat: 1,
T: () => al
},
{
no: 4,
name: 'points',
kind: 'message',
repeat: 1,
T: () => rl
}
]
)
}
create(e) {
const t = {
netCash: 0,
notional: 0,
reports: [],
points: []
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.netCash = e.float();
break;
case 2:
r.notional = e.float();
break;
case 3:
r.reports.push(al.internalBinaryRead(e, e.uint32(), n));
break;
case 4:
r.points.push(rl.internalBinaryRead(e, e.uint32(), n));
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.netCash !== 0 &&
t.tag(1, v.Bit32).float(e.netCash),
e.notional !== 0 &&
t.tag(2, v.Bit32).float(e.notional);
for (let r = 0; r < e.reports.length; r++) al.internalBinaryWrite(e.reports[r], t.tag(3, v.LengthDelimited).fork(), n).join();
for (let r = 0; r < e.points.length; r++) rl.internalBinaryWrite(e.points[r], t.tag(4, v.LengthDelimited).fork(), n).join();
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const gi = new vw;
class bw extends Z {
constructor() {
super (
'hypurr.HyperliquidWalletPerformanceResponse',
[
{
no: 1,
name: 'spot',
kind: 'message',
T: () => gi
},
{
no: 2,
name: 'perp',
kind: 'message',
T: () => gi
},
{
no: 3,
name: 'launch',
kind: 'message',
T: () => gi
}
]
)
}
create(e) {
const t = {};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.spot = gi.internalBinaryRead(e, e.uint32(), n, r.spot);
break;
case 2:
r.perp = gi.internalBinaryRead(e, e.uint32(), n, r.perp);
break;
case 3:
r.launch = gi.internalBinaryRead(e, e.uint32(), n, r.launch);
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.spot &&
gi.internalBinaryWrite(e.spot, t.tag(1, v.LengthDelimited).fork(), n).join(),
e.perp &&
gi.internalBinaryWrite(e.perp, t.tag(2, v.LengthDelimited).fork(), n).join(),
e.launch &&
gi.internalBinaryWrite(e.launch, t.tag(3, v.LengthDelimited).fork(), n).join();
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const ww = new bw;
class kw extends Z {
constructor() {
super (
'hypurr.HypurrFunCabal',
[
{
no: 1,
name: 'telegram_chat_id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 2,
name: 'name',
kind: 'scalar',
T: 9
},
{
no: 3,
name: 'picture_file_id',
kind: 'scalar',
T: 9
},
{
no: 4,
name: 'users',
kind: 'message',
repeat: 1,
T: () => ol
},
{
no: 5,
name: 'tracked_wallets',
kind: 'message',
repeat: 1,
T: () => ul
},
{
no: 6,
name: 'user_seasons',
kind: 'message',
repeat: 1,
T: () => Dn
},
{
no: 7,
name: 'summary',
kind: 'message',
T: () => ll
}
]
)
}
create(e) {
const t = {
telegramChatId: 0,
name: '',
pictureFileId: '',
users: [],
trackedWallets: [],
userSeasons: []
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.telegramChatId = e.int64().toNumber();
break;
case 2:
r.name = e.string();
break;
case 3:
r.pictureFileId = e.string();
break;
case 4:
r.users.push(ol.internalBinaryRead(e, e.uint32(), n));
break;
case 5:
r.trackedWallets.push(ul.internalBinaryRead(e, e.uint32(), n));
break;
case 6:
r.userSeasons.push(Dn.internalBinaryRead(e, e.uint32(), n));
break;
case 7:
r.summary = ll.internalBinaryRead(e, e.uint32(), n, r.summary);
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.telegramChatId !== 0 &&
t.tag(1, v.Varint).int64(e.telegramChatId),
e.name !== '' &&
t.tag(2, v.LengthDelimited).string(e.name),
e.pictureFileId !== '' &&
t.tag(3, v.LengthDelimited).string(e.pictureFileId);
for (let r = 0; r < e.users.length; r++) ol.internalBinaryWrite(e.users[r], t.tag(4, v.LengthDelimited).fork(), n).join();
for (let r = 0; r < e.trackedWallets.length; r++) ul.internalBinaryWrite(e.trackedWallets[r], t.tag(5, v.LengthDelimited).fork(), n).join();
for (let r = 0; r < e.userSeasons.length; r++) Dn.internalBinaryWrite(e.userSeasons[r], t.tag(6, v.LengthDelimited).fork(), n).join();
e.summary &&
ll.internalBinaryWrite(e.summary, t.tag(7, v.LengthDelimited).fork(), n).join();
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const On = new kw;
class _w extends Z {
constructor() {
super (
'hypurr.HypurrFunCabalSummary',
[
{
no: 1,
name: 'user_count',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 2,
name: 'season_spot_pnl',
kind: 'scalar',
T: 1
},
{
no: 3,
name: 'season_perp_pnl',
kind: 'scalar',
T: 1
},
{
no: 4,
name: 'season_launch_pnl',
kind: 'scalar',
T: 1
}
]
)
}
create(e) {
const t = {
userCount: 0,
seasonSpotPnl: 0,
seasonPerpPnl: 0,
seasonLaunchPnl: 0
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.userCount = e.int64().toNumber();
break;
case 2:
r.seasonSpotPnl = e.double();
break;
case 3:
r.seasonPerpPnl = e.double();
break;
case 4:
r.seasonLaunchPnl = e.double();
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.userCount !== 0 &&
t.tag(1, v.Varint).int64(e.userCount),
e.seasonSpotPnl !== 0 &&
t.tag(2, v.Bit64).double(e.seasonSpotPnl),
e.seasonPerpPnl !== 0 &&
t.tag(3, v.Bit64).double(e.seasonPerpPnl),
e.seasonLaunchPnl !== 0 &&
t.tag(4, v.Bit64).double(e.seasonLaunchPnl);
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const ll = new _w;
class xw extends Z {
constructor() {
super (
'hypurr.HypurrFunCabalUser',
[
{
no: 1,
name: 'telegram_chat_id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 2,
name: 'telegram_id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 3,
name: 'wallet',
kind: 'message',
T: () => Ve
},
{
no: 4,
name: 'wallet_id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 5,
name: 'name',
kind: 'scalar',
T: 9
},
{
no: 6,
name: 'spot_pnl',
kind: 'scalar',
T: 1
},
{
no: 7,
name: 'spot_equity',
kind: 'scalar',
T: 1
},
{
no: 8,
name: 'launch_pnl',
kind: 'scalar',
T: 1
},
{
no: 9,
name: 'launch_equity',
kind: 'scalar',
T: 1
},
{
no: 10,
name: 'perp_pnl',
kind: 'scalar',
T: 1
},
{
no: 11,
name: 'perp_equity',
kind: 'scalar',
T: 1
}
]
)
}
create(e) {
const t = {
telegramChatId: 0,
telegramId: 0,
walletId: 0,
name: '',
spotPnl: 0,
spotEquity: 0,
launchPnl: 0,
launchEquity: 0,
perpPnl: 0,
perpEquity: 0
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.telegramChatId = e.int64().toNumber();
break;
case 2:
r.telegramId = e.int64().toNumber();
break;
case 3:
r.wallet = Ve.internalBinaryRead(e, e.uint32(), n, r.wallet);
break;
case 4:
r.walletId = e.int64().toNumber();
break;
case 5:
r.name = e.string();
break;
case 6:
r.spotPnl = e.double();
break;
case 7:
r.spotEquity = e.double();
break;
case 8:
r.launchPnl = e.double();
break;
case 9:
r.launchEquity = e.double();
break;
case 10:
r.perpPnl = e.double();
break;
case 11:
r.perpEquity = e.double();
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.telegramChatId !== 0 &&
t.tag(1, v.Varint).int64(e.telegramChatId),
e.telegramId !== 0 &&
t.tag(2, v.Varint).int64(e.telegramId),
e.wallet &&
Ve.internalBinaryWrite(e.wallet, t.tag(3, v.LengthDelimited).fork(), n).join(),
e.walletId !== 0 &&
t.tag(4, v.Varint).int64(e.walletId),
e.name !== '' &&
t.tag(5, v.LengthDelimited).string(e.name),
e.spotPnl !== 0 &&
t.tag(6, v.Bit64).double(e.spotPnl),
e.spotEquity !== 0 &&
t.tag(7, v.Bit64).double(e.spotEquity),
e.launchPnl !== 0 &&
t.tag(8, v.Bit64).double(e.launchPnl),
e.launchEquity !== 0 &&
t.tag(9, v.Bit64).double(e.launchEquity),
e.perpPnl !== 0 &&
t.tag(10, v.Bit64).double(e.perpPnl),
e.perpEquity !== 0 &&
t.tag(11, v.Bit64).double(e.perpEquity);
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const ol = new xw;
class Tw extends Z {
constructor() {
super (
'hypurr.HypurrFunCabalTrackedWallet',
[
{
no: 1,
name: 'telegram_chat_id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 2,
name: 'wallet_id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 3,
name: 'wallet',
kind: 'message',
T: () => Ve
},
{
no: 4,
name: 'label',
kind: 'scalar',
T: 9
},
{
no: 5,
name: 'alert_spot',
kind: 'scalar',
T: 8
},
{
no: 6,
name: 'alert_perp',
kind: 'scalar',
T: 8
}
]
)
}
create(e) {
const t = {
telegramChatId: 0,
walletId: 0,
label: '',
alertSpot: !1,
alertPerp: !1
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.telegramChatId = e.int64().toNumber();
break;
case 2:
r.walletId = e.int64().toNumber();
break;
case 3:
r.wallet = Ve.internalBinaryRead(e, e.uint32(), n, r.wallet);
break;
case 4:
r.label = e.string();
break;
case 5:
r.alertSpot = e.bool();
break;
case 6:
r.alertPerp = e.bool();
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.telegramChatId !== 0 &&
t.tag(1, v.Varint).int64(e.telegramChatId),
e.walletId !== 0 &&
t.tag(2, v.Varint).int64(e.walletId),
e.wallet &&
Ve.internalBinaryWrite(e.wallet, t.tag(3, v.LengthDelimited).fork(), n).join(),
e.label !== '' &&
t.tag(4, v.LengthDelimited).string(e.label),
e.alertSpot !== !1 &&
t.tag(5, v.Varint).bool(e.alertSpot),
e.alertPerp !== !1 &&
t.tag(6, v.Varint).bool(e.alertPerp);
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const ul = new Tw;
class Sw extends Z {
constructor() {
super (
'hypurr.HypurrFunCabalSeason',
[
{
no: 1,
name: 'id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 2,
name: 'start_time',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 3,
name: 'end_time',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 4,
name: 'name',
kind: 'scalar',
T: 9
},
{
no: 5,
name: 'user_seasons',
kind: 'message',
repeat: 1,
T: () => Dn
},
{
no: 6,
name: 'winner_id',
kind: 'message',
T: () => be
},
{
no: 7,
name: 'winner',
kind: 'message',
T: () => On
}
]
)
}
create(e) {
const t = {
id: 0,
startTime: 0,
endTime: 0,
name: '',
userSeasons: []
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.id = e.int64().toNumber();
break;
case 2:
r.startTime = e.int64().toNumber();
break;
case 3:
r.endTime = e.int64().toNumber();
break;
case 4:
r.name = e.string();
break;
case 5:
r.userSeasons.push(Dn.internalBinaryRead(e, e.uint32(), n));
break;
case 6:
r.winnerId = be.internalBinaryRead(e, e.uint32(), n, r.winnerId);
break;
case 7:
r.winner = On.internalBinaryRead(e, e.uint32(), n, r.winner);
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.id !== 0 &&
t.tag(1, v.Varint).int64(e.id),
e.startTime !== 0 &&
t.tag(2, v.Varint).int64(e.startTime),
e.endTime !== 0 &&
t.tag(3, v.Varint).int64(e.endTime),
e.name !== '' &&
t.tag(4, v.LengthDelimited).string(e.name);
for (let r = 0; r < e.userSeasons.length; r++) Dn.internalBinaryWrite(e.userSeasons[r], t.tag(5, v.LengthDelimited).fork(), n).join();
e.winnerId &&
be.internalBinaryWrite(e.winnerId, t.tag(6, v.LengthDelimited).fork(), n).join(),
e.winner &&
On.internalBinaryWrite(e.winner, t.tag(7, v.LengthDelimited).fork(), n).join();
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
new Sw;
class Ew extends Z {
constructor() {
super (
'hypurr.HypurrFunCabalUserSeason',
[
{
no: 1,
name: 'cabal_season_id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 2,
name: 'telegram_id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 3,
name: 'wallet_id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 4,
name: 'telegram_chat_id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 5,
name: 'spot_pnl',
kind: 'scalar',
T: 1
},
{
no: 6,
name: 'launch_pnl',
kind: 'scalar',
T: 1
},
{
no: 7,
name: 'perp_pnl',
kind: 'scalar',
T: 1
},
{
no: 8,
name: 'last_spot_pnl',
kind: 'scalar',
T: 1
},
{
no: 9,
name: 'last_launch_pnl',
kind: 'scalar',
T: 1
},
{
no: 10,
name: 'last_perp_pnl',
kind: 'scalar',
T: 1
}
]
)
}
create(e) {
const t = {
cabalSeasonId: 0,
telegramId: 0,
walletId: 0,
telegramChatId: 0,
spotPnl: 0,
launchPnl: 0,
perpPnl: 0,
lastSpotPnl: 0,
lastLaunchPnl: 0,
lastPerpPnl: 0
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.cabalSeasonId = e.int64().toNumber();
break;
case 2:
r.telegramId = e.int64().toNumber();
break;
case 3:
r.walletId = e.int64().toNumber();
break;
case 4:
r.telegramChatId = e.int64().toNumber();
break;
case 5:
r.spotPnl = e.double();
break;
case 6:
r.launchPnl = e.double();
break;
case 7:
r.perpPnl = e.double();
break;
case 8:
r.lastSpotPnl = e.double();
break;
case 9:
r.lastLaunchPnl = e.double();
break;
case 10:
r.lastPerpPnl = e.double();
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.cabalSeasonId !== 0 &&
t.tag(1, v.Varint).int64(e.cabalSeasonId),
e.telegramId !== 0 &&
t.tag(2, v.Varint).int64(e.telegramId),
e.walletId !== 0 &&
t.tag(3, v.Varint).int64(e.walletId),
e.telegramChatId !== 0 &&
t.tag(4, v.Varint).int64(e.telegramChatId),
e.spotPnl !== 0 &&
t.tag(5, v.Bit64).double(e.spotPnl),
e.launchPnl !== 0 &&
t.tag(6, v.Bit64).double(e.launchPnl),
e.perpPnl !== 0 &&
t.tag(7, v.Bit64).double(e.perpPnl),
e.lastSpotPnl !== 0 &&
t.tag(8, v.Bit64).double(e.lastSpotPnl),
e.lastLaunchPnl !== 0 &&
t.tag(9, v.Bit64).double(e.lastLaunchPnl),
e.lastPerpPnl !== 0 &&
t.tag(10, v.Bit64).double(e.lastPerpPnl);
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const Dn = new Ew;
class Cw extends Z {
constructor() {
super ('hypurr.HypurrFunCabalsRequest', [])
}
create(e) {
const t = {};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
return s ?? this.create()
}
internalBinaryWrite(e, t, n) {
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const $w = new Cw;
class Lw extends Z {
constructor() {
super (
'hypurr.HypurrFunCabalsResponse',
[
{
no: 1,
name: 'cabals',
kind: 'message',
repeat: 1,
T: () => On
}
]
)
}
create(e) {
const t = {
cabals: []
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.cabals.push(On.internalBinaryRead(e, e.uint32(), n));
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
for (let r = 0; r < e.cabals.length; r++) On.internalBinaryWrite(e.cabals[r], t.tag(1, v.LengthDelimited).fork(), n).join();
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const Pw = new Lw;
class Iw extends Z {
constructor() {
super (
'hypurr.TelegramUserRequest',
[
{
no: 1,
name: 'auth_data',
kind: 'map',
K: 9,
V: {
kind: 'scalar',
T: 9
}
}
]
)
}
create(e) {
const t = {
authData: {
}
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
this.binaryReadMap1(r.authData, e, n);
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
binaryReadMap1(e, t, n) {
let s = t.uint32(),
r = t.pos + s,
a,
l;
for (; t.pos < r; ) {
let[o,
u] = t.tag();
switch (o) {
case 1:
a = t.string();
break;
case 2:
l = t.string();
break;
default:
throw new globalThis.Error(
'unknown map entry field for field hypurr.TelegramUserRequest.auth_data'
)
}
}
e[a ?? ''] = l ?? ''
}
internalBinaryWrite(e, t, n) {
for (let r of Object.keys(e.authData)) t.tag(1, v.LengthDelimited).fork().tag(1, v.LengthDelimited).string(r).tag(2, v.LengthDelimited).string(e.authData[r]).join();
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const Nw = new Iw;
class Mw extends Z {
constructor() {
super (
'hypurr.TelegramUserResponse',
[
{
no: 1,
name: 'user',
kind: 'message',
T: () => tl
}
]
)
}
create(e) {
const t = {};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.user = tl.internalBinaryRead(e, e.uint32(), n, r.user);
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.user &&
tl.internalBinaryWrite(e.user, t.tag(1, v.LengthDelimited).fork(), n).join();
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const Rw = new Mw;
class Bw extends Z {
constructor() {
super (
'hypurr.TelegramUserWalletsRequest',
[
{
no: 1,
name: 'auth_data',
kind: 'map',
K: 9,
V: {
kind: 'scalar',
T: 9
}
}
]
)
}
create(e) {
const t = {
authData: {
}
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
this.binaryReadMap1(r.authData, e, n);
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
binaryReadMap1(e, t, n) {
let s = t.uint32(),
r = t.pos + s,
a,
l;
for (; t.pos < r; ) {
let[o,
u] = t.tag();
switch (o) {
case 1:
a = t.string();
break;
case 2:
l = t.string();
break;
default:
throw new globalThis.Error(
'unknown map entry field for field hypurr.TelegramUserWalletsRequest.auth_data'
)
}
}
e[a ?? ''] = l ?? ''
}
internalBinaryWrite(e, t, n) {
for (let r of Object.keys(e.authData)) t.tag(1, v.LengthDelimited).fork().tag(1, v.LengthDelimited).string(r).tag(2, v.LengthDelimited).string(e.authData[r]).join();
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const Ow = new Bw;
class Dw extends Z {
constructor() {
super (
'hypurr.TelegramUserWalletsResponse',
[
{
no: 1,
name: 'wallets',
kind: 'message',
repeat: 1,
T: () => Ve
}
]
)
}
create(e) {
const t = {
wallets: []
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.wallets.push(Ve.internalBinaryRead(e, e.uint32(), n));
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
for (let r = 0; r < e.wallets.length; r++) Ve.internalBinaryWrite(e.wallets[r], t.tag(1, v.LengthDelimited).fork(), n).join();
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const Fw = new Dw;
class Aw extends Z {
constructor() {
super (
'hypurr.HyperliquidLaunchTradeRequest',
[
{
no: 1,
name: 'auth_data',
kind: 'map',
K: 9,
V: {
kind: 'scalar',
T: 9
}
},
{
no: 2,
name: 'launch_id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 3,
name: 'wallet_id',
kind: 'scalar',
T: 3,
L: 2
},
{
no: 4,
name: 'direction',
kind: 'enum',
T: () => ['hypurr.HyperliquidLaunchTradeDirection',
Hr]
},
{
no: 5,
name: 'amount',
kind: 'scalar',
T: 1
}
]
)
}
create(e) {
const t = {
authData: {
},
launchId: 0,
walletId: 0,
direction: 0,
amount: 0
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
this.binaryReadMap1(r.authData, e, n);
break;
case 2:
r.launchId = e.int64().toNumber();
break;
case 3:
r.walletId = e.int64().toNumber();
break;
case 4:
r.direction = e.int32();
break;
case 5:
r.amount = e.double();
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
binaryReadMap1(e, t, n) {
let s = t.uint32(),
r = t.pos + s,
a,
l;
for (; t.pos < r; ) {
let[o,
u] = t.tag();
switch (o) {
case 1:
a = t.string();
break;
case 2:
l = t.string();
break;
default:
throw new globalThis.Error(
'unknown map entry field for field hypurr.HyperliquidLaunchTradeRequest.auth_data'
)
}
}
e[a ?? ''] = l ?? ''
}
internalBinaryWrite(e, t, n) {
for (let r of Object.keys(e.authData)) t.tag(1, v.LengthDelimited).fork().tag(1, v.LengthDelimited).string(r).tag(2, v.LengthDelimited).string(e.authData[r]).join();
e.launchId !== 0 &&
t.tag(2, v.Varint).int64(e.launchId),
e.walletId !== 0 &&
t.tag(3, v.Varint).int64(e.walletId),
e.direction !== 0 &&
t.tag(4, v.Varint).int32(e.direction),
e.amount !== 0 &&
t.tag(5, v.Bit64).double(e.amount);
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const Vw = new Aw;
class zw extends Z {
constructor() {
super (
'hypurr.HyperliquidLaunchTradeResponse',
[
{
no: 1,
name: 'base_amount',
kind: 'scalar',
T: 1
},
{
no: 2,
name: 'quote_amount',
kind: 'scalar',
T: 1
},
{
no: 3,
name: 'message',
kind: 'scalar',
T: 9
},
{
no: 4,
name: 'success',
kind: 'scalar',
T: 8
}
]
)
}
create(e) {
const t = {
baseAmount: 0,
quoteAmount: 0,
message: '',
success: !1
};
return globalThis.Object.defineProperty(t, J, {
enumerable: !1,
value: this
}),
e !== void 0 &&
X(this, t, e),
t
}
internalBinaryRead(e, t, n, s) {
let r = s ?? this.create(),
a = e.pos + t;
for (; e.pos < a; ) {
let[l,
o] = e.tag();
switch (l) {
case 1:
r.baseAmount = e.double();
break;
case 2:
r.quoteAmount = e.double();
break;
case 3:
r.message = e.string();
break;
case 4:
r.success = e.bool();
break;
default:
let u = n.readUnknownField;
if (u === 'throw') throw new globalThis.Error(`Unknown field ${ l } (wire type ${ o }) for ${ this.typeName }`);
let c = e.skip(o);
u !== !1 &&
(u === !0 ? P.onRead : u) (this.typeName, r, l, o, c)
}
}
return r
}
internalBinaryWrite(e, t, n) {
e.baseAmount !== 0 &&
t.tag(1, v.Bit64).double(e.baseAmount),
e.quoteAmount !== 0 &&
t.tag(2, v.Bit64).double(e.quoteAmount),
e.message !== '' &&
t.tag(3, v.LengthDelimited).string(e.message),
e.success !== !1 &&
t.tag(4, v.Varint).bool(e.success);
let s = n.writeUnknownFields;
return s !== !1 &&
(s == !0 ? P.onWrite : s) (this.typeName, e, t),
t
}
}
const Ww = new zw,
cl = new Zf(
'hypurr.Telegram',
[
{
name: 'TelegramUser',
options: {
},
I: Nw,
O: Rw
},
{
name: 'TelegramUserWallets',
options: {
},
I: Ow,
O: Fw
},
{
name: 'HyperliquidLaunchTrade',
options: {
},
I: Vw,
O: Ww
}
]
),
hl = new Zf(
'hypurr.Static',
[
{
name: 'HyperliquidDeployAuction',
options: {
},
I: Gv,
O: Xv
},
{
name: 'HyperliquidTokens',
options: {
},
I: Yv,
O: Zv
},
{
name: 'HyperliquidTokenHolders',
options: {
},
I: Cv,
O: Lv
},
{
name: 'HyperliquidTokenMessages',
serverStreaming: !0,
options: {
},
I: ib,
O: sb
},
{
name: 'HyperliquidSpotPair',
options: {
},
I: ab,
O: ob
},
{
name: 'HyperliquidSpotPairs',
options: {
},
I: cb,
O: db
},
{
name: 'HyperliquidPerpPairs',
options: {
},
I: pb,
O: gb
},
{
name: 'HyperliquidWallet',
options: {
},
I: vb,
O: wb
},
{
name: 'HyperliquidWalletDeploySessions',
options: {
},
I: Pb,
O: Nb
},
{
name: 'HyperliquidWalletPerformance',
options: {
},
I: mw,
O: ww
},
{
name: 'HyperliquidLaunch',
options: {
},
I: Xb,
O: Yb
},
{
name: 'HyperliquidLaunches',
options: {
},
I: _b,
O: Tb
},
{
name: 'HyperliquidLaunchStream',
serverStreaming: !0,
options: {
},
I: Eb,
O: $b
},
{
name: 'HyperliquidLaunchFills',
serverStreaming: !0,
options: {
},
I: Wb,
O: Nc
},
{
name: 'HyperliquidLaunchCandles',
options: {
},
I: Mc,
O: Rc
},
{
name: 'HyperliquidLaunchCandleStream',
serverStreaming: !0,
options: {
},
I: Mc,
O: Rc
},
{
name: 'HyperliquidLaunchMessages',
serverStreaming: !0,
options: {
},
I: ew,
O: iw
},
{
name: 'LatestHyperliquidLaunchFills',
serverStreaming: !0,
options: {
},
I: uw,
O: Nc
},
{
name: 'HyperliquidLaunchHolders',
options: {
},
I: rw,
O: lw
},
{
name: 'HypurrFunCabals',
options: {
},
I: $w,
O: Pw
},
{
name: 'SetHyperliquidWalletDeploySessionTarget',
options: {
},
I: Rb,
O: Ob
},
{
name: 'DeleteHyperliquidWalletDeploySessionTarget',
options: {
},
I: Fb,
O: Vb
}
]
);
class Uw {
constructor(e) {
this._transport = e
}
typeName = cl.typeName;
methods = cl.methods;
options = cl.options;
telegramUser(e, t) {
const n = this.methods[0],
s = this._transport.mergeOptions(t);
return Ge('unary', this._transport, n, s, e)
}
telegramUserWallets(e, t) {
const n = this.methods[1],
s = this._transport.mergeOptions(t);
return Ge('unary', this._transport, n, s, e)
}
hyperliquidLaunchTrade(e, t) {
const n = this.methods[2],
s = this._transport.mergeOptions(t);
return Ge('unary', this._transport, n, s, e)
}
}
class ep {
constructor(e) {
this._transport = e
}
typeName = hl.typeName;
methods = hl.methods;
options = hl.options;
hyperliquidDeployAuction(e, t) {
const n = this.methods[0],
s = this._transport.mergeOptions(t);
return Ge('unary', this._transport, n, s, e)
}
hyperliquidTokens(e, t) {
const n = this.methods[1],
s = this._transport.mergeOptions(t);
return Ge('unary', this._transport, n, s, e)
}
hyperliquidTokenHolders(e, t) {
const n = this.methods[2],
s = this._transport.mergeOptions(t);
return Ge('unary', this._transport, n, s, e)
}
hyperliquidTokenMessages(e, t) {
const n = this.methods[3],
s = this._transport.mergeOptions(t);
return Ge('serverStreaming', this._transport, n, s, e)
}
hyperliquidSpotPair(e, t) {
const n = this.methods[4],
s = this._transport.mergeOptions(t);
return Ge('unary', this._transport, n, s, e)
}
hyperliquidSpotPairs(e, t) {
const n = this.methods[5],
s = this._transport.mergeOptions(t);
return Ge('unary', this._transport, n, s, e)
}
hyperliquidPerpPairs(e, t) {
const n = this.methods[6],
s = this._transport.mergeOptions(t);
return Ge('unary', this._transport, n, s, e)
}
hyperliquidWallet(e, t) {
const n = this.methods[7],
s = this._transport.mergeOptions(t);
return Ge('unary', this._transport, n, s, e)
}
hyperliquidWalletDeploySessions(e, t) {
const n = this.methods[8],
s = this._transport.mergeOptions(t);
return Ge('unary', this._transport, n, s, e)
}
hyperliquidWalletPerformance(e, t) {
const n = this.methods[9],
s = this._transport.mergeOptions(t);
return Ge('unary', this._transport, n, s, e)
}
hyperliquidLaunch(e, t) {
const n = this.methods[10],
s = this._transport.mergeOptions(t);
return Ge('unary', this._transport, n, s, e)
}
hyperliquidLaunches(e, t) {
const n = this.methods[11],
s = this._transport.mergeOptions(t);
return Ge('unary', this._transport, n, s, e)
}
hyperliquidLaunchStream(e, t) {
const n = this.methods[12],
s = this._transport.mergeOptions(t);
return Ge('serverStreaming', this._transport, n, s, e)
}
hyperliquidLaunchFills(e, t) {
const n = this.methods[13],
s = this._transport.mergeOptions(t);
return Ge('serverStreaming', this._transport, n, s, e)
}
hyperliquidLaunchCandles(e, t) {
const n = this.methods[14],
s = this._transport.mergeOptions(t);
return Ge('unary', this._transport, n, s, e)
}
hyperliquidLaunchCandleStream(e, t) {
const n = this.methods[15],
s = this._transport.mergeOptions(t);
return Ge('serverStreaming', this._transport, n, s, e)
}
hyperliquidLaunchMessages(e, t) {
const n = this.methods[16],
s = this._transport.mergeOptions(t);
return Ge('serverStreaming', this._transport, n, s, e)
}
latestHyperliquidLaunchFills(e, t) {
const n = this.methods[17],
s = this._transport.mergeOptions(t);
return Ge('serverStreaming', this._transport, n, s, e)
}
hyperliquidLaunchHolders(e, t) {
const n = this.methods[18],
s = this._transport.mergeOptions(t);
return Ge('unary', this._transport, n, s, e)
}
hypurrFunCabals(e, t) {
const n = this.methods[19],
s = this._transport.mergeOptions(t);
return Ge('unary', this._transport, n, s, e)
}
setHyperliquidWalletDeploySessionTarget(e, t) {
const n = this.methods[20],
s = this._transport.mergeOptions(t);
return Ge('unary', this._transport, n, s, e)
}
deleteHyperliquidWalletDeploySessionTarget(e, t) {
const n = this.methods[21],
s = this._transport.mergeOptions(t);
return Ge('unary', this._transport, n, s, e)
}
}
var oe;
(
function (i) {
i[i.OK = 0] = 'OK',
i[i.CANCELLED = 1] = 'CANCELLED',
i[i.UNKNOWN = 2] = 'UNKNOWN',
i[i.INVALID_ARGUMENT = 3] = 'INVALID_ARGUMENT',
i[i.DEADLINE_EXCEEDED = 4] = 'DEADLINE_EXCEEDED',
i[i.NOT_FOUND = 5] = 'NOT_FOUND',
i[i.ALREADY_EXISTS = 6] = 'ALREADY_EXISTS',
i[i.PERMISSION_DENIED = 7] = 'PERMISSION_DENIED',
i[i.UNAUTHENTICATED = 16] = 'UNAUTHENTICATED',
i[i.RESOURCE_EXHAUSTED = 8] = 'RESOURCE_EXHAUSTED',
i[i.FAILED_PRECONDITION = 9] = 'FAILED_PRECONDITION',
i[i.ABORTED = 10] = 'ABORTED',
i[i.OUT_OF_RANGE = 11] = 'OUT_OF_RANGE',
i[i.UNIMPLEMENTED = 12] = 'UNIMPLEMENTED',
i[i.INTERNAL = 13] = 'INTERNAL',
i[i.UNAVAILABLE = 14] = 'UNAVAILABLE',
i[i.DATA_LOSS = 15] = 'DATA_LOSS'
}
) (oe || (oe = {}));
var jw = globalThis &&
globalThis.__awaiter ||
function (i, e, t, n) {
function s(r) {
return r instanceof t ? r : new t(function (a) {
a(r)
})
}
return new (t || (t = Promise)) (
function (r, a) {
function l(c) {
try {
u(n.next(c))
} catch (h) {
a(h)
}
}
function o(c) {
try {
u(n.throw(c))
} catch (h) {
a(h)
}
}
function u(c) {
c.done ? r(c.value) : s(c.value).then(l, o)
}
u((n = n.apply(i, e || [])).next())
}
)
};
function Bc(i, e, t, n, s) {
if (n) for (let[r,
a]of Object.entries(n)) if (typeof a == 'string') i.append(r, a);
else for (let l of a) i.append(r, l);
if (
i.set(
'Content-Type',
e === 'text' ? 'application/grpc-web-text' : 'application/grpc-web+proto'
),
e == 'text' &&
i.set('Accept', 'application/grpc-web-text'),
i.set('X-Grpc-Web', '1'),
s &&
i.set('X-User-Agent', s),
typeof t == 'number'
) {
if (t <= 0) throw new Fe(`timeout ${ t } ms exceeded`, oe[oe.DEADLINE_EXCEEDED]);
i.set('grpc-timeout', `${ t }m`)
} else if (t) {
const r = t.getTime(),
a = Date.now();
if (r <= a) throw new Fe(`deadline ${ t } exceeded`, oe[oe.DEADLINE_EXCEEDED]);
i.set('grpc-timeout', `${ r - a }m`)
}
return i
}
function Oc(i, e) {
let t = new Uint8Array(5 + i.length);
t[0] = Yt.DATA;
for (let n = i.length, s = 4; s > 0; s--) t[s] = n % 256,
n >>>= 8;
return t.set(i, 5),
e === 'binary' ? t : Gf(t)
}
function oo(i, e, t) {
if (arguments.length === 1) {
let o = i,
u;
try {
u = o.type
} catch {
}
switch (u) {
case 'error':
case 'opaque':
case 'opaqueredirect':
throw new Fe(`fetch response type ${ o.type }`, oe[oe.UNKNOWN])
}
return oo(Kw(o.headers), o.status, o.statusText)
}
let n = i,
s = e >= 200 &&
e < 300,
r = ip(n),
[
a,
l
] = tp(n);
return (a === void 0 || a === oe.OK) &&
!s &&
(a = Xw(e), l = t),
[
a,
l,
r
]
}
function Dc(i) {
let e = Gw(i),
[
t,
n
] = tp(e),
s = ip(e);
return [t ?? oe.OK,
n,
s]
}
var Yt;
(function (i) {
i[i.DATA = 0] = 'DATA',
i[i.TRAILER = 128] = 'TRAILER'
}) (Yt || (Yt = {}));
function Fc(i, e, t) {
return jw(
this,
void 0,
void 0,
function * () {
let n,
s = '',
r = new Uint8Array(0),
a = qw(e);
if (Hw(i)) {
let l = i.getReader();
n = {
next: () => l.read()
}
} else n = i[Symbol.asyncIterator]();
for (; ; ) {
let l = yield n.next();
if (l.value !== void 0) {
if (a === 'text') {
for (let u = 0; u < l.value.length; u++) s += String.fromCharCode(l.value[u]);
let o = s.length - s.length % 4;
if (o === 0) continue;
r = Ac(r, qf(s.substring(0, o))),
s = s.substring(o)
} else r = Ac(r, l.value);
for (; r.length >= 5 && r[0] === Yt.DATA; ) {
let o = 0;
for (let u = 1; u < 5; u++) o = (o << 8) + r[u];
if (r.length - 5 >= o) t(Yt.DATA, r.subarray(5, 5 + o)),
r = r.subarray(5 + o);
else break
}
}
if (l.done) {
if (r.length === 0) break;
if (r[0] !== Yt.TRAILER || r.length < 5) throw new Fe('premature EOF', oe[oe.DATA_LOSS]);
t(Yt.TRAILER, r.subarray(5));
break
}
}
}
)
}
const Hw = i => typeof i.getReader == 'function';
function Ac(i, e) {
let t = new Uint8Array(i.length + e.length);
return t.set(i),
t.set(e, i.length),
t
}
function qw(i) {
switch (i) {
case 'application/grpc-web-text':
case 'application/grpc-web-text+proto':
return 'text';
case 'application/grpc-web':
case 'application/grpc-web+proto':
return 'binary';
case void 0:
case null:
throw new Fe('missing response content type', oe[oe.INTERNAL]);
default:
throw new Fe('unexpected response content type: ' + i, oe[oe.INTERNAL])
}
}
function tp(i) {
let e,
t,
n = i['grpc-message'];
if (n !== void 0) {
if (Array.isArray(n)) return [oe.INTERNAL,
'invalid grpc-web message'];
t = n
}
let s = i['grpc-status'];
if (s !== void 0) {
if (Array.isArray(s)) return [oe.INTERNAL,
'invalid grpc-web status'];
if (e = parseInt(s, 10), oe[e] === void 0) return [oe.INTERNAL,
'invalid grpc-web status']
}
return [e,
t]
}
function ip(i) {
let e = {};
for (let[t,
n]of Object.entries(i)) switch (t) {
case 'grpc-message':
case 'grpc-status':
case 'content-type':
break;
default:
e[t] = n
}
return e
}
function Gw(i) {
let e = {};
for (
let t of String.fromCharCode.apply(String, i).trim().split(`\r
`)
) {
if (t == '') continue;
let[n,
...s] = t.split(':');
const r = s.join(':').trim();
n = n.trim();
let a = e[n];
typeof a == 'string' ? e[n] = [
a,
r
] : Array.isArray(a) ? a.push(r) : e[n] = r
}
return e
}
function Kw(i) {
let e = {};
return i.forEach(
(t, n) => {
let s = e[n];
typeof s == 'string' ? e[n] = [
s,
t
] : Array.isArray(s) ? s.push(t) : e[n] = t
}
),
e
}
function Xw(i) {
switch (i) {
case 200:
return oe.OK;
case 400:
return oe.INVALID_ARGUMENT;
case 401:
return oe.UNAUTHENTICATED;
case 403:
return oe.PERMISSION_DENIED;
case 404:
return oe.NOT_FOUND;
case 409:
return oe.ABORTED;
case 412:
return oe.FAILED_PRECONDITION;
case 429:
return oe.RESOURCE_EXHAUSTED;
case 499:
return oe.CANCELLED;
case 500:
return oe.UNKNOWN;
case 501:
return oe.UNIMPLEMENTED;
case 503:
return oe.UNAVAILABLE;
case 504:
return oe.DEADLINE_EXCEEDED;
default:
return oe.UNKNOWN
}
}
class cu {
constructor(e) {
this.defaultOptions = e
}
mergeOptions(e) {
return uv(this.defaultOptions, e)
}
makeUrl(e, t) {
let n = t.baseUrl;
return n.endsWith('/') &&
(n = n.substring(0, n.length - 1)),
`${ n }/${ e.service.typeName }/${ e.name }`
}
clientStreaming(e) {
const t = new Fe(
'Client streaming is not supported by grpc-web',
oe[oe.UNIMPLEMENTED]
);
throw t.methodName = e.name,
t.serviceName = e.service.typeName,
t
}
duplex(e) {
const t = new Fe(
'Duplex streaming is not supported by grpc-web',
oe[oe.UNIMPLEMENTED]
);
throw t.methodName = e.name,
t.serviceName = e.service.typeName,
t
}
serverStreaming(e, t, n) {
var s,
r,
a,
l;
let o = n,
u = (s = o.format) !== null &&
s !== void 0 ? s : 'text',
c = (r = o.fetchInit) !== null &&
r !== void 0 ? r : {
},
h = this.makeUrl(e, o),
d = e.I.toBinary(t, o.binaryOptions),
f = new Ri,
p = new cv,
g = !0,
w,
y = new Ri,
b,
x = new Ri;
return globalThis.fetch(
h,
Object.assign(
Object.assign({
}, c),
{
method: 'POST',
headers: Bc(new globalThis.Headers, u, o.timeout, o.meta),
body: Oc(d, u),
signal: (a = n.abort) !== null &&
a !== void 0 ? a : null
}
)
).then(
k => {
let[S,
B,
z] = oo(k);
if (f.resolve(z), S != null && S !== oe.OK) throw new Fe(B ?? oe[S], oe[S], z);
return S != null &&
(w = {
code: oe[S],
detail: B ?? oe[S]
}),
k
}
).then(
k => {
if (!k.body) throw new Fe('missing response body', oe[oe.INTERNAL]);
return Fc(
k.body,
k.headers.get('content-type'),
(S, B) => {
switch (S) {
case Yt.DATA:
p.notifyMessage(e.O.fromBinary(B, o.binaryOptions)),
g = !1;
break;
case Yt.TRAILER:
let z,
I;
[
z,
I,
b
] = Dc(B),
w = {
code: oe[z],
detail: I ?? oe[z]
};
break
}
}
)
}
).then(
() => {
if (!b && !g) throw new Fe('missing trailers', oe[oe.DATA_LOSS]);
if (!w) throw new Fe('missing status', oe[oe.INTERNAL]);
if (w.code !== 'OK') throw new Fe(w.detail, w.code, b);
p.notifyComplete(),
y.resolve(w),
x.resolve(b || {
})
}
).catch(
k => {
let S;
k instanceof Fe ? S = k : k instanceof Error &&
k.name === 'AbortError' ? S = new Fe(k.message, oe[oe.CANCELLED]) : S = new Fe(k instanceof Error ? k.message : '' + k, oe[oe.INTERNAL]),
S.methodName = e.name,
S.serviceName = e.service.typeName,
f.rejectPending(S),
p.notifyError(S),
y.rejectPending(S),
x.rejectPending(S)
}
),
new pv(
e,
(l = o.meta) !== null &&
l !== void 0 ? l : {
},
t,
f.promise,
p,
y.promise,
x.promise
)
}
unary(e, t, n) {
var s,
r,
a,
l;
let o = n,
u = (s = o.format) !== null &&
s !== void 0 ? s : 'text',
c = (r = o.fetchInit) !== null &&
r !== void 0 ? r : {
},
h = this.makeUrl(e, o),
d = e.I.toBinary(t, o.binaryOptions),
f = new Ri,
p,
g = new Ri,
w,
y = new Ri,
b,
x = new Ri;
return globalThis.fetch(
h,
Object.assign(
Object.assign({
}, c),
{
method: 'POST',
headers: Bc(new globalThis.Headers, u, o.timeout, o.meta),
body: Oc(d, u),
signal: (a = n.abort) !== null &&
a !== void 0 ? a : null
}
)
).then(
k => {
let[S,
B,
z] = oo(k);
if (f.resolve(z), S != null && S !== oe.OK) throw new Fe(B ?? oe[S], oe[S], z);
return S != null &&
(w = {
code: oe[S],
detail: B ?? oe[S]
}),
k
}
).then(
k => {
if (!k.body) throw new Fe('missing response body', oe[oe.INTERNAL]);
return Fc(
k.body,
k.headers.get('content-type'),
(S, B) => {
switch (S) {
case Yt.DATA:
if (p) throw new Fe('unary call received 2nd message', oe[oe.DATA_LOSS]);
p = e.O.fromBinary(B, o.binaryOptions);
break;
case Yt.TRAILER:
let z,
I;
[
z,
I,
b
] = Dc(B),
w = {
code: oe[z],
detail: I ?? oe[z]
};
break
}
}
)
}
).then(
() => {
if (!b && p) throw new Fe('missing trailers', oe[oe.DATA_LOSS]);
if (!w) throw new Fe('missing status', oe[oe.INTERNAL]);
if (!p && w.code === 'OK') throw new Fe('expected error status', oe[oe.DATA_LOSS]);
if (!p) throw new Fe(w.detail, w.code, b);
if (g.resolve(p), w.code !== 'OK') throw new Fe(w.detail, w.code, b);
y.resolve(w),
x.resolve(b || {
})
}
).catch(
k => {
let S;
k instanceof Fe ? S = k : k instanceof Error &&
k.name === 'AbortError' ? S = new Fe(k.message, oe[oe.CANCELLED]) : S = new Fe(k instanceof Error ? k.message : '' + k, oe[oe.INTERNAL]),
S.methodName = e.name,
S.serviceName = e.service.typeName,
f.rejectPending(S),
g.rejectPending(S),
y.rejectPending(S),
x.rejectPending(S)
}
),
new dv(
e,
(l = o.meta) !== null &&
l !== void 0 ? l : {
},
t,
f.promise,
g.promise,
y.promise,
x.promise
)
}
}
let np,
hu;
np = 'https://grpc.hypurr.fun',
hu = 'https://telegram.hypurr.fun';
const dt = new ep(new cu({
baseUrl: np
})),
dl = new Uw(new cu({
baseUrl: hu
})),
Jw = new ep(new cu({
baseUrl: hu
}));
class xn {
stream = null;
abortController = null;
input = null;
retryCount = 0;
retryTimeout = null;
config;
constructor(e) {
this.config = {
maxRetries: 10,
retryDelay: 2000,
onError: function (t) {
console.error('Stream error:', t)
},
...e
}
}
async start(e) {
this.stop(),
this.input = e,
this.retryCount = 0,
await this.connect()
}
async connect() {
try {
this.abortController = new AbortController,
this.stream = this.config.startStream(this.input, this.abortController),
this.listen()
} catch (e) {
this.config.onError(e),
await this.handleError()
}
}
async listen() {
if (!!this.stream) try {
for await(const e of this.stream.responses) this.retryCount = 0,
this.config.onMessage(e)
} catch (e) {
this.config.onError(e),
await this.handleError(e)
}
}
async handleError(e) {
e.name === 'RpcError' &&
e.message.includes('BodyStreamBuffer was aborted') ||
(
this.retryTimeout &&
clearTimeout(this.retryTimeout),
this.retryCount++,
this.input &&
(
this.retryCount < this.config.maxRetries ? (
console.log(`Attempting to reconnect (attempt ${ this.retryCount })...`),
this.retryTimeout = setTimeout(
async() => {
this.input &&
await this.connect()
},
this.config.retryDelay
)
) : (
console.error('Max reconnection attempts reached'),
this.stop()
)
)
)
}
stop() {
this.stream = null,
this.input = null,
this.retryCount = 0,
this.abortController &&
(this.abortController.abort(), this.abortController = null),
this.retryTimeout &&
(clearTimeout(this.retryTimeout), this.retryTimeout = null)
}
}
const St = Xi(
'launch',
() => {
const i = M(new Map),
e = M([]),
t = M(new Map),
n = M([]),
s = M([]),
r = M([]),
a = M([]),
l = M([]),
o = M(),
u = M(Date.now() / 1000);
setInterval(() => {
u.value = Date.now() / 1000
}, 1000);
const c = q(
() => {
if (!o.value) return 0;
if (o.value.endGas) return o.value.endGas.value * 2;
let G = o.value.startTime,
te = o.value.startTime + o.value.duration,
le = u.value;
return le > te ? 0 : le < G ? 10000 : (o.value.startGas - 10000) * (te - le) / (te - G)
}
),
h = new xn({
startStream: (G, te) => (
i.value = new Map,
e.value = [],
dt.hyperliquidLaunchStream(G, {
abort: te.signal
})
),
onMessage: G => {
let te = !1;
G.launches.forEach(
le => {
const ae = e.value.findIndex($e => $e.id === le.id);
if (ae >= 0) {
let $e = e.value[ae];
Object.assign($e, le),
i.value.set(le.id, $e)
} else e.value.push(le),
i.value.set(le.id, le),
te = !0
}
),
te &&
(
e.value = [
...e.value
].sort((le, ae) => ae.lastEventTimestamp - le.lastEventTimestamp)
)
},
onError: G => {
console.log(G)
}
}),
d = new xn({
startStream: (G, te) => (n.value = [], dt.hyperliquidLaunchMessages(G, {
abort: te.signal
})),
onMessage: G => {
n.value.push(...G.messages)
},
onError: G => {
console.error('Error in message stream:', G),
n.value = []
}
}),
f = new xn({
startStream: (G, te) => (
s.value = [],
dt.hyperliquidLaunchCandleStream(G, {
abort: te.signal
})
),
onMessage: G => {
s.value.push(...G.candles)
},
onError: G => {
console.error('Error in candle stream:', G),
s.value = []
}
}),
p = new xn({
startStream: (G, te) => (
r.value = [],
a.value = [],
dt.hyperliquidLaunchFills(G, {
abort: te.signal
})
),
onMessage: G => {
r.value.push(...G.fills),
G.positions.forEach(
te => {
const le = a.value.findIndex(ae => ae.address === te.address);
le >= 0 ? a.value[le] = te : a.value.push(te)
}
)
},
onError: G => {
console.error('Error in candle stream:', G),
r.value = [],
a.value = []
}
}),
g = new xn({
startStream: (G, te) => (
l.value = [],
dt.latestHyperliquidLaunchFills(G, {
abort: te.signal
})
),
onMessage: G => {
l.value.push(...G.fills)
},
onError: G => {
console.error('Error in candle stream:', G),
l.value = []
}
});
return {
fills: r,
positions: a,
candles: s,
messages: n,
launches: e,
launchMap: i,
launchFills: t,
auction: o,
auctionPrice: c,
fetchLaunches: async() => null,
fetchLaunchCandles: async(G, te) => {
try {
return (
await dt.hyperliquidLaunchCandles({
launchId: G,
interval: te
}, {
})
).response.candles.map($e => ({
...$e,
time: $e.time / 1000
}))
} catch (le) {
return console.error(le),
[]
}
},
fetchLaunchHolders: async G => {
try {
return (await dt.hyperliquidLaunchHolders({
launchId: G
}, {
})).response.holders
} catch (te) {
return console.log(te),
null
}
},
fetchLaunch: async G => {
if (G && i.value.has(G)) return i.value.get(G);
try {
console.log('fetching launch', G);
let le = (await dt.hyperliquidLaunch({
id: G
}, {
})).response.launch;
return i.value.set(le.id, le),
console.log('fetched launch', le.id),
i.value.get(le.id)
} catch (te) {
return console.log(te),
null
}
},
fetchAuction: async() => {
try {
const G = await dt.hyperliquidDeployAuction({
}, {
});
o.value = G.response.auction
} catch (G) {
console.error(G)
}
},
startCandleStream: async(G, te) => {
await f.start({
launchId: G,
interval: te
})
},
stopCandleStream: () => {
f.stop(),
s.value = []
},
startMessageStream: async G => {
await d.start({
launchId: G
})
},
stopMessageStream: () => {
d.stop(),
n.value = []
},
startFillStream: async G => {
await p.start({
launchId: {
value: G
}
})
},
stopFillStream: () => {
p.stop(),
r.value = []
},
startLatestFillStream: async() => {
await g.start({
})
},
stopLatestFillStream: () => {
g.stop(),
l.value = []
},
startLaunchStream: async() => {
await h.start({
})
},
stopLaunchStream: () => {
h.stop(),
i.value = new Map,
e.value = []
}
}
}
),
Is = '/assets/purrbot.246840f0.png';
class Yw {
auth;
user;
constructor(e, t) {
this.auth = e,
this.user = t
}
getAddress() {
return this.user.wallet.ethereumAddress
}
getProfilePicture() {
return this.auth.photo_url
}
getDisplayName() {
return this.auth.first_name
}
}
const Ji = Xi(
'user',
() => {
const i = M(null),
e = new Map,
t = M(null);
M([]);
const n = M(null),
s = M(!1),
r = M(!0),
a = localStorage.getItem('animationsEnabled');
a !== null &&
(r.value = a !== 'false');
function l() {
r.value = !r.value,
localStorage.setItem('animationsEnabled', r.value.toString())
}
const o = q(
() => {
let p = {};
if (!i.value || !i.value?.auth) return p;
for (const [g,
w]of Object.entries(i.value?.auth)) p[g] = w;
return p
}
);
e.set(
'0xFFfFfFffFFfffFFfFFfFFFFFffFFFffffFfFFFfF',
'Hyperliquidity'
);
async function u(p) {
let g = {};
for (const [w,
y]of Object.entries(p)) g[w] = y;
try {
s.value = !0;
const w = await dl.telegramUser({
authData: g
});
i.value = new Yw(p, w.response.user),
console.log('user', i.value),
s.value = !1,
localStorage.setItem('telegramAuth', JSON.stringify(p));
for (let y of w.response.user.labels) e.set(y.ethereumAddress, y.label)
} catch (w) {
throw console.error('Error authenticating with Telegram:', w),
localStorage.removeItem('telegramAuth'),
i.value = null,
s.value = !1,
w
}
}
async function c(p, g, w, y, b) {
if (!i.value || !i.value.auth) throw 'Error';
const x = i.value.user.wallets.find(z => z.id === w);
if (!x) throw 'Error';
const k = await dl.hyperliquidLaunchTrade({
authData: o.value,
launchId: p,
walletId: w,
direction: y,
amount: b
});
console.log('res', k.response);
let S = x.launchBalances.find(z => z.launchId === p);
S ? S.balance = k.response.baseAmount * Math.pow(10, g) : (S = {
walletId: w,
launchId: p,
balance: 0
}, x.launchBalances.push(S));
let B = x.spotBalances.find(z => z.tokenId === 10000);
return B ? B.balance = k.response.quoteAmount : (B = {
walletId: w,
tokenId: 10000,
balance: 0
}, x.spotBalances.push(B)),
k.response
}
async function h(p) {
const g = {};
for (const [y,
b]of Object.entries(p)) g[y] = b;
return (await dl.telegramUserWallets({
authData: g
})).response.wallets
}
function d() {
const p = localStorage.getItem('telegramAuth');
if (p) {
console.log('loading stored auth');
try {
const g = JSON.parse(p);
u(g).catch(
w => {
console.error('Failed to authenticate stored credentials:', w)
}
)
} catch (g) {
console.error('Error parsing stored auth data:', g),
localStorage.removeItem('telegramAuth')
}
}
}
function f() {
i.value = null,
localStorage.removeItem('telegramAuth')
}
return d(),
{
user: i,
userWallet: t,
walletLabels: e,
onTelegramLogin: u,
onLaunchTrade: c,
fetchUserWallets: h,
pendingDeploySession: n,
logout: f,
userLoading: s,
animationsEnabled: r,
toggleAnimations: l
}
}
); /*!
* vue-router v4.5.0
* (c) 2024 Eduardo San Martin Morote
* @license MIT
*/
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i[Symbol.toStringTag] === 'Module' ||
i.default &&
sp(i.default)
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}
const Pi = {
path: '/',
name: void 0,
params: {
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query: {
},
hash: '',
fullPath: '/',
matched: [],
meta: {
},
redirectedFrom: void 0
};
var Ms;
(function (i) {
i.pop = 'pop',
i.push = 'push'
}) (Ms || (Ms = {}));
var ys;
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i.back = 'back',
i.forward = 'forward',
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const e = document.querySelector('base');
i = e &&
e.getAttribute('href') ||
'/',
i = i.replace(/^\w+:\/\/[^\/]+/, '')
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i[0] !== '#' &&
(i = '/' + i),
f1(i)
}
const b1 = /^[^#]+#/;
function w1(i, e) {
return i.replace(b1, '#') + e
}
function k1(i, e) {
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n = i.getBoundingClientRect();
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left: n.left - t.left - (e.left || 0),
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const ba = () => ({
left: window.scrollX,
top: window.scrollY
});
function _1(i) {
let e;
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n = typeof t == 'string' &&
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function Wc(i, e) {
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let S1 = () => location.protocol + '//' + location.host;
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search: n,
hash: s
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state: d
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y => {
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t.value,
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{
delta: w,
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f
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history: d
}
= window;
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d.replaceState(Me({
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scroll: ba()
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window.removeEventListener('popstate', l),
window.removeEventListener('beforeunload', c)
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window.addEventListener('beforeunload', c, {
passive: !0
}),
{
pauseListeners: o,
listen: u,
destroy: h
}
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function Uc(i, e, t, n = !1, s = !1) {
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back: i,
current: e,
forward: t,
replaced: n,
position: window.history.length,
scroll: s ? ba() : null
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function C1(i) {
const {
history: e,
location: t
}
= window,
n = {
value: hp(i, t)
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s = {
value: e.state
};
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r(
n.value,
{
back: null,
current: n.value,
forward: null,
position: e.length - 1,
replaced: !0,
scroll: null
},
!0
);
function r(o, u, c) {
const h = i.indexOf('#'),
d = h > - 1 ? (t.host && document.querySelector('base') ? i : i.slice(h)) + o : S1() + i + o;
try {
e[c ? 'replaceState' : 'pushState'](u, '', d),
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console.error(f),
t[c ? 'replace' : 'assign'](d)
}
}
function a(o, u) {
const c = Me({
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r(o, c, !0),
n.value = o
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forward: o,
scroll: ba()
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r(c.current, c, !0);
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position: c.position + 1
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push: l,
replace: a
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i = v1(i);
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a ||
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history.go(r)
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const s = Me({
location: '',
base: i,
go: n,
createHref: w1.bind(null, i)
}, e, t);
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enumerable: !0,
get: () => e.location.value
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Object.defineProperty(s, 'state', {
enumerable: !0,
get: () => e.state.value
}),
s
}
function L1(i) {
return typeof i == 'string' ||
i &&
typeof i == 'object'
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return typeof i == 'string' ||
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var jc;
(
function (i) {
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type: i,
[
fp
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strict: !1,
start: !0,
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},
I1 = /[.+*?^${}()[\]/\\]/g;
function N1(i, e) {
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o(b),
g.children
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b
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a(x)
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(
n.delete(h),
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d > - 1 &&
(
t.splice(d, 1),
h.record.name &&
n.delete(h.record.name),
h.children.forEach(a),
h.alias.forEach(a)
)
}
}
function l() {
return t
}
function o(h) {
const d = z1(h, t);
t.splice(d, 0, h),
h.record.name &&
!Xc(h) &&
n.set(h.record.name, h)
}
function u(h, d) {
let f,
p = {},
g,
w;
if ('name' in h && h.name) {
if (f = n.get(h.name), !f) throw jn(1, {
location: h
});
w = f.record.name,
p = Me(
Gc(
d.params,
f.keys.filter(x => !x.optional).concat(f.parent ? f.parent.keys.filter(x => x.optional) : []).map(x => x.name)
),
h.params &&
Gc(h.params, f.keys.map(x => x.name))
),
g = f.stringify(p)
} else if (h.path != null) g = h.path,
f = t.find(x => x.re.test(g)),
f &&
(p = f.parse(g), w = f.record.name);
else {
if (f = d.name ? n.get(d.name) : t.find(x => x.re.test(d.path)), !f) throw jn(1, {
location: h,
currentLocation: d
});
w = f.record.name,
p = Me({
}, d.params, h.params),
g = f.stringify(p)
}
const y = [];
let b = f;
for (; b; ) y.unshift(b.record),
b = b.parent;
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name: w,
path: g,
params: p,
matched: y,
meta: V1(y)
}
}
i.forEach(h => r(h));
function c() {
t.length = 0,
n.clear()
}
return {
addRoute: r,
resolve: u,
removeRoute: a,
clearRoutes: c,
getRoutes: l,
getRecordMatcher: s
}
}
function Gc(i, e) {
const t = {};
for (const n of e) n in i &&
(t[n] = i[n]);
return t
}
function Kc(i) {
const e = {
path: i.path,
redirect: i.redirect,
name: i.name,
meta: i.meta ||
{
},
aliasOf: i.aliasOf,
beforeEnter: i.beforeEnter,
props: A1(i),
children: i.children ||
[],
instances: {
},
leaveGuards: new Set,
updateGuards: new Set,
enterCallbacks: {
},
components: 'components' in i ? i.components ||
null : i.component &&
{
default:
i.component
}
};
return Object.defineProperty(e, 'mods', {
value: {
}
}),
e
}
function A1(i) {
const e = {},
t = i.props ||
!1;
if ('component' in i) e.default = t;
else for (const n in i.components) e[n] = typeof t == 'object' ? t[n] : t;
return e
}
function Xc(i) {
for (; i; ) {
if (i.record.aliasOf) return !0;
i = i.parent
}
return !1
}
function V1(i) {
return i.reduce((e, t) => Me(e, t.meta), {
})
}
function Jc(i, e) {
const t = {};
for (const n in i) t[n] = n in e ? e[n] : i[n];
return t
}
function z1(i, e) {
let t = 0,
n = e.length;
for (; t !== n; ) {
const r = t + n >> 1;
pp(i, e[r]) < 0 ? n = r : t = r + 1
}
const s = W1(i);
return s &&
(n = e.lastIndexOf(s, n - 1)),
n
}
function W1(i) {
let e = i;
for (; e = e.parent; ) if (mp(e) && pp(i, e) === 0) return e
}
function mp({
record: i
}) {
return !!(
i.name ||
i.components &&
Object.keys(i.components).length ||
i.redirect
)
}
function U1(i) {
const e = {};
if (i === '' || i === '?') return e;
const n = (i[0] === '?' ? i.slice(1) : i).split('&');
for (let s = 0; s < n.length; ++s) {
const r = n[s].replace(ap, ' '),
a = r.indexOf('='),
l = Ns(a < 0 ? r : r.slice(0, a)),
o = a < 0 ? null : Ns(r.slice(a + 1));
if (l in e) {
let u = e[l];
ii(u) ||
(u = e[l] = [
u
]),
u.push(o)
} else e[l] = o
}
return e
}
function Yc(i) {
let e = '';
for (let t in i) {
const n = i[t];
if (t = u1(t), n == null) {
n !== void 0 &&
(e += (e.length ? '&' : '') + t);
continue
}(ii(n) ? n.map(r => r && uo(r)) : [
n &&
uo(n)
]).forEach(r => {
r !== void 0 &&
(e += (e.length ? '&' : '') + t, r != null && (e += '=' + r))
})
}
return e
}
function j1(i) {
const e = {};
for (const t in i) {
const n = i[t];
n !== void 0 &&
(e[t] = ii(n) ? n.map(s => s == null ? null : '' + s) : n == null ? n : '' + n)
}
return e
}
const H1 = Symbol(''),
Qc = Symbol(''),
wa = Symbol(''),
fu = Symbol(''),
ho = Symbol('');
function rs() {
let i = [];
function e(n) {
return i.push(n),
() => {
const s = i.indexOf(n);
s > - 1 &&
i.splice(s, 1)
}
}
function t() {
i = []
}
return {
add: e,
list: () => i.slice(),
reset: t
}
}
function Fi(i, e, t, n, s, r = a => a()) {
const a = n &&
(n.enterCallbacks[s] = n.enterCallbacks[s] || []);
return () => new Promise(
(l, o) => {
const u = d => {
d === !1 ? o(jn(4, {
from: t,
to: e
})) : d instanceof Error ? o(d) : L1(d) ? o(jn(2, {
from: e,
to: d
})) : (
a &&
n.enterCallbacks[s] === a &&
typeof d == 'function' &&
a.push(d),
l()
)
},
c = r(() => i.call(n && n.instances[s], e, t, u));
let h = Promise.resolve(c);
i.length < 3 &&
(h = h.then(u)),
h.catch(d => o(d))
}
)
}
function ml(i, e, t, n, s = r => r()) {
const r = [];
for (const a of i) for (const l in a.components) {
let o = a.components[l];
if (!(e !== 'beforeRouteEnter' && !a.instances[l])) if (sp(o)) {
const c = (o.__vccOpts || o) [e];
c &&
r.push(Fi(c, t, n, a, l, s))
} else {
let u = o();
r.push(
() => u.then(
c => {
if (!c) throw new Error(`Couldn't resolve component "${ l }" at "${ a.path }"`);
const h = Qw(c) ? c.default : c;
a.mods[l] = c,
a.components[l] = h;
const f = (h.__vccOpts || h) [e];
return f &&
Fi(f, t, n, a, l, s) ()
}
)
)
}
}
return r
}
function Zc(i) {
const e = zt(wa),
t = zt(fu),
n = q(() => {
const o = pe(i.to);
return e.resolve(o)
}),
s = q(
() => {
const {
matched: o
}
= n.value,
{
length: u
}
= o,
c = o[u - 1],
h = t.matched;
if (!c || !h.length) return - 1;
const d = h.findIndex(Un.bind(null, c));
if (d > - 1) return d;
const f = eh(o[u - 2]);
return u > 1 &&
eh(c) === f &&
h[h.length - 1].path !== f ? h.findIndex(Un.bind(null, o[u - 2])) : d
}
),
r = q(() => s.value > - 1 && J1(t.params, n.value.params)),
a = q(
() => s.value > - 1 &&
s.value === t.matched.length - 1 &&
cp(t.params, n.value.params)
);
function l(o = {}) {
if (X1(o)) {
const u = e[pe(i.replace) ? 'replace' : 'push'](pe(i.to)).catch(gs);
return i.viewTransition &&
typeof document < 'u' &&
'startViewTransition' in document &&
document.startViewTransition(() => u),
u
}
return Promise.resolve()
}
return {
route: n,
href: q(() => n.value.href),
isActive: r,
isExactActive: a,
navigate: l
}
}
function q1(i) {
return i.length === 1 ? i[0] : i
}
const G1 = U({
name: 'RouterLink',
compatConfig: {
MODE: 3
},
props: {
to: {
type: [
String,
Object
],
required: !0
},
replace: Boolean,
activeClass: String,
exactActiveClass: String,
custom: Boolean,
ariaCurrentValue: {
type: String,
default:
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}
},
useLink: Zc,
setup(i, {
slots: e
}) {
const t = Wi(Zc(i)),
{
options: n
}
= zt(wa),
s = q(
() => ({
[
th(i.activeClass, n.linkActiveClass, 'router-link-active')
]: t.isActive,
[
th(
i.exactActiveClass,
n.linkExactActiveClass,
'router-link-exact-active'
)
]: t.isExactActive
})
);
return () => {
const r = e.default &&
q1(e.default(t));
return i.custom ? r : wt(
'a',
{
'aria-current': t.isExactActive ? i.ariaCurrentValue : null,
href: t.href,
onClick: t.navigate,
class : s.value
},
r
)
}
}
}),
K1 = G1;
function X1(i) {
if (
!(i.metaKey || i.altKey || i.ctrlKey || i.shiftKey) &&
!i.defaultPrevented &&
!(i.button !== void 0 && i.button !== 0)
) {
if (i.currentTarget && i.currentTarget.getAttribute) {
const e = i.currentTarget.getAttribute('target');
if (/\b_blank\b/i.test(e)) return
}
return i.preventDefault &&
i.preventDefault(),
!0
}
}
function J1(i, e) {
for (const t in e) {
const n = e[t],
s = i[t];
if (typeof n == 'string') {
if (n !== s) return !1
} else if (!ii(s) || s.length !== n.length || n.some((r, a) => r !== s[a])) return !1
}
return !0
}
function eh(i) {
return i ? i.aliasOf ? i.aliasOf.path : i.path : ''
}
const th = (i, e, t) => i ?? e ?? t,
Y1 = U({
name: 'RouterView',
inheritAttrs: !1,
props: {
name: {
type: String,
default:
'default'
},
route: Object
},
compatConfig: {
MODE: 3
},
setup(i, {
attrs: e,
slots: t
}) {
const n = zt(ho),
s = q(() => i.route || n.value),
r = zt(Qc, 0),
a = q(
() => {
let u = pe(r);
const {
matched: c
}
= s.value;
let h;
for (; (h = c[u]) && !h.components; ) u++;
return u
}
),
l = q(() => s.value.matched[a.value]);
Nn(Qc, q(() => a.value + 1)),
Nn(H1, l),
Nn(ho, s);
const o = M();
return Ie(
() => [o.value,
l.value,
i.name],
([u,
c,
h], [
d,
f,
p
]) => {
c &&
(
c.instances[h] = u,
f &&
f !== c &&
u &&
u === d &&
(
c.leaveGuards.size ||
(c.leaveGuards = f.leaveGuards),
c.updateGuards.size ||
(c.updateGuards = f.updateGuards)
)
),
u &&
c &&
(!f || !Un(c, f) || !d) &&
(c.enterCallbacks[h] || []).forEach(g => g(u))
},
{
flush: 'post'
}
),
() => {
const u = s.value,
c = i.name,
h = l.value,
d = h &&
h.components[c];
if (!d) return ih(t.default, {
Component: d,
route: u
});
const f = h.props[c],
p = f ? f === !0 ? u.params : typeof f == 'function' ? f(u) : f : null,
w = wt(
d,
Me({
}, p, e, {
onVnodeUnmounted: y => {
y.component.isUnmounted &&
(h.instances[c] = null)
},
ref: o
})
);
return ih(t.default, {
Component: w,
route: u
}) ||
w
}
}
});
function ih(i, e) {
if (!i) return null;
const t = i(e);
return t.length === 1 ? t[0] : t
}
const Q1 = Y1;
function Z1(i) {
const e = F1(i.routes, i),
t = i.parseQuery ||
U1,
n = i.stringifyQuery ||
Yc,
s = i.history,
r = rs(),
a = rs(),
l = rs(),
o = Eg(Pi);
let u = Pi;
Tn &&
i.scrollBehavior &&
'scrollRestoration' in history &&
(history.scrollRestoration = 'manual');
const c = fl.bind(null, H => '' + H),
h = fl.bind(null, h1),
d = fl.bind(null, Ns);
function f(H, fe) {
let he,
me;
return dp(H) ? (he = e.getRecordMatcher(H), me = fe) : me = H,
e.addRoute(me, he)
}
function p(H) {
const fe = e.getRecordMatcher(H);
fe &&
e.removeRoute(fe)
}
function g() {
return e.getRoutes().map(H => H.record)
}
function w(H) {
return !!e.getRecordMatcher(H)
}
function y(H, fe) {
if (fe = Me({
}, fe || o.value), typeof H == 'string') {
const C = pl(t, H, fe.path),
R = e.resolve({
path: C.path
}, fe),
K = s.createHref(C.fullPath);
return Me(
C,
R,
{
params: d(R.params),
hash: Ns(C.hash),
redirectedFrom: void 0,
href: K
}
)
}
let he;
if (H.path != null) he = Me({
}, H, {
path: pl(t, H.path, fe.path).path
});
else {
const C = Me({
}, H.params);
for (const R in C) C[R] == null &&
delete C[R];
he = Me({
}, H, {
params: h(C)
}),
fe.params = h(fe.params)
}
const me = e.resolve(he, fe),
Ne = H.hash ||
'';
me.params = c(d(me.params));
const Xe = p1(n, Me({
}, H, {
hash: o1(Ne),
path: me.path
})),
E = s.createHref(Xe);
return Me({
fullPath: Xe,
hash: Ne,
query: n === Yc ? j1(H.query) : H.query ||
{
}
}, me, {
redirectedFrom: void 0,
href: E
})
}
function b(H) {
return typeof H == 'string' ? pl(t, H, o.value.path) : Me({
}, H)
}
function x(H, fe) {
if (u !== H) return jn(8, {
from: fe,
to: H
})
}
function k(H) {
return z(H)
}
function S(H) {
return k(Me(b(H), {
replace: !0
}))
}
function B(H) {
const fe = H.matched[H.matched.length - 1];
if (fe && fe.redirect) {
const {
redirect: he
}
= fe;
let me = typeof he == 'function' ? he(H) : he;
return typeof me == 'string' &&
(
me = me.includes('?') ||
me.includes('#') ? me = b(me) : {
path: me
},
me.params = {}
),
Me({
query: H.query,
hash: H.hash,
params: me.path != null ? {
}
: H.params
}, me)
}
}
function z(H, fe) {
const he = u = y(H),
me = o.value,
Ne = H.state,
Xe = H.force,
E = H.replace === !0,
C = B(he);
if (C) return z(
Me(
b(C),
{
state: typeof C == 'object' ? Me({
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force: Xe,
replace: E
}
),
fe ||
he
);
const R = he;
R.redirectedFrom = fe;
let K;
return !Xe &&
m1(n, me, he) &&
(K = jn(16, {
to: R,
from: me
}), Ye(me, me, !0, !1)),
(K ? Promise.resolve(K) : L(R, me)).catch(j => yi(j) ? yi(j, 2) ? j : Oe(j) : ae(j, R, me)).then(
j => {
if (j) {
if (yi(j, 2)) return z(
Me({
replace: E
}, b(j.to), {
state: typeof j.to == 'object' ? Me({
}, Ne, j.to.state) : Ne,
force: Xe
}),
fe ||
R
)
} else j = N(R, me, !0, E, Ne);
return A(R, me, j),
j
}
)
}
function I(H, fe) {
const he = x(H, fe);
return he ? Promise.reject(he) : Promise.resolve()
}
function $(H) {
const fe = yn.values().next().value;
return fe &&
typeof fe.runWithContext == 'function' ? fe.runWithContext(H) : H()
}
function L(H, fe) {
let he;
const [me,
Ne,
Xe] = ek(H, fe);
he = ml(me.reverse(), 'beforeRouteLeave', H, fe);
for (const C of me) C.leaveGuards.forEach(R => {
he.push(Fi(R, H, fe))
});
const E = I.bind(null, H, fe);
return he.push(E),
Bt(he).then(
() => {
he = [];
for (const C of r.list()) he.push(Fi(C, H, fe));
return he.push(E),
Bt(he)
}
).then(
() => {
he = ml(Ne, 'beforeRouteUpdate', H, fe);
for (const C of Ne) C.updateGuards.forEach(R => {
he.push(Fi(R, H, fe))
});
return he.push(E),
Bt(he)
}
).then(
() => {
he = [];
for (const C of Xe) if (C.beforeEnter) if (ii(C.beforeEnter)) for (const R of C.beforeEnter) he.push(Fi(R, H, fe));
else he.push(Fi(C.beforeEnter, H, fe));
return he.push(E),
Bt(he)
}
).then(
() => (
H.matched.forEach(C => C.enterCallbacks = {}),
he = ml(Xe, 'beforeRouteEnter', H, fe, $),
he.push(E),
Bt(he)
)
).then(
() => {
he = [];
for (const C of a.list()) he.push(Fi(C, H, fe));
return he.push(E),
Bt(he)
}
).catch(C => yi(C, 8) ? C : Promise.reject(C))
}
function A(H, fe, he) {
l.list().forEach(me => $(() => me(H, fe, he)))
}
function N(H, fe, he, me, Ne) {
const Xe = x(H, fe);
if (Xe) return Xe;
const E = fe === Pi,
C = Tn ? history.state : {
};
he &&
(
me ||
E ? s.replace(H.fullPath, Me({
scroll: E &&
C &&
C.scroll
}, Ne)) : s.push(H.fullPath, Ne)
),
o.value = H,
Ye(H, fe, he, E),
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}
let O;
function se() {
O ||
(
O = s.listen(
(H, fe, he) => {
if (!Qs.listening) return;
const me = y(H),
Ne = B(me);
if (Ne) {
z(Me(Ne, {
replace: !0,
force: !0
}), me).catch(gs);
return
}
u = me;
const Xe = o.value;
Tn &&
x1(Wc(Xe.fullPath, he.delta), ba()),
L(me, Xe).catch(
E => yi(E, 12) ? E : yi(E, 2) ? (
z(Me(b(E.to), {
force: !0
}), me).then(C => {
yi(C, 20) &&
!he.delta &&
he.type === Ms.pop &&
s.go( - 1, !1)
}).catch(gs),
Promise.reject()
) : (he.delta && s.go( - he.delta, !1), ae(E, me, Xe))
).then(
E => {
E = E ||
N(me, Xe, !1),
E &&
(
he.delta &&
!yi(E, 8) ? s.go( - he.delta, !1) : he.type === Ms.pop &&
yi(E, 20) &&
s.go( - 1, !1)
),
A(me, Xe, E)
}
).catch(gs)
}
)
)
}
let G = rs(),
te = rs(),
le;
function ae(H, fe, he) {
Oe(H);
const me = te.list();
return me.length ? me.forEach(Ne => Ne(H, fe, he)) : console.error(H),
Promise.reject(H)
}
function $e() {
return le &&
o.value !== Pi ? Promise.resolve() : new Promise((H, fe) => {
G.add([H,
fe])
})
}
function Oe(H) {
return le ||
(
le = !H,
se(),
G.list().forEach(([fe,
he]) => H ? he(H) : fe()),
G.reset()
),
H
}
function Ye(H, fe, he, me) {
const {
scrollBehavior: Ne
}
= i;
if (!Tn || !Ne) return Promise.resolve();
const Xe = !he &&
T1(Wc(H.fullPath, 0)) ||
(me || !he) &&
history.state &&
history.state.scroll ||
null;
return pi().then(() => Ne(H, fe, Xe)).then(E => E && _1(E)).catch(E => ae(E, H, fe))
}
const it = H => s.go(H);
let gn;
const yn = new Set,
Qs = {
currentRoute: o,
listening: !0,
addRoute: f,
removeRoute: p,
clearRoutes: e.clearRoutes,
hasRoute: w,
getRoutes: g,
resolve: y,
options: i,
push: k,
replace: S,
go: it,
back: () => it( - 1),
forward: () => it(1),
beforeEach: r.add,
beforeResolve: a.add,
afterEach: l.add,
onError: te.add,
isReady: $e,
install(H) {
const fe = this;
H.component('RouterLink', K1),
H.component('RouterView', Q1),
H.config.globalProperties.$router = fe,
Object.defineProperty(
H.config.globalProperties,
'$route',
{
enumerable: !0,
get: () => pe(o)
}
),
Tn &&
!gn &&
o.value === Pi &&
(gn = !0, k(s.location).catch(Ne => {
}));
const he = {};
for (const Ne in Pi) Object.defineProperty(he, Ne, {
get: () => o.value[Ne],
enumerable: !0
});
H.provide(wa, fe),
H.provide(fu, Qo(he)),
H.provide(ho, o);
const me = H.unmount;
yn.add(H),
H.unmount = function () {
yn.delete(H),
yn.size < 1 &&
(u = Pi, O && O(), O = null, o.value = Pi, gn = !1, le = !1),
me()
}
}
};
function Bt(H) {
return H.reduce((fe, he) => fe.then(() => $(he)), Promise.resolve())
}
return Qs
}
function ek(i, e) {
const t = [],
n = [],
s = [],
r = Math.max(e.matched.length, i.matched.length);
for (let a = 0; a < r; a++) {
const l = e.matched[a];
l &&
(i.matched.find(u => Un(u, l)) ? n.push(l) : t.push(l));
const o = i.matched[a];
o &&
(e.matched.find(u => Un(u, o)) || s.push(o))
}
return [t,
n,
s]
}
function gp() {
return zt(wa)
}
function Zn(i) {
return zt(fu)
}
async function tk(i, e, t, n) {
const s = Date.now(),
r = {
req: {
coin: `@${ i }`,
endTime: n ||
s,
interval: e,
startTime: t ||
s - 24 * 60 * 60 * 1000
},
type: 'candleSnapshot'
},
a = await fetch(
'https://api-ui.hyperliquid.xyz/info',
{
method: 'POST',
headers: {
'Content-Type': 'application/json'
},
body: JSON.stringify(r)
}
);
if (!a.ok) throw new Error(`HTTP error! status: ${ a.status }`);
return await a.json()
}
const si = Xi(
'pair',
() => {
const i = M([]),
e = Wi(new Map),
t = Wi(new Map),
n = M([]),
s = Wi(new Map),
r = M([]),
a = M([]),
l = M('1h'),
o = new xn({
startStream: (y, b) => (r.value = [], dt.hyperliquidTokenMessages(y, {
abort: b.signal
})),
onMessage: y => {
r.value.push(...y.messages)
},
onError: y => {
console.error('Error in message stream:', y),
r.value = []
}
});
return {
tokens: i,
spotPairs: e,
spotPairByBaseId: t,
perpPairs: n,
perpPairById: s,
messages: r,
fetchTokens: async() => {
const y = {};
try {
const b = await dt.hyperliquidTokens(y, {
});
return i.value = b.response.tokens,
b
} catch (b) {
return console.log(b),
b.code,
null
}
},
fetchTokenHolders: async y => {
try {
return (await dt.hyperliquidTokenHolders({
tokenId: y
}, {
})).response.holders
} catch (b) {
return console.log(b),
b.code,
null
}
},
fetchSpotPair: async y => {
if (y && e.has(y)) return e.get(y);
try {
const x = (await dt.hyperliquidSpotPair({
id: y
}, {
})).response.pair;
return e.set(x.id, x),
t.set(x.base.id, x),
e.get(x.id)
} catch (b) {
return console.log(b),
null
}
},
fetchSpotPairs: async() => {
const y = {};
try {
const b = await dt.hyperliquidSpotPairs(y, {
});
for (const x of b.response.pairs) e.set(x.id, x),
t.set(x.base.id, x);
return b
} catch (b) {
return console.log(b),
b.code,
null
}
},
fetchPerpPairs: async() => {
const y = {};
try {
const b = await dt.hyperliquidPerpPairs(y, {
});
n.value = b.response.pairs;
for (const x of b.response.pairs) s.set(x.id, x);
return b
} catch (b) {
return console.log(b),
b.code,
null
}
},
startMessageStream: async y => {
await o.start({
tokenId: y
})
},
stopMessageStream: () => {
o.stop(),
r.value = []
},
candles: a,
currentInterval: l,
fetchCandleData: async(y, b) => {
try {
b &&
(l.value = b);
const x = await tk(y, l.value);
a.value = x.map(
k => ({
time: k.t / 1000,
open: parseFloat(k.o),
high: parseFloat(k.h),
low: parseFloat(k.l),
close: parseFloat(k.c)
})
)
} catch (x) {
console.error('Error fetching candle data:', x),
a.value = []
}
}
}
}
);
const Hn = i => new Intl.NumberFormat('en-US', {
minimumFractionDigits: 2
}).format(i),
Nt = i => new Intl.NumberFormat(
'en-US',
{
style: 'currency',
currency: 'USD',
minimumFractionDigits: 2,
maximumFractionDigits: 2
}
).format(i),
rt = i => i >= 1000000 ? new Intl.NumberFormat(
'en-US',
{
style: 'currency',
currency: 'USD',
minimumFractionDigits: 2,
maximumFractionDigits: 2
}
).format(i / 1000000) + 'M' : i >= 1000 ? new Intl.NumberFormat(
'en-US',
{
style: 'currency',
currency: 'USD',
minimumFractionDigits: 2,
maximumFractionDigits: 2
}
).format(i / 1000) + 'K' : new Intl.NumberFormat(
'en-US',
{
style: 'currency',
currency: 'USD',
minimumFractionDigits: 2,
maximumFractionDigits: 2
}
).format(i),
ik = {
class : 'bg-white dark:bg-slate-800 dark:text-white shadow-lg rounded-lg p-6 w-full max-w-sm border border-gray-300 dark:border-gray-700'
},
nk = {
class : 'flex justify-between items-center mb-6'
},
sk = {
class : 'text-xl font-bold text-black dark:text-white'
},
rk = {
class : 'grid grid-cols-2 gap-2'
},
ak = {
class : 'text-sm text-black dark:text-white mb-1 pl-1'
},
lk = {
class : 'font-semibold text-gray-700 dark:text-gray-400 pl-1'
},
ok = U({
name: 'Card'
}),
fo = U({
...ok,
props: {
pair: Object
},
setup(i) {
const e = i,
t = q(
() => e.pair ? (
(e.pair.markPrice - e.pair.previousDayPx) / e.pair.previousDayPx * 100
).toFixed(2) : '0'
),
n = q(
() => e.pair ? parseFloat(t.value) >= 0 ? 'text-green-500' : 'text-red-500' : ''
),
s = a => new Intl.NumberFormat('en-US', {
notation: 'compact'
}).format(a),
r = q(
() => [{
label: 'Mark Price',
value: e.pair?.markPrice.toFixed(4)
},
{
label: '24h Volume',
value: rt(e.pair?.dailyNtlVolume)
},
{
label: 'Circulating Supply',
value: s(e.pair?.base.circulatingSupply)
},
{
label: 'HLQ Balance',
value: s(e.pair?.base.hlqBalance)
}
]
);
return (a, l) => (
_(),
T(
'div',
ik,
[
m(
'div',
nk,
[
m('h2', sk, F(i.pair.base.name) + '/' + F(i.pair.quote.name), 1),
m(
'span',
{
class : ie([n.value,
'text-lg font-semibold'])
},
F(t.value) + '%',
3
)
]
),
m(
'div',
rk,
[
(
_(!0),
T(
D,
null,
ue(
r.value,
(o, u) => (
_(),
T(
'div',
{
key: u
},
[
m('p', ak, F(o.label), 1),
m('p', lk, F(o.value), 1)
]
)
)
),
128
)
)
]
)
]
)
)
}
}),
uk = U({
name: 'CardLoading'
}),
Ee = (i, e) => {
const t = i.__vccOpts ||
i;
for (const [n,
s]of e) t[n] = s;
return t
},
ck = {
class : 'bg-white dark:bg-slate-800 shadow-lg rounded-lg p-6 w-full max-w-sm border border-gray-700'
},
hk = {
class : 'animate-pulse space-y-4'
},
dk = {
class : 'grid grid-cols-2 gap-4'
};
function fk(i, e, t, n, s, r) {
return _(),
T(
'div',
ck,
[
m(
'div',
hk,
[
e[1] ||
(
e[1] = m(
'div',
{
class : 'flex justify-between items-center mb-6'
},
[
m(
'div',
{
class : 'h-7 bg-gray-300 dark:bg-slate-700 rounded w-1/4'
}
),
m(
'div',
{
class : 'h-7 bg-gray-300 dark:bg-slate-700 rounded w-1/4'
}
)
],
- 1
)
),
m(
'div',
dk,
[
(
_(),
T(
D,
null,
ue(
4,
a => m(
'div',
{
key: a
},
e[0] ||
(
e[0] = [
m(
'div',
{
class : 'h-4 bg-gray-300 dark:bg-slate-700 rounded w-full mb-1 pl-1'
},
null,
- 1
),
m(
'div',
{
class : 'h-5 bg-gray-300 dark:bg-slate-700 rounded w-full mb-1 pl-1'
},
null,
- 1
)
]
)
)
),
64
)
)
]
)
]
)
]
)
}
const po = Ee(uk, [
['render',
fk]
]);
function nh(i) {
return i !== null &&
typeof i == 'object' &&
'constructor' in i &&
i.constructor === Object
}
function pu(i, e) {
i === void 0 &&
(i = {}),
e === void 0 &&
(e = {}),
Object.keys(e).forEach(
t => {
typeof i[t] > 'u' ? i[t] = e[t] : nh(e[t]) &&
nh(i[t]) &&
Object.keys(e[t]).length > 0 &&
pu(i[t], e[t])
}
)
}
const yp = {
body: {
},
addEventListener() {
},
removeEventListener() {
},
activeElement: {
blur() {
},
nodeName: ''
},
querySelector() {
return null
},
querySelectorAll() {
return []
},
getElementById() {
return null
},
createEvent() {
return {
initEvent() {
}
}
},
createElement() {
return {
children: [],
childNodes: [],
style: {
},
setAttribute() {
},
getElementsByTagName() {
return []
}
}
},
createElementNS() {
return {
}
},
importNode() {
return null
},
location: {
hash: '',
host: '',
hostname: '',
href: '',
origin: '',
pathname: '',
protocol: '',
search: ''
}
};
function Ci() {
const i = typeof document < 'u' ? document : {
};
return pu(i, yp),
i
}
const pk = {
document: yp,
navigator: {
userAgent: ''
},
location: {
hash: '',
host: '',
hostname: '',
href: '',
origin: '',
pathname: '',
protocol: '',
search: ''
},
history: {
replaceState() {
},
pushState() {
},
go() {
},
back() {
}
},
CustomEvent: function () {
return this
},
addEventListener() {
},
removeEventListener() {
},
getComputedStyle() {
return {
getPropertyValue() {
return ''
}
}
},
Image() {
},
Date() {
},
screen: {
},
setTimeout() {
},
clearTimeout() {
},
matchMedia() {
return {
}
},
requestAnimationFrame(i) {
return typeof setTimeout > 'u' ? (i(), null) : setTimeout(i, 0)
},
cancelAnimationFrame(i) {
typeof setTimeout > 'u' ||
clearTimeout(i)
}
};
function Rt() {
const i = typeof window < 'u' ? window : {
};
return pu(i, pk),
i
}
function mk(i) {
return i === void 0 &&
(i = ''),
i.trim().split(' ').filter(e => !!e.trim())
}
function gk(i) {
const e = i;
Object.keys(e).forEach(t => {
try {
e[t] = null
} catch {
}
try {
delete e[t]
} catch {
}
})
}
function mo(i, e) {
return e === void 0 &&
(e = 0),
setTimeout(i, e)
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function qr() {
return Date.now()
}
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const e = Rt();
let t;
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!t &&
i.currentStyle &&
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t ||
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t
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s,
r;
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a.webkitTransform,
s.split(',').length > 6 &&
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r = new t.WebKitCSSMatrix(s === 'none' ? '' : s)
) : (
r = a.MozTransform ||
a.OTransform ||
a.MsTransform ||
a.msTransform ||
a.transform ||
a.getPropertyValue('transform').replace('translate(', 'matrix(1, 0, 0, 1,'),
n = r.toString().split(',')
),
e === 'x' &&
(
t.WebKitCSSMatrix ? s = r.m41 : n.length === 16 ? s = parseFloat(n[12]) : s = parseFloat(n[4])
),
e === 'y' &&
(
t.WebKitCSSMatrix ? s = r.m42 : n.length === 16 ? s = parseFloat(n[13]) : s = parseFloat(n[5])
),
s ||
0
}
function or(i) {
return typeof i == 'object' &&
i !== null &&
i.constructor &&
Object.prototype.toString.call(i).slice(8, - 1) === 'Object'
}
function bk(i) {
return typeof window < 'u' &&
typeof window.HTMLElement < 'u' ? i instanceof HTMLElement : i &&
(i.nodeType === 1 || i.nodeType === 11)
}
function Pt() {
const i = Object(arguments.length <= 0 ? void 0 : arguments[0]),
e = [
'__proto__',
'constructor',
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];
for (let t = 1; t < arguments.length; t += 1) {
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arguments.length <= t ? void 0 : arguments[t];
if (n != null && !bk(n)) {
const s = Object.keys(Object(n)).filter(r => e.indexOf(r) < 0);
for (let r = 0, a = s.length; r < a; r += 1) {
const l = s[r],
o = Object.getOwnPropertyDescriptor(n, l);
o !== void 0 &&
o.enumerable &&
(
or(i[l]) &&
or(n[l]) ? n[l].__swiper__ ? i[l] = n[l] : Pt(i[l], n[l]) : !or(i[l]) &&
or(n[l]) ? (i[l] = {}, n[l].__swiper__ ? i[l] = n[l] : Pt(i[l], n[l])) : i[l] = n[l]
)
}
}
}
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function ur(i, e, t) {
i.style.setProperty(e, t)
}
function vp(i) {
let {
swiper: e,
targetPosition: t,
side: n
}
= i;
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r = - e.translate;
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l;
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e.wrapperEl.style.scrollSnapType = 'none',
s.cancelAnimationFrame(e.cssModeFrameID);
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c = (d, f) => u === 'next' &&
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u === 'prev' &&
d <= f,
h = () => {
l = new Date().getTime(),
a === null &&
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const d = Math.max(Math.min((l - a) / o, 1), 0),
f = 0.5 - Math.cos(d * Math.PI) / 2;
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if (c(p, t) && (p = t), e.wrapperEl.scrollTo({
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e.wrapperEl.style.scrollSnapType = '',
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e.wrapperEl.scrollTo({
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function Gr(i) {
try {
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function Kr(i, e) {
e === void 0 &&
(e = []);
const t = document.createElement(i);
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e ? n.matches(e) &&
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e ? n.matches(e) &&
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e = Ci();
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e.documentElement.style &&
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touch: !!(
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i.DocumentTouch &&
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gl
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r = e ||
n.navigator.userAgent,
a = {
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android: !1
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l = n.screen.width,
o = n.screen.height,
u = r.match(/(Android);?[\s\/]+([\d.]+)?/);
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'13_0_0'
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u &&
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},
u = () => {
r.forEach(c => {
c.disconnect()
}),
r.splice(0, r.length)
};
t({
observer: !1,
observeParents: !1,
observeSlideChildren: !1
}),
n('init', o),
n('destroy', u)
}
var Lk = {
on(i, e, t) {
const n = this;
if (!n.eventsListeners || n.destroyed || typeof e != 'function') return n;
const s = t ? 'unshift' : 'push';
return i.split(' ').forEach(
r => {
n.eventsListeners[r] ||
(n.eventsListeners[r] = []),
n.eventsListeners[r][s](e)
}
),
n
},
once(i, e, t) {
const n = this;
if (!n.eventsListeners || n.destroyed || typeof e != 'function') return n;
function s() {
n.off(i, s),
s.__emitterProxy &&
delete s.__emitterProxy;
for (var r = arguments.length, a = new Array(r), l = 0; l < r; l++) a[l] = arguments[l];
e.apply(n, a)
}
return s.__emitterProxy = e,
n.on(i, s, t)
},
onAny(i, e) {
const t = this;
if (!t.eventsListeners || t.destroyed || typeof i != 'function') return t;
const n = e ? 'unshift' : 'push';
return t.eventsAnyListeners.indexOf(i) < 0 &&
t.eventsAnyListeners[n](i),
t
},
offAny(i) {
const e = this;
if (!e.eventsListeners || e.destroyed || !e.eventsAnyListeners) return e;
const t = e.eventsAnyListeners.indexOf(i);
return t >= 0 &&
e.eventsAnyListeners.splice(t, 1),
e
},
off(i, e) {
const t = this;
return !t.eventsListeners ||
t.destroyed ||
!t.eventsListeners ||
i.split(' ').forEach(
n => {
typeof e > 'u' ? t.eventsListeners[n] = [] : t.eventsListeners[n] &&
t.eventsListeners[n].forEach(
(s, r) => {
(s === e || s.__emitterProxy && s.__emitterProxy === e) &&
t.eventsListeners[n].splice(r, 1)
}
)
}
),
t
},
emit() {
const i = this;
if (!i.eventsListeners || i.destroyed || !i.eventsListeners) return i;
let e,
t,
n;
for (var s = arguments.length, r = new Array(s), a = 0; a < s; a++) r[a] = arguments[a];
return typeof r[0] == 'string' ||
Array.isArray(r[0]) ? (e = r[0], t = r.slice(1, r.length), n = i) : (e = r[0].events, t = r[0].data, n = r[0].context || i),
t.unshift(n),
(Array.isArray(e) ? e : e.split(' ')).forEach(
o => {
i.eventsAnyListeners &&
i.eventsAnyListeners.length &&
i.eventsAnyListeners.forEach(u => {
u.apply(n, [
o,
...t
])
}),
i.eventsListeners &&
i.eventsListeners[o] &&
i.eventsListeners[o].forEach(u => {
u.apply(n, t)
})
}
),
i
}
};
function Pk() {
const i = this;
let e,
t;
const n = i.el;
typeof i.params.width < 'u' &&
i.params.width !== null ? e = i.params.width : e = n.clientWidth,
typeof i.params.height < 'u' &&
i.params.height !== null ? t = i.params.height : t = n.clientHeight,
!(e === 0 && i.isHorizontal() || t === 0 && i.isVertical()) &&
(
e = e - parseInt(Vi(n, 'padding-left') || 0, 10) - parseInt(Vi(n, 'padding-right') || 0, 10),
t = t - parseInt(Vi(n, 'padding-top') || 0, 10) - parseInt(Vi(n, 'padding-bottom') || 0, 10),
Number.isNaN(e) &&
(e = 0),
Number.isNaN(t) &&
(t = 0),
Object.assign(i, {
width: e,
height: t,
size: i.isHorizontal() ? e : t
})
)
}
function Ik() {
const i = this;
function e(L, A) {
return parseFloat(L.getPropertyValue(i.getDirectionLabel(A)) || 0)
}
const t = i.params,
{
wrapperEl: n,
slidesEl: s,
size: r,
rtlTranslate: a,
wrongRTL: l
}
= i,
o = i.virtual &&
t.virtual.enabled,
u = o ? i.virtual.slides.length : i.slides.length,
c = di(s, `.${ i.params.slideClass }, swiper-slide`),
h = o ? i.virtual.slides.length : c.length;
let d = [];
const f = [],
p = [];
let g = t.slidesOffsetBefore;
typeof g == 'function' &&
(g = t.slidesOffsetBefore.call(i));
let w = t.slidesOffsetAfter;
typeof w == 'function' &&
(w = t.slidesOffsetAfter.call(i));
const y = i.snapGrid.length,
b = i.slidesGrid.length;
let x = t.spaceBetween,
k = - g,
S = 0,
B = 0;
if (typeof r > 'u') return;
typeof x == 'string' &&
x.indexOf('%') >= 0 ? x = parseFloat(x.replace('%', '')) / 100 * r : typeof x == 'string' &&
(x = parseFloat(x)),
i.virtualSize = - x,
c.forEach(
L => {
a ? L.style.marginLeft = '' : L.style.marginRight = '',
L.style.marginBottom = '',
L.style.marginTop = ''
}
),
t.centeredSlides &&
t.cssMode &&
(
ur(n, '--swiper-centered-offset-before', ''),
ur(n, '--swiper-centered-offset-after', '')
);
const z = t.grid &&
t.grid.rows > 1 &&
i.grid;
z ? i.grid.initSlides(c) : i.grid &&
i.grid.unsetSlides();
let I;
const $ = t.slidesPerView === 'auto' &&
t.breakpoints &&
Object.keys(t.breakpoints).filter(L => typeof t.breakpoints[L].slidesPerView < 'u').length > 0;
for (let L = 0; L < h; L += 1) {
I = 0;
let A;
if (
c[L] &&
(A = c[L]),
z &&
i.grid.updateSlide(L, A, c),
!(c[L] && Vi(A, 'display') === 'none')
) {
if (t.slidesPerView === 'auto') {
$ &&
(c[L].style[i.getDirectionLabel('width')] = '');
const N = getComputedStyle(A),
O = A.style.transform,
se = A.style.webkitTransform;
if (
O &&
(A.style.transform = 'none'),
se &&
(A.style.webkitTransform = 'none'),
t.roundLengths
) I = i.isHorizontal() ? go(A, 'width', !0) : go(A, 'height', !0);
else {
const G = e(N, 'width'),
te = e(N, 'padding-left'),
le = e(N, 'padding-right'),
ae = e(N, 'margin-left'),
$e = e(N, 'margin-right'),
Oe = N.getPropertyValue('box-sizing');
if (Oe && Oe === 'border-box') I = G + ae + $e;
else {
const {
clientWidth: Ye,
offsetWidth: it
}
= A;
I = G + te + le + ae + $e + (it - Ye)
}
}
O &&
(A.style.transform = O),
se &&
(A.style.webkitTransform = se),
t.roundLengths &&
(I = Math.floor(I))
} else I = (r - (t.slidesPerView - 1) * x) / t.slidesPerView,
t.roundLengths &&
(I = Math.floor(I)),
c[L] &&
(c[L].style[i.getDirectionLabel('width')] = `${ I }px`);
c[L] &&
(c[L].swiperSlideSize = I),
p.push(I),
t.centeredSlides ? (
k = k + I / 2 + S / 2 + x,
S === 0 &&
L !== 0 &&
(k = k - r / 2 - x),
L === 0 &&
(k = k - r / 2 - x),
Math.abs(k) < 1 / 1000 &&
(k = 0),
t.roundLengths &&
(k = Math.floor(k)),
B % t.slidesPerGroup === 0 &&
d.push(k),
f.push(k)
) : (
t.roundLengths &&
(k = Math.floor(k)),
(B - Math.min(i.params.slidesPerGroupSkip, B)) % i.params.slidesPerGroup === 0 &&
d.push(k),
f.push(k),
k = k + I + x
),
i.virtualSize += I + x,
S = I,
B += 1
}
}
if (
i.virtualSize = Math.max(i.virtualSize, r) + w,
a &&
l &&
(t.effect === 'slide' || t.effect === 'coverflow') &&
(n.style.width = `${ i.virtualSize + x }px`),
t.setWrapperSize &&
(n.style[i.getDirectionLabel('width')] = `${ i.virtualSize + x }px`),
z &&
i.grid.updateWrapperSize(I, d),
!t.centeredSlides
) {
const L = [];
for (let A = 0; A < d.length; A += 1) {
let N = d[A];
t.roundLengths &&
(N = Math.floor(N)),
d[A] <= i.virtualSize - r &&
L.push(N)
}
d = L,
Math.floor(i.virtualSize - r) - Math.floor(d[d.length - 1]) > 1 &&
d.push(i.virtualSize - r)
}
if (o && t.loop) {
const L = p[0] + x;
if (t.slidesPerGroup > 1) {
const A = Math.ceil(
(i.virtual.slidesBefore + i.virtual.slidesAfter) / t.slidesPerGroup
),
N = L * t.slidesPerGroup;
for (let O = 0; O < A; O += 1) d.push(d[d.length - 1] + N)
}
for (let A = 0; A < i.virtual.slidesBefore + i.virtual.slidesAfter; A += 1) t.slidesPerGroup === 1 &&
d.push(d[d.length - 1] + L),
f.push(f[f.length - 1] + L),
i.virtualSize += L
}
if (d.length === 0 && (d = [
0
]), x !== 0) {
const L = i.isHorizontal() &&
a ? 'marginLeft' : i.getDirectionLabel('marginRight');
c.filter((A, N) => !t.cssMode || t.loop ? !0 : N !== c.length - 1).forEach(A => {
A.style[L] = `${ x }px`
})
}
if (t.centeredSlides && t.centeredSlidesBounds) {
let L = 0;
p.forEach(N => {
L += N + (x || 0)
}),
L -= x;
const A = L - r;
d = d.map(N => N <= 0 ? - g : N > A ? A + w : N)
}
if (t.centerInsufficientSlides) {
let L = 0;
p.forEach(N => {
L += N + (x || 0)
}),
L -= x;
const A = (t.slidesOffsetBefore || 0) + (t.slidesOffsetAfter || 0);
if (L + A < r) {
const N = (r - L - A) / 2;
d.forEach((O, se) => {
d[se] = O - N
}),
f.forEach((O, se) => {
f[se] = O + N
})
}
}
if (
Object.assign(i, {
slides: c,
snapGrid: d,
slidesGrid: f,
slidesSizesGrid: p
}),
t.centeredSlides &&
t.cssMode &&
!t.centeredSlidesBounds
) {
ur(n, '--swiper-centered-offset-before', `${ - d[0] }px`),
ur(
n,
'--swiper-centered-offset-after',
`${ i.size / 2 - p[p.length - 1] / 2 }px`
);
const L = - i.snapGrid[0],
A = - i.slidesGrid[0];
i.snapGrid = i.snapGrid.map(N => N + L),
i.slidesGrid = i.slidesGrid.map(N => N + A)
}
if (
h !== u &&
i.emit('slidesLengthChange'),
d.length !== y &&
(
i.params.watchOverflow &&
i.checkOverflow(),
i.emit('snapGridLengthChange')
),
f.length !== b &&
i.emit('slidesGridLengthChange'),
t.watchSlidesProgress &&
i.updateSlidesOffset(),
i.emit('slidesUpdated'),
!o &&
!t.cssMode &&
(t.effect === 'slide' || t.effect === 'fade')
) {
const L = `${ t.containerModifierClass }backface-hidden`,
A = i.el.classList.contains(L);
h <= t.maxBackfaceHiddenSlides ? A ||
i.el.classList.add(L) : A &&
i.el.classList.remove(L)
}
}
function Nk(i) {
const e = this,
t = [],
n = e.virtual &&
e.params.virtual.enabled;
let s = 0,
r;
typeof i == 'number' ? e.setTransition(i) : i === !0 &&
e.setTransition(e.params.speed);
const a = l => n ? e.slides[e.getSlideIndexByData(l)] : e.slides[l];
if (e.params.slidesPerView !== 'auto' && e.params.slidesPerView > 1) if (e.params.centeredSlides) (e.visibleSlides || []).forEach(l => {
t.push(l)
});
else for (r = 0; r < Math.ceil(e.params.slidesPerView); r += 1) {
const l = e.activeIndex + r;
if (l > e.slides.length && !n) break;
t.push(a(l))
} else t.push(a(e.activeIndex));
for (r = 0; r < t.length; r += 1) if (typeof t[r] < 'u') {
const l = t[r].offsetHeight;
s = l > s ? l : s
}(s || s === 0) &&
(e.wrapperEl.style.height = `${ s }px`)
}
function Mk() {
const i = this,
e = i.slides,
t = i.isElement ? i.isHorizontal() ? i.wrapperEl.offsetLeft : i.wrapperEl.offsetTop : 0;
for (let n = 0; n < e.length; n += 1) e[n].swiperSlideOffset = (i.isHorizontal() ? e[n].offsetLeft : e[n].offsetTop) - t - i.cssOverflowAdjustment()
}
const sh = (i, e, t) => {
e &&
!i.classList.contains(t) ? i.classList.add(t) : !e &&
i.classList.contains(t) &&
i.classList.remove(t)
};
function Rk(i) {
i === void 0 &&
(i = this && this.translate || 0);
const e = this,
t = e.params,
{
slides: n,
rtlTranslate: s,
snapGrid: r
}
= e;
if (n.length === 0) return;
typeof n[0].swiperSlideOffset > 'u' &&
e.updateSlidesOffset();
let a = - i;
s &&
(a = i),
e.visibleSlidesIndexes = [],
e.visibleSlides = [];
let l = t.spaceBetween;
typeof l == 'string' &&
l.indexOf('%') >= 0 ? l = parseFloat(l.replace('%', '')) / 100 * e.size : typeof l == 'string' &&
(l = parseFloat(l));
for (let o = 0; o < n.length; o += 1) {
const u = n[o];
let c = u.swiperSlideOffset;
t.cssMode &&
t.centeredSlides &&
(c -= n[0].swiperSlideOffset);
const h = (a + (t.centeredSlides ? e.minTranslate() : 0) - c) / (u.swiperSlideSize + l),
d = (a - r[0] + (t.centeredSlides ? e.minTranslate() : 0) - c) / (u.swiperSlideSize + l),
f = - (a - c),
p = f + e.slidesSizesGrid[o],
g = f >= 0 &&
f <= e.size - e.slidesSizesGrid[o],
w = f >= 0 &&
f < e.size - 1 ||
p > 1 &&
p <= e.size ||
f <= 0 &&
p >= e.size;
w &&
(e.visibleSlides.push(u), e.visibleSlidesIndexes.push(o)),
sh(u, w, t.slideVisibleClass),
sh(u, g, t.slideFullyVisibleClass),
u.progress = s ? - h : h,
u.originalProgress = s ? - d : d
}
}
function Bk(i) {
const e = this;
if (typeof i > 'u') {
const c = e.rtlTranslate ? - 1 : 1;
i = e &&
e.translate &&
e.translate * c ||
0
}
const t = e.params,
n = e.maxTranslate() - e.minTranslate();
let {
progress: s,
isBeginning: r,
isEnd: a,
progressLoop: l
}
= e;
const o = r,
u = a;
if (n === 0) s = 0,
r = !0,
a = !0;
else {
s = (i - e.minTranslate()) / n;
const c = Math.abs(i - e.minTranslate()) < 1,
h = Math.abs(i - e.maxTranslate()) < 1;
r = c ||
s <= 0,
a = h ||
s >= 1,
c &&
(s = 0),
h &&
(s = 1)
}
if (t.loop) {
const c = e.getSlideIndexByData(0),
h = e.getSlideIndexByData(e.slides.length - 1),
d = e.slidesGrid[c],
f = e.slidesGrid[h],
p = e.slidesGrid[e.slidesGrid.length - 1],
g = Math.abs(i);
g >= d ? l = (g - d) / p : l = (g + p - f) / p,
l > 1 &&
(l -= 1)
}
Object.assign(e, {
progress: s,
progressLoop: l,
isBeginning: r,
isEnd: a
}),
(t.watchSlidesProgress || t.centeredSlides && t.autoHeight) &&
e.updateSlidesProgress(i),
r &&
!o &&
e.emit('reachBeginning toEdge'),
a &&
!u &&
e.emit('reachEnd toEdge'),
(o && !r || u && !a) &&
e.emit('fromEdge'),
e.emit('progress', s)
}
const bl = (i, e, t) => {
e &&
!i.classList.contains(t) ? i.classList.add(t) : !e &&
i.classList.contains(t) &&
i.classList.remove(t)
};
function Ok() {
const i = this,
{
slides: e,
params: t,
slidesEl: n,
activeIndex: s
}
= i,
r = i.virtual &&
t.virtual.enabled,
a = i.grid &&
t.grid &&
t.grid.rows > 1,
l = h => di(n, `.${ t.slideClass }${ h }, swiper-slide${ h }`) [0];
let o,
u,
c;
if (r) if (t.loop) {
let h = s - i.virtual.slidesBefore;
h < 0 &&
(h = i.virtual.slides.length + h),
h >= i.virtual.slides.length &&
(h -= i.virtual.slides.length),
o = l(`[data-swiper-slide-index="${ h }"]`)
} else o = l(`[data-swiper-slide-index="${ s }"]`);
else a ? (
o = e.filter(h => h.column === s) [0],
c = e.filter(h => h.column === s + 1) [0],
u = e.filter(h => h.column === s - 1) [0]
) : o = e[s];
o &&
(
a ||
(
c = _k(o, `.${ t.slideClass }, swiper-slide`) [0],
t.loop &&
!c &&
(c = e[0]),
u = kk(o, `.${ t.slideClass }, swiper-slide`) [0],
t.loop &&
!u === 0 &&
(u = e[e.length - 1])
)
),
e.forEach(
h => {
bl(h, h === o, t.slideActiveClass),
bl(h, h === c, t.slideNextClass),
bl(h, h === u, t.slidePrevClass)
}
),
i.emitSlidesClasses()
}
const Cr = (i, e) => {
if (!i || i.destroyed || !i.params) return;
const t = () => i.isElement ? 'swiper-slide' : `.${ i.params.slideClass }`,
n = e.closest(t());
if (n) {
let s = n.querySelector(`.${ i.params.lazyPreloaderClass }`);
!s &&
i.isElement &&
(
n.shadowRoot ? s = n.shadowRoot.querySelector(`.${ i.params.lazyPreloaderClass }`) : requestAnimationFrame(
() => {
n.shadowRoot &&
(
s = n.shadowRoot.querySelector(`.${ i.params.lazyPreloaderClass }`),
s &&
s.remove()
)
}
)
),
s &&
s.remove()
}
},
wl = (i, e) => {
if (!i.slides[e]) return;
const t = i.slides[e].querySelector('[loading="lazy"]');
t &&
t.removeAttribute('loading')
},
yo = i => {
if (!i || i.destroyed || !i.params) return;
let e = i.params.lazyPreloadPrevNext;
const t = i.slides.length;
if (!t || !e || e < 0) return;
e = Math.min(e, t);
const n = i.params.slidesPerView === 'auto' ? i.slidesPerViewDynamic() : Math.ceil(i.params.slidesPerView),
s = i.activeIndex;
if (i.params.grid && i.params.grid.rows > 1) {
const a = s,
l = [
a - e
];
l.push(...Array.from({
length: e
}).map((o, u) => a + n + u)),
i.slides.forEach((o, u) => {
l.includes(o.column) &&
wl(i, u)
});
return
}
const r = s + n - 1;
if (i.params.rewind || i.params.loop) for (let a = s - e; a <= r + e; a += 1) {
const l = (a % t + t) % t;
(l < s || l > r) &&
wl(i, l)
} else for (let a = Math.max(s - e, 0); a <= Math.min(r + e, t - 1); a += 1) a !== s &&
(a > r || a < s) &&
wl(i, a)
};
function Dk(i) {
const {
slidesGrid: e,
params: t
}
= i,
n = i.rtlTranslate ? i.translate : - i.translate;
let s;
for (let r = 0; r < e.length; r += 1) typeof e[r + 1] < 'u' ? n >= e[r] &&
n < e[r + 1] - (e[r + 1] - e[r]) / 2 ? s = r : n >= e[r] &&
n < e[r + 1] &&
(s = r + 1) : n >= e[r] &&
(s = r);
return t.normalizeSlideIndex &&
(s < 0 || typeof s > 'u') &&
(s = 0),
s
}
function Fk(i) {
const e = this,
t = e.rtlTranslate ? e.translate : - e.translate,
{
snapGrid: n,
params: s,
activeIndex: r,
realIndex: a,
snapIndex: l
}
= e;
let o = i,
u;
const c = f => {
let p = f - e.virtual.slidesBefore;
return p < 0 &&
(p = e.virtual.slides.length + p),
p >= e.virtual.slides.length &&
(p -= e.virtual.slides.length),
p
};
if (typeof o > 'u' && (o = Dk(e)), n.indexOf(t) >= 0) u = n.indexOf(t);
else {
const f = Math.min(s.slidesPerGroupSkip, o);
u = f + Math.floor((o - f) / s.slidesPerGroup)
}
if (u >= n.length && (u = n.length - 1), o === r && !e.params.loop) {
u !== l &&
(e.snapIndex = u, e.emit('snapIndexChange'));
return
}
if (o === r && e.params.loop && e.virtual && e.params.virtual.enabled) {
e.realIndex = c(o);
return
}
const h = e.grid &&
s.grid &&
s.grid.rows > 1;
let d;
if (e.virtual && s.virtual.enabled && s.loop) d = c(o);
else if (h) {
const f = e.slides.filter(g => g.column === o) [0];
let p = parseInt(f.getAttribute('data-swiper-slide-index'), 10);
Number.isNaN(p) &&
(p = Math.max(e.slides.indexOf(f), 0)),
d = Math.floor(p / s.grid.rows)
} else if (e.slides[o]) {
const f = e.slides[o].getAttribute('data-swiper-slide-index');
f ? d = parseInt(f, 10) : d = o
} else d = o;
Object.assign(
e,
{
previousSnapIndex: l,
snapIndex: u,
previousRealIndex: a,
realIndex: d,
previousIndex: r,
activeIndex: o
}
),
e.initialized &&
yo(e),
e.emit('activeIndexChange'),
e.emit('snapIndexChange'),
(e.initialized || e.params.runCallbacksOnInit) &&
(a !== d && e.emit('realIndexChange'), e.emit('slideChange'))
}
function Ak(i, e) {
const t = this,
n = t.params;
let s = i.closest(`.${ n.slideClass }, swiper-slide`);
!s &&
t.isElement &&
e &&
e.length > 1 &&
e.includes(i) &&
[
...e.slice(e.indexOf(i) + 1, e.length)
].forEach(
l => {
!s &&
l.matches &&
l.matches(`.${ n.slideClass }, swiper-slide`) &&
(s = l)
}
);
let r = !1,
a;
if (s) {
for (let l = 0; l < t.slides.length; l += 1) if (t.slides[l] === s) {
r = !0,
a = l;
break
}
}
if (s && r) t.clickedSlide = s,
t.virtual &&
t.params.virtual.enabled ? t.clickedIndex = parseInt(s.getAttribute('data-swiper-slide-index'), 10) : t.clickedIndex = a;
else {
t.clickedSlide = void 0,
t.clickedIndex = void 0;
return
}
n.slideToClickedSlide &&
t.clickedIndex !== void 0 &&
t.clickedIndex !== t.activeIndex &&
t.slideToClickedSlide()
}
var Vk = {
updateSize: Pk,
updateSlides: Ik,
updateAutoHeight: Nk,
updateSlidesOffset: Mk,
updateSlidesProgress: Rk,
updateProgress: Bk,
updateSlidesClasses: Ok,
updateActiveIndex: Fk,
updateClickedSlide: Ak
};
function zk(i) {
i === void 0 &&
(i = this.isHorizontal() ? 'x' : 'y');
const e = this,
{
params: t,
rtlTranslate: n,
translate: s,
wrapperEl: r
}
= e;
if (t.virtualTranslate) return n ? - s : s;
if (t.cssMode) return s;
let a = vk(r, i);
return a += e.cssOverflowAdjustment(),
n &&
(a = - a),
a ||
0
}
function Wk(i, e) {
const t = this,
{
rtlTranslate: n,
params: s,
wrapperEl: r,
progress: a
}
= t;
let l = 0,
o = 0;
const u = 0;
t.isHorizontal() ? l = n ? - i : i : o = i,
s.roundLengths &&
(l = Math.floor(l), o = Math.floor(o)),
t.previousTranslate = t.translate,
t.translate = t.isHorizontal() ? l : o,
s.cssMode ? r[t.isHorizontal() ? 'scrollLeft' : 'scrollTop'] = t.isHorizontal() ? - l : - o : s.virtualTranslate ||
(
t.isHorizontal() ? l -= t.cssOverflowAdjustment() : o -= t.cssOverflowAdjustment(),
r.style.transform = `translate3d(${ l }px, ${ o }px, ${ u }px)`
);
let c;
const h = t.maxTranslate() - t.minTranslate();
h === 0 ? c = 0 : c = (i - t.minTranslate()) / h,
c !== a &&
t.updateProgress(i),
t.emit('setTranslate', t.translate, e)
}
function Uk() {
return - this.snapGrid[0]
}
function jk() {
return - this.snapGrid[this.snapGrid.length - 1]
}
function Hk(i, e, t, n, s) {
i === void 0 &&
(i = 0),
e === void 0 &&
(e = this.params.speed),
t === void 0 &&
(t = !0),
n === void 0 &&
(n = !0);
const r = this,
{
params: a,
wrapperEl: l
}
= r;
if (r.animating && a.preventInteractionOnTransition) return !1;
const o = r.minTranslate(),
u = r.maxTranslate();
let c;
if (n && i > o ? c = o : n && i < u ? c = u : c = i, r.updateProgress(c), a.cssMode) {
const h = r.isHorizontal();
if (e === 0) l[h ? 'scrollLeft' : 'scrollTop'] = - c;
else {
if (!r.support.smoothScroll) return vp({
swiper: r,
targetPosition: - c,
side: h ? 'left' : 'top'
}),
!0;
l.scrollTo({
[
h ? 'left' : 'top'
]: - c,
behavior: 'smooth'
})
}
return !0
}
return e === 0 ? (
r.setTransition(0),
r.setTranslate(c),
t &&
(r.emit('beforeTransitionStart', e, s), r.emit('transitionEnd'))
) : (
r.setTransition(e),
r.setTranslate(c),
t &&
(
r.emit('beforeTransitionStart', e, s),
r.emit('transitionStart')
),
r.animating ||
(
r.animating = !0,
r.onTranslateToWrapperTransitionEnd ||
(
r.onTranslateToWrapperTransitionEnd = function (d) {
!r ||
r.destroyed ||
d.target === this &&
(
r.wrapperEl.removeEventListener('transitionend', r.onTranslateToWrapperTransitionEnd),
r.onTranslateToWrapperTransitionEnd = null,
delete r.onTranslateToWrapperTransitionEnd,
r.animating = !1,
t &&
r.emit('transitionEnd')
)
}
),
r.wrapperEl.addEventListener('transitionend', r.onTranslateToWrapperTransitionEnd)
)
),
!0
}
var qk = {
getTranslate: zk,
setTranslate: Wk,
minTranslate: Uk,
maxTranslate: jk,
translateTo: Hk
};
function Gk(i, e) {
const t = this;
t.params.cssMode ||
(
t.wrapperEl.style.transitionDuration = `${ i }ms`,
t.wrapperEl.style.transitionDelay = i === 0 ? '0ms' : ''
),
t.emit('setTransition', i, e)
}
function _p(i) {
let {
swiper: e,
runCallbacks: t,
direction: n,
step: s
}
= i;
const {
activeIndex: r,
previousIndex: a
}
= e;
let l = n;
if (
l ||
(r > a ? l = 'next' : r < a ? l = 'prev' : l = 'reset'),
e.emit(`transition${ s }`),
t &&
r !== a
) {
if (l === 'reset') {
e.emit(`slideResetTransition${ s }`);
return
}
e.emit(`slideChangeTransition${ s }`),
l === 'next' ? e.emit(`slideNextTransition${ s }`) : e.emit(`slidePrevTransition${ s }`)
}
}
function Kk(i, e) {
i === void 0 &&
(i = !0);
const t = this,
{
params: n
}
= t;
n.cssMode ||
(
n.autoHeight &&
t.updateAutoHeight(),
_p({
swiper: t,
runCallbacks: i,
direction: e,
step: 'Start'
})
)
}
function Xk(i, e) {
i === void 0 &&
(i = !0);
const t = this,
{
params: n
}
= t;
t.animating = !1,
!n.cssMode &&
(
t.setTransition(0),
_p({
swiper: t,
runCallbacks: i,
direction: e,
step: 'End'
})
)
}
var Jk = {
setTransition: Gk,
transitionStart: Kk,
transitionEnd: Xk
};
function Yk(i, e, t, n, s) {
i === void 0 &&
(i = 0),
t === void 0 &&
(t = !0),
typeof i == 'string' &&
(i = parseInt(i, 10));
const r = this;
let a = i;
a < 0 &&
(a = 0);
const {
params: l,
snapGrid: o,
slidesGrid: u,
previousIndex: c,
activeIndex: h,
rtlTranslate: d,
wrapperEl: f,
enabled: p
}
= r;
if (
!p &&
!n &&
!s ||
r.destroyed ||
r.animating &&
l.preventInteractionOnTransition
) return !1;
typeof e > 'u' &&
(e = r.params.speed);
const g = Math.min(r.params.slidesPerGroupSkip, a);
let w = g + Math.floor((a - g) / r.params.slidesPerGroup);
w >= o.length &&
(w = o.length - 1);
const y = - o[w];
if (l.normalizeSlideIndex) for (let x = 0; x < u.length; x += 1) {
const k = - Math.floor(y * 100),
S = Math.floor(u[x] * 100),
B = Math.floor(u[x + 1] * 100);
typeof u[x + 1] < 'u' ? k >= S &&
k < B - (B - S) / 2 ? a = x : k >= S &&
k < B &&
(a = x + 1) : k >= S &&
(a = x)
}
if (
r.initialized &&
a !== h &&
(
!r.allowSlideNext &&
(
d ? y > r.translate &&
y > r.minTranslate() : y < r.translate &&
y < r.minTranslate()
) ||
!r.allowSlidePrev &&
y > r.translate &&
y > r.maxTranslate() &&
(h || 0) !== a
)
) return !1;
a !== (c || 0) &&
t &&
r.emit('beforeSlideChangeStart'),
r.updateProgress(y);
let b;
if (
a > h ? b = 'next' : a < h ? b = 'prev' : b = 'reset',
d &&
- y === r.translate ||
!d &&
y === r.translate
) return r.updateActiveIndex(a),
l.autoHeight &&
r.updateAutoHeight(),
r.updateSlidesClasses(),
l.effect !== 'slide' &&
r.setTranslate(y),
b !== 'reset' &&
(r.transitionStart(t, b), r.transitionEnd(t, b)),
!1;
if (l.cssMode) {
const x = r.isHorizontal(),
k = d ? y : - y;
if (e === 0) {
const S = r.virtual &&
r.params.virtual.enabled;
S &&
(
r.wrapperEl.style.scrollSnapType = 'none',
r._immediateVirtual = !0
),
S &&
!r._cssModeVirtualInitialSet &&
r.params.initialSlide > 0 ? (
r._cssModeVirtualInitialSet = !0,
requestAnimationFrame(() => {
f[x ? 'scrollLeft' : 'scrollTop'] = k
})
) : f[x ? 'scrollLeft' : 'scrollTop'] = k,
S &&
requestAnimationFrame(
() => {
r.wrapperEl.style.scrollSnapType = '',
r._immediateVirtual = !1
}
)
} else {
if (!r.support.smoothScroll) return vp({
swiper: r,
targetPosition: k,
side: x ? 'left' : 'top'
}),
!0;
f.scrollTo({
[
x ? 'left' : 'top'
]: k,
behavior: 'smooth'
})
}
return !0
}
return r.setTransition(e),
r.setTranslate(y),
r.updateActiveIndex(a),
r.updateSlidesClasses(),
r.emit('beforeTransitionStart', e, n),
r.transitionStart(t, b),
e === 0 ? r.transitionEnd(t, b) : r.animating ||
(
r.animating = !0,
r.onSlideToWrapperTransitionEnd ||
(
r.onSlideToWrapperTransitionEnd = function (k) {
!r ||
r.destroyed ||
k.target === this &&
(
r.wrapperEl.removeEventListener('transitionend', r.onSlideToWrapperTransitionEnd),
r.onSlideToWrapperTransitionEnd = null,
delete r.onSlideToWrapperTransitionEnd,
r.transitionEnd(t, b)
)
}
),
r.wrapperEl.addEventListener('transitionend', r.onSlideToWrapperTransitionEnd)
),
!0
}
function Qk(i, e, t, n) {
i === void 0 &&
(i = 0),
t === void 0 &&
(t = !0),
typeof i == 'string' &&
(i = parseInt(i, 10));
const s = this;
if (s.destroyed) return;
typeof e > 'u' &&
(e = s.params.speed);
const r = s.grid &&
s.params.grid &&
s.params.grid.rows > 1;
let a = i;
if (s.params.loop) if (s.virtual && s.params.virtual.enabled) a = a + s.virtual.slidesBefore;
else {
let l;
if (r) {
const d = a * s.params.grid.rows;
l = s.slides.filter(f => f.getAttribute('data-swiper-slide-index') * 1 === d) [0].column
} else l = s.getSlideIndexByData(a);
const o = r ? Math.ceil(s.slides.length / s.params.grid.rows) : s.slides.length,
{
centeredSlides: u
}
= s.params;
let c = s.params.slidesPerView;
c === 'auto' ? c = s.slidesPerViewDynamic() : (
c = Math.ceil(parseFloat(s.params.slidesPerView, 10)),
u &&
c % 2 === 0 &&
(c = c + 1)
);
let h = o - l < c;
if (
u &&
(h = h || l < Math.ceil(c / 2)),
n &&
u &&
s.params.slidesPerView !== 'auto' &&
!r &&
(h = !1),
h
) {
const d = u ? l < s.activeIndex ? 'prev' : 'next' : l - s.activeIndex - 1 < s.params.slidesPerView ? 'next' : 'prev';
s.loopFix({
direction: d,
slideTo: !0,
activeSlideIndex: d === 'next' ? l + 1 : l - o + 1,
slideRealIndex: d === 'next' ? s.realIndex : void 0
})
}
if (r) {
const d = a * s.params.grid.rows;
a = s.slides.filter(f => f.getAttribute('data-swiper-slide-index') * 1 === d) [0].column
} else a = s.getSlideIndexByData(a)
}
return requestAnimationFrame(() => {
s.slideTo(a, e, t, n)
}),
s
}
function Zk(i, e, t) {
e === void 0 &&
(e = !0);
const n = this,
{
enabled: s,
params: r,
animating: a
}
= n;
if (!s || n.destroyed) return n;
typeof i > 'u' &&
(i = n.params.speed);
let l = r.slidesPerGroup;
r.slidesPerView === 'auto' &&
r.slidesPerGroup === 1 &&
r.slidesPerGroupAuto &&
(l = Math.max(n.slidesPerViewDynamic('current', !0), 1));
const o = n.activeIndex < r.slidesPerGroupSkip ? 1 : l,
u = n.virtual &&
r.virtual.enabled;
if (r.loop) {
if (a && !u && r.loopPreventsSliding) return !1;
if (
n.loopFix({
direction: 'next'
}),
n._clientLeft = n.wrapperEl.clientLeft,
n.activeIndex === n.slides.length - 1 &&
r.cssMode
) return requestAnimationFrame(() => {
n.slideTo(n.activeIndex + o, i, e, t)
}),
!0
}
return r.rewind &&
n.isEnd ? n.slideTo(0, i, e, t) : n.slideTo(n.activeIndex + o, i, e, t)
}
function e_(i, e, t) {
e === void 0 &&
(e = !0);
const n = this,
{
params: s,
snapGrid: r,
slidesGrid: a,
rtlTranslate: l,
enabled: o,
animating: u
}
= n;
if (!o || n.destroyed) return n;
typeof i > 'u' &&
(i = n.params.speed);
const c = n.virtual &&
s.virtual.enabled;
if (s.loop) {
if (u && !c && s.loopPreventsSliding) return !1;
n.loopFix({
direction: 'prev'
}),
n._clientLeft = n.wrapperEl.clientLeft
}
const h = l ? n.translate : - n.translate;
function d(y) {
return y < 0 ? - Math.floor(Math.abs(y)) : Math.floor(y)
}
const f = d(h),
p = r.map(y => d(y));
let g = r[p.indexOf(f) - 1];
if (typeof g > 'u' && s.cssMode) {
let y;
r.forEach((b, x) => {
f >= b &&
(y = x)
}),
typeof y < 'u' &&
(g = r[y > 0 ? y - 1 : y])
}
let w = 0;
if (
typeof g < 'u' &&
(
w = a.indexOf(g),
w < 0 &&
(w = n.activeIndex - 1),
s.slidesPerView === 'auto' &&
s.slidesPerGroup === 1 &&
s.slidesPerGroupAuto &&
(w = w - n.slidesPerViewDynamic('previous', !0) + 1, w = Math.max(w, 0))
),
s.rewind &&
n.isBeginning
) {
const y = n.params.virtual &&
n.params.virtual.enabled &&
n.virtual ? n.virtual.slides.length - 1 : n.slides.length - 1;
return n.slideTo(y, i, e, t)
} else if (s.loop && n.activeIndex === 0 && s.cssMode) return requestAnimationFrame(() => {
n.slideTo(w, i, e, t)
}),
!0;
return n.slideTo(w, i, e, t)
}
function t_(i, e, t) {
e === void 0 &&
(e = !0);
const n = this;
if (!n.destroyed) return typeof i > 'u' &&
(i = n.params.speed),
n.slideTo(n.activeIndex, i, e, t)
}
function i_(i, e, t, n) {
e === void 0 &&
(e = !0),
n === void 0 &&
(n = 0.5);
const s = this;
if (s.destroyed) return;
typeof i > 'u' &&
(i = s.params.speed);
let r = s.activeIndex;
const a = Math.min(s.params.slidesPerGroupSkip, r),
l = a + Math.floor((r - a) / s.params.slidesPerGroup),
o = s.rtlTranslate ? s.translate : - s.translate;
if (o >= s.snapGrid[l]) {
const u = s.snapGrid[l],
c = s.snapGrid[l + 1];
o - u > (c - u) * n &&
(r += s.params.slidesPerGroup)
} else {
const u = s.snapGrid[l - 1],
c = s.snapGrid[l];
o - u <= (c - u) * n &&
(r -= s.params.slidesPerGroup)
}
return r = Math.max(r, 0),
r = Math.min(r, s.slidesGrid.length - 1),
s.slideTo(r, i, e, t)
}
function n_() {
const i = this;
if (i.destroyed) return;
const {
params: e,
slidesEl: t
}
= i,
n = e.slidesPerView === 'auto' ? i.slidesPerViewDynamic() : e.slidesPerView;
let s = i.clickedIndex,
r;
const a = i.isElement ? 'swiper-slide' : `.${ e.slideClass }`;
if (e.loop) {
if (i.animating) return;
r = parseInt(i.clickedSlide.getAttribute('data-swiper-slide-index'), 10),
e.centeredSlides ? s < i.loopedSlides - n / 2 ||
s > i.slides.length - i.loopedSlides + n / 2 ? (
i.loopFix(),
s = i.getSlideIndex(di(t, `${ a }[data-swiper-slide-index="${ r }"]`) [0]),
mo(() => {
i.slideTo(s)
})
) : i.slideTo(s) : s > i.slides.length - n ? (
i.loopFix(),
s = i.getSlideIndex(di(t, `${ a }[data-swiper-slide-index="${ r }"]`) [0]),
mo(() => {
i.slideTo(s)
})
) : i.slideTo(s)
} else i.slideTo(s)
}
var s_ = {
slideTo: Yk,
slideToLoop: Qk,
slideNext: Zk,
slidePrev: e_,
slideReset: t_,
slideToClosest: i_,
slideToClickedSlide: n_
};
function r_(i) {
const e = this,
{
params: t,
slidesEl: n
}
= e;
if (!t.loop || e.virtual && e.params.virtual.enabled) return;
const s = () => {
di(n, `.${ t.slideClass }, swiper-slide`).forEach((h, d) => {
h.setAttribute('data-swiper-slide-index', d)
})
},
r = e.grid &&
t.grid &&
t.grid.rows > 1,
a = t.slidesPerGroup * (r ? t.grid.rows : 1),
l = e.slides.length % a !== 0,
o = r &&
e.slides.length % t.grid.rows !== 0,
u = c => {
for (let h = 0; h < c; h += 1) {
const d = e.isElement ? Kr('swiper-slide', [
t.slideBlankClass
]) : Kr('div', [
t.slideClass,
t.slideBlankClass
]);
e.slidesEl.append(d)
}
};
if (l) {
if (t.loopAddBlankSlides) {
const c = a - e.slides.length % a;
u(c),
e.recalcSlides(),
e.updateSlides()
} else Gr(
'Swiper Loop Warning: The number of slides is not even to slidesPerGroup, loop mode may not function properly. You need to add more slides (or make duplicates, or empty slides)'
);
s()
} else if (o) {
if (t.loopAddBlankSlides) {
const c = t.grid.rows - e.slides.length % t.grid.rows;
u(c),
e.recalcSlides(),
e.updateSlides()
} else Gr(
'Swiper Loop Warning: The number of slides is not even to grid.rows, loop mode may not function properly. You need to add more slides (or make duplicates, or empty slides)'
);
s()
} else s();
e.loopFix({
slideRealIndex: i,
direction: t.centeredSlides ? void 0 : 'next'
})
}
function a_(i) {
let {
slideRealIndex: e,
slideTo: t = !0,
direction: n,
setTranslate: s,
activeSlideIndex: r,
byController: a,
byMousewheel: l
}
= i === void 0 ? {
}
: i;
const o = this;
if (!o.params.loop) return;
o.emit('beforeLoopFix');
const {
slides: u,
allowSlidePrev: c,
allowSlideNext: h,
slidesEl: d,
params: f
}
= o,
{
centeredSlides: p
}
= f;
if (
o.allowSlidePrev = !0,
o.allowSlideNext = !0,
o.virtual &&
f.virtual.enabled
) {
t &&
(
!f.centeredSlides &&
o.snapIndex === 0 ? o.slideTo(o.virtual.slides.length, 0, !1, !0) : f.centeredSlides &&
o.snapIndex < f.slidesPerView ? o.slideTo(o.virtual.slides.length + o.snapIndex, 0, !1, !0) : o.snapIndex === o.snapGrid.length - 1 &&
o.slideTo(o.virtual.slidesBefore, 0, !1, !0)
),
o.allowSlidePrev = c,
o.allowSlideNext = h,
o.emit('loopFix');
return
}
let g = f.slidesPerView;
g === 'auto' ? g = o.slidesPerViewDynamic() : (
g = Math.ceil(parseFloat(f.slidesPerView, 10)),
p &&
g % 2 === 0 &&
(g = g + 1)
);
const w = f.slidesPerGroupAuto ? g : f.slidesPerGroup;
let y = w;
y % w !== 0 &&
(y += w - y % w),
y += f.loopAdditionalSlides,
o.loopedSlides = y;
const b = o.grid &&
f.grid &&
f.grid.rows > 1;
u.length < g + y ? Gr(
'Swiper Loop Warning: The number of slides is not enough for loop mode, it will be disabled and not function properly. You need to add more slides (or make duplicates) or lower the values of slidesPerView and slidesPerGroup parameters'
) : b &&
f.grid.fill === 'row' &&
Gr(
'Swiper Loop Warning: Loop mode is not compatible with grid.fill = `row`'
);
const x = [],
k = [];
let S = o.activeIndex;
typeof r > 'u' ? r = o.getSlideIndex(u.filter(O => O.classList.contains(f.slideActiveClass)) [0]) : S = r;
const B = n === 'next' ||
!n,
z = n === 'prev' ||
!n;
let I = 0,
$ = 0;
const L = b ? Math.ceil(u.length / f.grid.rows) : u.length,
N = (b ? u[r].column : r) + (p && typeof s > 'u' ? - g / 2 + 0.5 : 0);
if (N < y) {
I = Math.max(y - N, w);
for (let O = 0; O < y - N; O += 1) {
const se = O - Math.floor(O / L) * L;
if (b) {
const G = L - se - 1;
for (let te = u.length - 1; te >= 0; te -= 1) u[te].column === G &&
x.push(te)
} else x.push(L - se - 1)
}
} else if (N + g > L - y) {
$ = Math.max(N - (L - y * 2), w);
for (let O = 0; O < $; O += 1) {
const se = O - Math.floor(O / L) * L;
b ? u.forEach((G, te) => {
G.column === se &&
k.push(te)
}) : k.push(se)
}
}
if (
o.__preventObserver__ = !0,
requestAnimationFrame(() => {
o.__preventObserver__ = !1
}),
z &&
x.forEach(
O => {
u[O].swiperLoopMoveDOM = !0,
d.prepend(u[O]),
u[O].swiperLoopMoveDOM = !1
}
),
B &&
k.forEach(
O => {
u[O].swiperLoopMoveDOM = !0,
d.append(u[O]),
u[O].swiperLoopMoveDOM = !1
}
),
o.recalcSlides(),
f.slidesPerView === 'auto' ? o.updateSlides() : b &&
(x.length > 0 && z || k.length > 0 && B) &&
o.slides.forEach((O, se) => {
o.grid.updateSlide(se, O, o.slides)
}),
f.watchSlidesProgress &&
o.updateSlidesOffset(),
t
) {
if (x.length > 0 && z) {
if (typeof e > 'u') {
const O = o.slidesGrid[S],
G = o.slidesGrid[S + I] - O;
l ? o.setTranslate(o.translate - G) : (
o.slideTo(S + Math.ceil(I), 0, !1, !0),
s &&
(
o.touchEventsData.startTranslate = o.touchEventsData.startTranslate - G,
o.touchEventsData.currentTranslate = o.touchEventsData.currentTranslate - G
)
)
} else if (s) {
const O = b ? x.length / f.grid.rows : x.length;
o.slideTo(o.activeIndex + O, 0, !1, !0),
o.touchEventsData.currentTranslate = o.translate
}
} else if (k.length > 0 && B) if (typeof e > 'u') {
const O = o.slidesGrid[S],
G = o.slidesGrid[S - $] - O;
l ? o.setTranslate(o.translate - G) : (
o.slideTo(S - $, 0, !1, !0),
s &&
(
o.touchEventsData.startTranslate = o.touchEventsData.startTranslate - G,
o.touchEventsData.currentTranslate = o.touchEventsData.currentTranslate - G
)
)
} else {
const O = b ? k.length / f.grid.rows : k.length;
o.slideTo(o.activeIndex - O, 0, !1, !0)
}
}
if (
o.allowSlidePrev = c,
o.allowSlideNext = h,
o.controller &&
o.controller.control &&
!a
) {
const O = {
slideRealIndex: e,
direction: n,
setTranslate: s,
activeSlideIndex: r,
byController: !0
};
Array.isArray(o.controller.control) ? o.controller.control.forEach(
se => {
!se.destroyed &&
se.params.loop &&
se.loopFix({
...O,
slideTo: se.params.slidesPerView === f.slidesPerView ? t : !1
})
}
) : o.controller.control instanceof o.constructor &&
o.controller.control.params.loop &&
o.controller.control.loopFix({
...O,
slideTo: o.controller.control.params.slidesPerView === f.slidesPerView ? t : !1
})
}
o.emit('loopFix')
}
function l_() {
const i = this,
{
params: e,
slidesEl: t
}
= i;
if (!e.loop || i.virtual && i.params.virtual.enabled) return;
i.recalcSlides();
const n = [];
i.slides.forEach(
s => {
const r = typeof s.swiperSlideIndex > 'u' ? s.getAttribute('data-swiper-slide-index') * 1 : s.swiperSlideIndex;
n[r] = s
}
),
i.slides.forEach(s => {
s.removeAttribute('data-swiper-slide-index')
}),
n.forEach(s => {
t.append(s)
}),
i.recalcSlides(),
i.slideTo(i.realIndex, 0)
}
var o_ = {
loopCreate: r_,
loopFix: a_,
loopDestroy: l_
};
function u_(i) {
const e = this;
if (
!e.params.simulateTouch ||
e.params.watchOverflow &&
e.isLocked ||
e.params.cssMode
) return;
const t = e.params.touchEventsTarget === 'container' ? e.el : e.wrapperEl;
e.isElement &&
(e.__preventObserver__ = !0),
t.style.cursor = 'move',
t.style.cursor = i ? 'grabbing' : 'grab',
e.isElement &&
requestAnimationFrame(() => {
e.__preventObserver__ = !1
})
}
function c_() {
const i = this;
i.params.watchOverflow &&
i.isLocked ||
i.params.cssMode ||
(
i.isElement &&
(i.__preventObserver__ = !0),
i[i.params.touchEventsTarget === 'container' ? 'el' : 'wrapperEl'].style.cursor = '',
i.isElement &&
requestAnimationFrame(() => {
i.__preventObserver__ = !1
})
)
}
var h_ = {
setGrabCursor: u_,
unsetGrabCursor: c_
};
function d_(i, e) {
e === void 0 &&
(e = this);
function t(n) {
if (!n || n === Ci() || n === Rt()) return null;
n.assignedSlot &&
(n = n.assignedSlot);
const s = n.closest(i);
return !s &&
!n.getRootNode ? null : s ||
t(n.getRootNode().host)
}
return t(e)
}
function rh(i, e, t) {
const n = Rt(),
{
params: s
}
= i,
r = s.edgeSwipeDetection,
a = s.edgeSwipeThreshold;
return r &&
(t <= a || t >= n.innerWidth - a) ? r === 'prevent' ? (e.preventDefault(), !0) : !1 : !0
}
function f_(i) {
const e = this,
t = Ci();
let n = i;
n.originalEvent &&
(n = n.originalEvent);
const s = e.touchEventsData;
if (n.type === 'pointerdown') {
if (s.pointerId !== null && s.pointerId !== n.pointerId) return;
s.pointerId = n.pointerId
} else n.type === 'touchstart' &&
n.targetTouches.length === 1 &&
(s.touchId = n.targetTouches[0].identifier);
if (n.type === 'touchstart') {
rh(e, n, n.targetTouches[0].pageX);
return
}
const {
params: r,
touches: a,
enabled: l
}
= e;
if (
!l ||
!r.simulateTouch &&
n.pointerType === 'mouse' ||
e.animating &&
r.preventInteractionOnTransition
) return;
!e.animating &&
r.cssMode &&
r.loop &&
e.loopFix();
let o = n.target;
if (
r.touchEventsTarget === 'wrapper' &&
!wk(o, e.wrapperEl) ||
'which' in n &&
n.which === 3 ||
'button' in n &&
n.button > 0 ||
s.isTouched &&
s.isMoved
) return;
const u = !!r.noSwipingClass &&
r.noSwipingClass !== '',
c = n.composedPath ? n.composedPath() : n.path;
u &&
n.target &&
n.target.shadowRoot &&
c &&
(o = c[0]);
const h = r.noSwipingSelector ? r.noSwipingSelector : `.${ r.noSwipingClass }`,
d = !!(n.target && n.target.shadowRoot);
if (r.noSwiping && (d ? d_(h, o) : o.closest(h))) {
e.allowClick = !0;
return
}
if (r.swipeHandler && !o.closest(r.swipeHandler)) return;
a.currentX = n.pageX,
a.currentY = n.pageY;
const f = a.currentX,
p = a.currentY;
if (!rh(e, n, f)) return;
Object.assign(
s,
{
isTouched: !0,
isMoved: !1,
allowTouchCallbacks: !0,
isScrolling: void 0,
startMoving: void 0
}
),
a.startX = f,
a.startY = p,
s.touchStartTime = qr(),
e.allowClick = !0,
e.updateSize(),
e.swipeDirection = void 0,
r.threshold > 0 &&
(s.allowThresholdMove = !1);
let g = !0;
o.matches(s.focusableElements) &&
(g = !1, o.nodeName === 'SELECT' && (s.isTouched = !1)),
t.activeElement &&
t.activeElement.matches(s.focusableElements) &&
t.activeElement !== o &&
t.activeElement.blur();
const w = g &&
e.allowTouchMove &&
r.touchStartPreventDefault;
(r.touchStartForcePreventDefault || w) &&
!o.isContentEditable &&
n.preventDefault(),
r.freeMode &&
r.freeMode.enabled &&
e.freeMode &&
e.animating &&
!r.cssMode &&
e.freeMode.onTouchStart(),
e.emit('touchStart', n)
}
function p_(i) {
const e = Ci(),
t = this,
n = t.touchEventsData,
{
params: s,
touches: r,
rtlTranslate: a,
enabled: l
}
= t;
if (!l || !s.simulateTouch && i.pointerType === 'mouse') return;
let o = i;
if (
o.originalEvent &&
(o = o.originalEvent),
o.type === 'pointermove' &&
(n.touchId !== null || o.pointerId !== n.pointerId)
) return;
let u;
if (o.type === 'touchmove') {
if (
u = [
...o.changedTouches
].filter(B => B.identifier === n.touchId) [0],
!u ||
u.identifier !== n.touchId
) return
} else u = o;
if (!n.isTouched) {
n.startMoving &&
n.isScrolling &&
t.emit('touchMoveOpposite', o);
return
}
const c = u.pageX,
h = u.pageY;
if (o.preventedByNestedSwiper) {
r.startX = c,
r.startY = h;
return
}
if (!t.allowTouchMove) {
o.target.matches(n.focusableElements) ||
(t.allowClick = !1),
n.isTouched &&
(
Object.assign(r, {
startX: c,
startY: h,
currentX: c,
currentY: h
}),
n.touchStartTime = qr()
);
return
}
if (s.touchReleaseOnEdges && !s.loop) {
if (t.isVertical()) {
if (
h < r.startY &&
t.translate <= t.maxTranslate() ||
h > r.startY &&
t.translate >= t.minTranslate()
) {
n.isTouched = !1,
n.isMoved = !1;
return
}
} else if (
c < r.startX &&
t.translate <= t.maxTranslate() ||
c > r.startX &&
t.translate >= t.minTranslate()
) return
}
if (
e.activeElement &&
o.target === e.activeElement &&
o.target.matches(n.focusableElements)
) {
n.isMoved = !0,
t.allowClick = !1;
return
}
n.allowTouchCallbacks &&
t.emit('touchMove', o),
r.previousX = r.currentX,
r.previousY = r.currentY,
r.currentX = c,
r.currentY = h;
const d = r.currentX - r.startX,
f = r.currentY - r.startY;
if (t.params.threshold && Math.sqrt(d**2 + f**2) < t.params.threshold) return;
if (typeof n.isScrolling > 'u') {
let B;
t.isHorizontal() &&
r.currentY === r.startY ||
t.isVertical() &&
r.currentX === r.startX ? n.isScrolling = !1 : d * d + f * f >= 25 &&
(
B = Math.atan2(Math.abs(f), Math.abs(d)) * 180 / Math.PI,
n.isScrolling = t.isHorizontal() ? B > s.touchAngle : 90 - B > s.touchAngle
)
}
if (
n.isScrolling &&
t.emit('touchMoveOpposite', o),
typeof n.startMoving > 'u' &&
(r.currentX !== r.startX || r.currentY !== r.startY) &&
(n.startMoving = !0),
n.isScrolling ||
o.type === 'touchmove' &&
n.preventTouchMoveFromPointerMove
) {
n.isTouched = !1;
return
}
if (!n.startMoving) return;
t.allowClick = !1,
!s.cssMode &&
o.cancelable &&
o.preventDefault(),
s.touchMoveStopPropagation &&
!s.nested &&
o.stopPropagation();
let p = t.isHorizontal() ? d : f,
g = t.isHorizontal() ? r.currentX - r.previousX : r.currentY - r.previousY;
s.oneWayMovement &&
(p = Math.abs(p) * (a ? 1 : - 1), g = Math.abs(g) * (a ? 1 : - 1)),
r.diff = p,
p *= s.touchRatio,
a &&
(p = - p, g = - g);
const w = t.touchesDirection;
t.swipeDirection = p > 0 ? 'prev' : 'next',
t.touchesDirection = g > 0 ? 'prev' : 'next';
const y = t.params.loop &&
!s.cssMode,
b = t.touchesDirection === 'next' &&
t.allowSlideNext ||
t.touchesDirection === 'prev' &&
t.allowSlidePrev;
if (!n.isMoved) {
if (
y &&
b &&
t.loopFix({
direction: t.swipeDirection
}),
n.startTranslate = t.getTranslate(),
t.setTransition(0),
t.animating
) {
const B = new window.CustomEvent(
'transitionend',
{
bubbles: !0,
cancelable: !0,
detail: {
bySwiperTouchMove: !0
}
}
);
t.wrapperEl.dispatchEvent(B)
}
n.allowMomentumBounce = !1,
s.grabCursor &&
(t.allowSlideNext === !0 || t.allowSlidePrev === !0) &&
t.setGrabCursor(!0),
t.emit('sliderFirstMove', o)
}
let x;
if (
new Date().getTime(),
n.isMoved &&
n.allowThresholdMove &&
w !== t.touchesDirection &&
y &&
b &&
Math.abs(p) >= 1
) {
Object.assign(
r,
{
startX: c,
startY: h,
currentX: c,
currentY: h,
startTranslate: n.currentTranslate
}
),
n.loopSwapReset = !0,
n.startTranslate = n.currentTranslate;
return
}
t.emit('sliderMove', o),
n.isMoved = !0,
n.currentTranslate = p + n.startTranslate;
let k = !0,
S = s.resistanceRatio;
if (
s.touchReleaseOnEdges &&
(S = 0),
p > 0 ? (
y &&
b &&
!x &&
n.allowThresholdMove &&
n.currentTranslate > (
s.centeredSlides ? t.minTranslate() - t.slidesSizesGrid[t.activeIndex + 1] - (
s.slidesPerView !== 'auto' &&
t.slides.length - s.slidesPerView >= 2 ? t.slidesSizesGrid[t.activeIndex + 1] + t.params.spaceBetween : 0
) - t.params.spaceBetween : t.minTranslate()
) &&
t.loopFix({
direction: 'prev',
setTranslate: !0,
activeSlideIndex: 0
}),
n.currentTranslate > t.minTranslate() &&
(
k = !1,
s.resistance &&
(
n.currentTranslate = t.minTranslate() - 1 + ( - t.minTranslate() + n.startTranslate + p) **S
)
)
) : p < 0 &&
(
y &&
b &&
!x &&
n.allowThresholdMove &&
n.currentTranslate < (
s.centeredSlides ? t.maxTranslate() + t.slidesSizesGrid[t.slidesSizesGrid.length - 1] + t.params.spaceBetween + (
s.slidesPerView !== 'auto' &&
t.slides.length - s.slidesPerView >= 2 ? t.slidesSizesGrid[t.slidesSizesGrid.length - 1] + t.params.spaceBetween : 0
) : t.maxTranslate()
) &&
t.loopFix({
direction: 'next',
setTranslate: !0,
activeSlideIndex: t.slides.length - (
s.slidesPerView === 'auto' ? t.slidesPerViewDynamic() : Math.ceil(parseFloat(s.slidesPerView, 10))
)
}),
n.currentTranslate < t.maxTranslate() &&
(
k = !1,
s.resistance &&
(
n.currentTranslate = t.maxTranslate() + 1 - (t.maxTranslate() - n.startTranslate - p) **S
)
)
),
k &&
(o.preventedByNestedSwiper = !0),
!t.allowSlideNext &&
t.swipeDirection === 'next' &&
n.currentTranslate < n.startTranslate &&
(n.currentTranslate = n.startTranslate),
!t.allowSlidePrev &&
t.swipeDirection === 'prev' &&
n.currentTranslate > n.startTranslate &&
(n.currentTranslate = n.startTranslate),
!t.allowSlidePrev &&
!t.allowSlideNext &&
(n.currentTranslate = n.startTranslate),
s.threshold > 0
) if (Math.abs(p) > s.threshold || n.allowThresholdMove) {
if (!n.allowThresholdMove) {
n.allowThresholdMove = !0,
r.startX = r.currentX,
r.startY = r.currentY,
n.currentTranslate = n.startTranslate,
r.diff = t.isHorizontal() ? r.currentX - r.startX : r.currentY - r.startY;
return
}
} else {
n.currentTranslate = n.startTranslate;
return
}
!s.followFinger ||
s.cssMode ||
(
(
s.freeMode &&
s.freeMode.enabled &&
t.freeMode ||
s.watchSlidesProgress
) &&
(t.updateActiveIndex(), t.updateSlidesClasses()),
s.freeMode &&
s.freeMode.enabled &&
t.freeMode &&
t.freeMode.onTouchMove(),
t.updateProgress(n.currentTranslate),
t.setTranslate(n.currentTranslate)
)
}
function m_(i) {
const e = this,
t = e.touchEventsData;
let n = i;
n.originalEvent &&
(n = n.originalEvent);
let s;
if (n.type === 'touchend' || n.type === 'touchcancel') {
if (
s = [
...n.changedTouches
].filter(S => S.identifier === t.touchId) [0],
!s ||
s.identifier !== t.touchId
) return
} else {
if (t.touchId !== null || n.pointerId !== t.pointerId) return;
s = n
}
if (
['pointercancel',
'pointerout',
'pointerleave',
'contextmenu'].includes(n.type) &&
!(
['pointercancel',
'contextmenu'].includes(n.type) &&
(e.browser.isSafari || e.browser.isWebView)
)
) return;
t.pointerId = null,
t.touchId = null;
const {
params: a,
touches: l,
rtlTranslate: o,
slidesGrid: u,
enabled: c
}
= e;
if (!c || !a.simulateTouch && n.pointerType === 'mouse') return;
if (
t.allowTouchCallbacks &&
e.emit('touchEnd', n),
t.allowTouchCallbacks = !1,
!t.isTouched
) {
t.isMoved &&
a.grabCursor &&
e.setGrabCursor(!1),
t.isMoved = !1,
t.startMoving = !1;
return
}
a.grabCursor &&
t.isMoved &&
t.isTouched &&
(e.allowSlideNext === !0 || e.allowSlidePrev === !0) &&
e.setGrabCursor(!1);
const h = qr(),
d = h - t.touchStartTime;
if (e.allowClick) {
const S = n.path ||
n.composedPath &&
n.composedPath();
e.updateClickedSlide(S && S[0] || n.target, S),
e.emit('tap click', n),
d < 300 &&
h - t.lastClickTime < 300 &&
e.emit('doubleTap doubleClick', n)
}
if (
t.lastClickTime = qr(),
mo(() => {
e.destroyed ||
(e.allowClick = !0)
}),
!t.isTouched ||
!t.isMoved ||
!e.swipeDirection ||
l.diff === 0 &&
!t.loopSwapReset ||
t.currentTranslate === t.startTranslate &&
!t.loopSwapReset
) {
t.isTouched = !1,
t.isMoved = !1,
t.startMoving = !1;
return
}
t.isTouched = !1,
t.isMoved = !1,
t.startMoving = !1;
let f;
if (
a.followFinger ? f = o ? e.translate : - e.translate : f = - t.currentTranslate,
a.cssMode
) return;
if (a.freeMode && a.freeMode.enabled) {
e.freeMode.onTouchEnd({
currentPos: f
});
return
}
const p = f >= - e.maxTranslate() &&
!e.params.loop;
let g = 0,
w = e.slidesSizesGrid[0];
for (
let S = 0;
S < u.length;
S += S < a.slidesPerGroupSkip ? 1 : a.slidesPerGroup
) {
const B = S < a.slidesPerGroupSkip - 1 ? 1 : a.slidesPerGroup;
typeof u[S + B] < 'u' ? (p || f >= u[S] && f < u[S + B]) &&
(g = S, w = u[S + B] - u[S]) : (p || f >= u[S]) &&
(g = S, w = u[u.length - 1] - u[u.length - 2])
}
let y = null,
b = null;
a.rewind &&
(
e.isBeginning ? b = a.virtual &&
a.virtual.enabled &&
e.virtual ? e.virtual.slides.length - 1 : e.slides.length - 1 : e.isEnd &&
(y = 0)
);
const x = (f - u[g]) / w,
k = g < a.slidesPerGroupSkip - 1 ? 1 : a.slidesPerGroup;
if (d > a.longSwipesMs) {
if (!a.longSwipes) {
e.slideTo(e.activeIndex);
return
}
e.swipeDirection === 'next' &&
(
x >= a.longSwipesRatio ? e.slideTo(a.rewind && e.isEnd ? y : g + k) : e.slideTo(g)
),
e.swipeDirection === 'prev' &&
(
x > 1 - a.longSwipesRatio ? e.slideTo(g + k) : b !== null &&
x < 0 &&
Math.abs(x) > a.longSwipesRatio ? e.slideTo(b) : e.slideTo(g)
)
} else {
if (!a.shortSwipes) {
e.slideTo(e.activeIndex);
return
}
e.navigation &&
(
n.target === e.navigation.nextEl ||
n.target === e.navigation.prevEl
) ? n.target === e.navigation.nextEl ? e.slideTo(g + k) : e.slideTo(g) : (
e.swipeDirection === 'next' &&
e.slideTo(y !== null ? y : g + k),
e.swipeDirection === 'prev' &&
e.slideTo(b !== null ? b : g)
)
}
}
function ah() {
const i = this,
{
params: e,
el: t
}
= i;
if (t && t.offsetWidth === 0) return;
e.breakpoints &&
i.setBreakpoint();
const {
allowSlideNext: n,
allowSlidePrev: s,
snapGrid: r
}
= i,
a = i.virtual &&
i.params.virtual.enabled;
i.allowSlideNext = !0,
i.allowSlidePrev = !0,
i.updateSize(),
i.updateSlides(),
i.updateSlidesClasses();
const l = a &&
e.loop;
(e.slidesPerView === 'auto' || e.slidesPerView > 1) &&
i.isEnd &&
!i.isBeginning &&
!i.params.centeredSlides &&
!l ? i.slideTo(i.slides.length - 1, 0, !1, !0) : i.params.loop &&
!a ? i.slideToLoop(i.realIndex, 0, !1, !0) : i.slideTo(i.activeIndex, 0, !1, !0),
i.autoplay &&
i.autoplay.running &&
i.autoplay.paused &&
(
clearTimeout(i.autoplay.resizeTimeout),
i.autoplay.resizeTimeout = setTimeout(
() => {
i.autoplay &&
i.autoplay.running &&
i.autoplay.paused &&
i.autoplay.resume()
},
500
)
),
i.allowSlidePrev = s,
i.allowSlideNext = n,
i.params.watchOverflow &&
r !== i.snapGrid &&
i.checkOverflow()
}
function g_(i) {
const e = this;
!e.enabled ||
e.allowClick ||
(
e.params.preventClicks &&
i.preventDefault(),
e.params.preventClicksPropagation &&
e.animating &&
(i.stopPropagation(), i.stopImmediatePropagation())
)
}
function y_() {
const i = this,
{
wrapperEl: e,
rtlTranslate: t,
enabled: n
}
= i;
if (!n) return;
i.previousTranslate = i.translate,
i.isHorizontal() ? i.translate = - e.scrollLeft : i.translate = - e.scrollTop,
i.translate === 0 &&
(i.translate = 0),
i.updateActiveIndex(),
i.updateSlidesClasses();
let s;
const r = i.maxTranslate() - i.minTranslate();
r === 0 ? s = 0 : s = (i.translate - i.minTranslate()) / r,
s !== i.progress &&
i.updateProgress(t ? - i.translate : i.translate),
i.emit('setTranslate', i.translate, !1)
}
function v_(i) {
const e = this;
Cr(e, i.target),
!(
e.params.cssMode ||
e.params.slidesPerView !== 'auto' &&
!e.params.autoHeight
) &&
e.update()
}
function b_() {
const i = this;
i.documentTouchHandlerProceeded ||
(
i.documentTouchHandlerProceeded = !0,
i.params.touchReleaseOnEdges &&
(i.el.style.touchAction = 'auto')
)
}
const xp = (i, e) => {
const t = Ci(),
{
params: n,
el: s,
wrapperEl: r,
device: a
}
= i,
l = !!n.nested,
o = e === 'on' ? 'addEventListener' : 'removeEventListener',
u = e;
!s ||
typeof s == 'string' ||
(
t[o]('touchstart', i.onDocumentTouchStart, {
passive: !1,
capture: l
}),
s[o]('touchstart', i.onTouchStart, {
passive: !1
}),
s[o]('pointerdown', i.onTouchStart, {
passive: !1
}),
t[o]('touchmove', i.onTouchMove, {
passive: !1,
capture: l
}),
t[o]('pointermove', i.onTouchMove, {
passive: !1,
capture: l
}),
t[o]('touchend', i.onTouchEnd, {
passive: !0
}),
t[o]('pointerup', i.onTouchEnd, {
passive: !0
}),
t[o]('pointercancel', i.onTouchEnd, {
passive: !0
}),
t[o]('touchcancel', i.onTouchEnd, {
passive: !0
}),
t[o]('pointerout', i.onTouchEnd, {
passive: !0
}),
t[o]('pointerleave', i.onTouchEnd, {
passive: !0
}),
t[o]('contextmenu', i.onTouchEnd, {
passive: !0
}),
(n.preventClicks || n.preventClicksPropagation) &&
s[o]('click', i.onClick, !0),
n.cssMode &&
r[o]('scroll', i.onScroll),
n.updateOnWindowResize ? i[u](
a.ios ||
a.android ? 'resize orientationchange observerUpdate' : 'resize observerUpdate',
ah,
!0
) : i[u]('observerUpdate', ah, !0),
s[o]('load', i.onLoad, {
capture: !0
})
)
};
function w_() {
const i = this,
{
params: e
}
= i;
i.onTouchStart = f_.bind(i),
i.onTouchMove = p_.bind(i),
i.onTouchEnd = m_.bind(i),
i.onDocumentTouchStart = b_.bind(i),
e.cssMode &&
(i.onScroll = y_.bind(i)),
i.onClick = g_.bind(i),
i.onLoad = v_.bind(i),
xp(i, 'on')
}
function k_() {
xp(this, 'off')
}
var __ = {
attachEvents: w_,
detachEvents: k_
};
const lh = (i, e) => i.grid &&
e.grid &&
e.grid.rows > 1;
function x_() {
const i = this,
{
realIndex: e,
initialized: t,
params: n,
el: s
}
= i,
r = n.breakpoints;
if (!r || r && Object.keys(r).length === 0) return;
const a = i.getBreakpoint(r, i.params.breakpointsBase, i.el);
if (!a || i.currentBreakpoint === a) return;
const o = (a in r ? r[a] : void 0) ||
i.originalParams,
u = lh(i, n),
c = lh(i, o),
h = i.params.grabCursor,
d = o.grabCursor,
f = n.enabled;
u &&
!c ? (
s.classList.remove(
`${ n.containerModifierClass }grid`,
`${ n.containerModifierClass }grid-column`
),
i.emitContainerClasses()
) : !u &&
c &&
(
s.classList.add(`${ n.containerModifierClass }grid`),
(
o.grid.fill &&
o.grid.fill === 'column' ||
!o.grid.fill &&
n.grid.fill === 'column'
) &&
s.classList.add(`${ n.containerModifierClass }grid-column`),
i.emitContainerClasses()
),
h &&
!d ? i.unsetGrabCursor() : !h &&
d &&
i.setGrabCursor(),
[
'navigation',
'pagination',
'scrollbar'
].forEach(
x => {
if (typeof o[x] > 'u') return;
const k = n[x] &&
n[x].enabled,
S = o[x] &&
o[x].enabled;
k &&
!S &&
i[x].disable(),
!k &&
S &&
i[x].enable()
}
);
const p = o.direction &&
o.direction !== n.direction,
g = n.loop &&
(o.slidesPerView !== n.slidesPerView || p),
w = n.loop;
p &&
t &&
i.changeDirection(),
Pt(i.params, o);
const y = i.params.enabled,
b = i.params.loop;
Object.assign(
i,
{
allowTouchMove: i.params.allowTouchMove,
allowSlideNext: i.params.allowSlideNext,
allowSlidePrev: i.params.allowSlidePrev
}
),
f &&
!y ? i.disable() : !f &&
y &&
i.enable(),
i.currentBreakpoint = a,
i.emit('_beforeBreakpoint', o),
t &&
(
g ? (i.loopDestroy(), i.loopCreate(e), i.updateSlides()) : !w &&
b ? (i.loopCreate(e), i.updateSlides()) : w &&
!b &&
i.loopDestroy()
),
i.emit('breakpoint', o)
}
function T_(i, e, t) {
if (e === void 0 && (e = 'window'), !i || e === 'container' && !t) return;
let n = !1;
const s = Rt(),
r = e === 'window' ? s.innerHeight : t.clientHeight,
a = Object.keys(i).map(
l => {
if (typeof l == 'string' && l.indexOf('@') === 0) {
const o = parseFloat(l.substr(1));
return {
value: r * o,
point: l
}
}
return {
value: l,
point: l
}
}
);
a.sort((l, o) => parseInt(l.value, 10) - parseInt(o.value, 10));
for (let l = 0; l < a.length; l += 1) {
const {
point: o,
value: u
}
= a[l];
e === 'window' ? s.matchMedia(`(min-width: ${ u }px)`).matches &&
(n = o) : u <= t.clientWidth &&
(n = o)
}
return n ||
'max'
}
var S_ = {
setBreakpoint: x_,
getBreakpoint: T_
};
function E_(i, e) {
const t = [];
return i.forEach(
n => {
typeof n == 'object' ? Object.keys(n).forEach(s => {
n[s] &&
t.push(e + s)
}) : typeof n == 'string' &&
t.push(e + n)
}
),
t
}
function C_() {
const i = this,
{
classNames: e,
params: t,
rtl: n,
el: s,
device: r
}
= i,
a = E_(
['initialized',
t.direction,
{
'free-mode': i.params.freeMode &&
t.freeMode.enabled
},
{
autoheight: t.autoHeight
},
{
rtl: n
},
{
grid: t.grid &&
t.grid.rows > 1
},
{
'grid-column': t.grid &&
t.grid.rows > 1 &&
t.grid.fill === 'column'
},
{
android: r.android
},
{
ios: r.ios
},
{
'css-mode': t.cssMode
},
{
centered: t.cssMode &&
t.centeredSlides
},
{
'watch-progress': t.watchSlidesProgress
}
],
t.containerModifierClass
);
e.push(...a),
s.classList.add(...e),
i.emitContainerClasses()
}
function $_() {
const i = this,
{
el: e,
classNames: t
}
= i;
!e ||
typeof e == 'string' ||
(e.classList.remove(...t), i.emitContainerClasses())
}
var L_ = {
addClasses: C_,
removeClasses: $_
};
function P_() {
const i = this,
{
isLocked: e,
params: t
}
= i,
{
slidesOffsetBefore: n
}
= t;
if (n) {
const s = i.slides.length - 1,
r = i.slidesGrid[s] + i.slidesSizesGrid[s] + n * 2;
i.isLocked = i.size > r
} else i.isLocked = i.snapGrid.length === 1;
t.allowSlideNext === !0 &&
(i.allowSlideNext = !i.isLocked),
t.allowSlidePrev === !0 &&
(i.allowSlidePrev = !i.isLocked),
e &&
e !== i.isLocked &&
(i.isEnd = !1),
e !== i.isLocked &&
i.emit(i.isLocked ? 'lock' : 'unlock')
}
var I_ = {
checkOverflow: P_
},
vo = {
init: !0,
direction: 'horizontal',
oneWayMovement: !1,
swiperElementNodeName: 'SWIPER-CONTAINER',
touchEventsTarget: 'wrapper',
initialSlide: 0,
speed: 300,
cssMode: !1,
updateOnWindowResize: !0,
resizeObserver: !0,
nested: !1,
createElements: !1,
eventsPrefix: 'swiper',
enabled: !0,
focusableElements: 'input, select, option, textarea, button, video, label',
width: null,
height: null,
preventInteractionOnTransition: !1,
userAgent: null,
url: null,
edgeSwipeDetection: !1,
edgeSwipeThreshold: 20,
autoHeight: !1,
setWrapperSize: !1,
virtualTranslate: !1,
effect: 'slide',
breakpoints: void 0,
breakpointsBase: 'window',
spaceBetween: 0,
slidesPerView: 1,
slidesPerGroup: 1,
slidesPerGroupSkip: 0,
slidesPerGroupAuto: !1,
centeredSlides: !1,
centeredSlidesBounds: !1,
slidesOffsetBefore: 0,
slidesOffsetAfter: 0,
normalizeSlideIndex: !0,
centerInsufficientSlides: !1,
watchOverflow: !0,
roundLengths: !1,
touchRatio: 1,
touchAngle: 45,
simulateTouch: !0,
shortSwipes: !0,
longSwipes: !0,
longSwipesRatio: 0.5,
longSwipesMs: 300,
followFinger: !0,
allowTouchMove: !0,
threshold: 5,
touchMoveStopPropagation: !1,
touchStartPreventDefault: !0,
touchStartForcePreventDefault: !1,
touchReleaseOnEdges: !1,
uniqueNavElements: !0,
resistance: !0,
resistanceRatio: 0.85,
watchSlidesProgress: !1,
grabCursor: !1,
preventClicks: !0,
preventClicksPropagation: !0,
slideToClickedSlide: !1,
loop: !1,
loopAddBlankSlides: !0,
loopAdditionalSlides: 0,
loopPreventsSliding: !0,
rewind: !1,
allowSlidePrev: !0,
allowSlideNext: !0,
swipeHandler: null,
noSwiping: !0,
noSwipingClass: 'swiper-no-swiping',
noSwipingSelector: null,
passiveListeners: !0,
maxBackfaceHiddenSlides: 10,
containerModifierClass: 'swiper-',
slideClass: 'swiper-slide',
slideBlankClass: 'swiper-slide-blank',
slideActiveClass: 'swiper-slide-active',
slideVisibleClass: 'swiper-slide-visible',
slideFullyVisibleClass: 'swiper-slide-fully-visible',
slideNextClass: 'swiper-slide-next',
slidePrevClass: 'swiper-slide-prev',
wrapperClass: 'swiper-wrapper',
lazyPreloaderClass: 'swiper-lazy-preloader',
lazyPreloadPrevNext: 0,
runCallbacksOnInit: !0,
_emitClasses: !1
};
function N_(i, e) {
return function (n) {
n === void 0 &&
(n = {});
const s = Object.keys(n) [0],
r = n[s];
if (typeof r != 'object' || r === null) {
Pt(e, n);
return
}
if (
i[s] === !0 &&
(i[s] = {
enabled: !0
}),
s === 'navigation' &&
i[s] &&
i[s].enabled &&
!i[s].prevEl &&
!i[s].nextEl &&
(i[s].auto = !0),
[
'pagination',
'scrollbar'
].indexOf(s) >= 0 &&
i[s] &&
i[s].enabled &&
!i[s].el &&
(i[s].auto = !0),
!(s in i && 'enabled' in r)
) {
Pt(e, n);
return
}
typeof i[s] == 'object' &&
!('enabled' in i[s]) &&
(i[s].enabled = !0),
i[s] ||
(i[s] = {
enabled: !1
}),
Pt(e, n)
}
}
const kl = {
eventsEmitter: Lk,
update: Vk,
translate: qk,
transition: Jk,
slide: s_,
loop: o_,
grabCursor: h_,
events: __,
breakpoints: S_,
checkOverflow: I_,
classes: L_
},
_l = {};
class At {
constructor() {
let e,
t;
for (var n = arguments.length, s = new Array(n), r = 0; r < n; r++) s[r] = arguments[r];
s.length === 1 &&
s[0].constructor &&
Object.prototype.toString.call(s[0]).slice(8, - 1) === 'Object' ? t = s[0] : [
e,
t
] = s,
t ||
(t = {}),
t = Pt({
}, t),
e &&
!t.el &&
(t.el = e);
const a = Ci();
if (
t.el &&
typeof t.el == 'string' &&
a.querySelectorAll(t.el).length > 1
) {
const c = [];
return a.querySelectorAll(t.el).forEach(h => {
const d = Pt({
}, t, {
el: h
});
c.push(new At(d))
}),
c
}
const l = this;
l.__swiper__ = !0,
l.support = wp(),
l.device = kp({
userAgent: t.userAgent
}),
l.browser = Ek(),
l.eventsListeners = {},
l.eventsAnyListeners = [],
l.modules = [
...l.__modules__
],
t.modules &&
Array.isArray(t.modules) &&
l.modules.push(...t.modules);
const o = {};
l.modules.forEach(
c => {
c({
params: t,
swiper: l,
extendParams: N_(t, o),
on: l.on.bind(l),
once: l.once.bind(l),
off: l.off.bind(l),
emit: l.emit.bind(l)
})
}
);
const u = Pt({
}, vo, o);
return l.params = Pt({
}, u, _l, t),
l.originalParams = Pt({
}, l.params),
l.passedParams = Pt({
}, t),
l.params &&
l.params.on &&
Object.keys(l.params.on).forEach(c => {
l.on(c, l.params.on[c])
}),
l.params &&
l.params.onAny &&
l.onAny(l.params.onAny),
Object.assign(
l,
{
enabled: l.params.enabled,
el: e,
classNames: [],
slides: [],
slidesGrid: [],
snapGrid: [],
slidesSizesGrid: [],
isHorizontal() {
return l.params.direction === 'horizontal'
},
isVertical() {
return l.params.direction === 'vertical'
},
activeIndex: 0,
realIndex: 0,
isBeginning: !0,
isEnd: !1,
translate: 0,
previousTranslate: 0,
progress: 0,
velocity: 0,
animating: !1,
cssOverflowAdjustment() {
return Math.trunc(this.translate / 2**23) * 2**23
},
allowSlideNext: l.params.allowSlideNext,
allowSlidePrev: l.params.allowSlidePrev,
touchEventsData: {
isTouched: void 0,
isMoved: void 0,
allowTouchCallbacks: void 0,
touchStartTime: void 0,
isScrolling: void 0,
currentTranslate: void 0,
startTranslate: void 0,
allowThresholdMove: void 0,
focusableElements: l.params.focusableElements,
lastClickTime: 0,
clickTimeout: void 0,
velocities: [],
allowMomentumBounce: void 0,
startMoving: void 0,
pointerId: null,
touchId: null
},
allowClick: !0,
allowTouchMove: l.params.allowTouchMove,
touches: {
startX: 0,
startY: 0,
currentX: 0,
currentY: 0,
diff: 0
},
imagesToLoad: [],
imagesLoaded: 0
}
),
l.emit('_swiper'),
l.params.init &&
l.init(),
l
}
getDirectionLabel(e) {
return this.isHorizontal() ? e : {
width: 'height',
'margin-top': 'margin-left',
'margin-bottom ': 'margin-right',
'margin-left': 'margin-top',
'margin-right': 'margin-bottom',
'padding-left': 'padding-top',
'padding-right': 'padding-bottom',
marginRight: 'marginBottom'
}
[
e
]
}
getSlideIndex(e) {
const {
slidesEl: t,
params: n
}
= this,
s = di(t, `.${ n.slideClass }, swiper-slide`),
r = Xr(s[0]);
return Xr(e) - r
}
getSlideIndexByData(e) {
return this.getSlideIndex(
this.slides.filter(t => t.getAttribute('data-swiper-slide-index') * 1 === e) [0]
)
}
recalcSlides() {
const e = this,
{
slidesEl: t,
params: n
}
= e;
e.slides = di(t, `.${ n.slideClass }, swiper-slide`)
}
enable() {
const e = this;
e.enabled ||
(
e.enabled = !0,
e.params.grabCursor &&
e.setGrabCursor(),
e.emit('enable')
)
}
disable() {
const e = this;
!e.enabled ||
(
e.enabled = !1,
e.params.grabCursor &&
e.unsetGrabCursor(),
e.emit('disable')
)
}
setProgress(e, t) {
const n = this;
e = Math.min(Math.max(e, 0), 1);
const s = n.minTranslate(),
a = (n.maxTranslate() - s) * e + s;
n.translateTo(a, typeof t > 'u' ? 0 : t),
n.updateActiveIndex(),
n.updateSlidesClasses()
}
emitContainerClasses() {
const e = this;
if (!e.params._emitClasses || !e.el) return;
const t = e.el.className.split(' ').filter(
n => n.indexOf('swiper') === 0 ||
n.indexOf(e.params.containerModifierClass) === 0
);
e.emit('_containerClasses', t.join(' '))
}
getSlideClasses(e) {
const t = this;
return t.destroyed ? '' : e.className.split(' ').filter(
n => n.indexOf('swiper-slide') === 0 ||
n.indexOf(t.params.slideClass) === 0
).join(' ')
}
emitSlidesClasses() {
const e = this;
if (!e.params._emitClasses || !e.el) return;
const t = [];
e.slides.forEach(
n => {
const s = e.getSlideClasses(n);
t.push({
slideEl: n,
classNames: s
}),
e.emit('_slideClass', n, s)
}
),
e.emit('_slideClasses', t)
}
slidesPerViewDynamic(e, t) {
e === void 0 &&
(e = 'current'),
t === void 0 &&
(t = !1);
const n = this,
{
params: s,
slides: r,
slidesGrid: a,
slidesSizesGrid: l,
size: o,
activeIndex: u
}
= n;
let c = 1;
if (typeof s.slidesPerView == 'number') return s.slidesPerView;
if (s.centeredSlides) {
let h = r[u] ? Math.ceil(r[u].swiperSlideSize) : 0,
d;
for (let f = u + 1; f < r.length; f += 1) r[f] &&
!d &&
(h += Math.ceil(r[f].swiperSlideSize), c += 1, h > o && (d = !0));
for (let f = u - 1; f >= 0; f -= 1) r[f] &&
!d &&
(h += r[f].swiperSlideSize, c += 1, h > o && (d = !0))
} else if (e === 'current') for (let h = u + 1; h < r.length; h += 1) (t ? a[h] + l[h] - a[u] < o : a[h] - a[u] < o) &&
(c += 1);
else for (let h = u - 1; h >= 0; h -= 1) a[u] - a[h] < o &&
(c += 1);
return c
}
update() {
const e = this;
if (!e || e.destroyed) return;
const {
snapGrid: t,
params: n
}
= e;
n.breakpoints &&
e.setBreakpoint(),
[
...e.el.querySelectorAll('[loading="lazy"]')
].forEach(a => {
a.complete &&
Cr(e, a)
}),
e.updateSize(),
e.updateSlides(),
e.updateProgress(),
e.updateSlidesClasses();
function s() {
const a = e.rtlTranslate ? e.translate * - 1 : e.translate,
l = Math.min(Math.max(a, e.maxTranslate()), e.minTranslate());
e.setTranslate(l),
e.updateActiveIndex(),
e.updateSlidesClasses()
}
let r;
if (n.freeMode && n.freeMode.enabled && !n.cssMode) s(),
n.autoHeight &&
e.updateAutoHeight();
else {
if (
(n.slidesPerView === 'auto' || n.slidesPerView > 1) &&
e.isEnd &&
!n.centeredSlides
) {
const a = e.virtual &&
n.virtual.enabled ? e.virtual.slides : e.slides;
r = e.slideTo(a.length - 1, 0, !1, !0)
} else r = e.slideTo(e.activeIndex, 0, !1, !0);
r ||
s()
}
n.watchOverflow &&
t !== e.snapGrid &&
e.checkOverflow(),
e.emit('update')
}
changeDirection(e, t) {
t === void 0 &&
(t = !0);
const n = this,
s = n.params.direction;
return e ||
(e = s === 'horizontal' ? 'vertical' : 'horizontal'),
e === s ||
e !== 'horizontal' &&
e !== 'vertical' ||
(
n.el.classList.remove(`${ n.params.containerModifierClass }${ s }`),
n.el.classList.add(`${ n.params.containerModifierClass }${ e }`),
n.emitContainerClasses(),
n.params.direction = e,
n.slides.forEach(r => {
e === 'vertical' ? r.style.width = '' : r.style.height = ''
}),
n.emit('changeDirection'),
t &&
n.update()
),
n
}
changeLanguageDirection(e) {
const t = this;
t.rtl &&
e === 'rtl' ||
!t.rtl &&
e === 'ltr' ||
(
t.rtl = e === 'rtl',
t.rtlTranslate = t.params.direction === 'horizontal' &&
t.rtl,
t.rtl ? (
t.el.classList.add(`${ t.params.containerModifierClass }rtl`),
t.el.dir = 'rtl'
) : (
t.el.classList.remove(`${ t.params.containerModifierClass }rtl`),
t.el.dir = 'ltr'
),
t.update()
)
}
mount(e) {
const t = this;
if (t.mounted) return !0;
let n = e ||
t.params.el;
if (typeof n == 'string' && (n = document.querySelector(n)), !n) return !1;
n.swiper = t,
n.parentNode &&
n.parentNode.host &&
n.parentNode.host.nodeName === t.params.swiperElementNodeName.toUpperCase() &&
(t.isElement = !0);
const s = () => `.${ (t.params.wrapperClass || '').trim().split(' ').join('.') }`;
let a = (
() => n &&
n.shadowRoot &&
n.shadowRoot.querySelector ? n.shadowRoot.querySelector(s()) : di(n, s()) [0]
) ();
return !a &&
t.params.createElements &&
(
a = Kr('div', t.params.wrapperClass),
n.append(a),
di(n, `.${ t.params.slideClass }`).forEach(l => {
a.append(l)
})
),
Object.assign(
t,
{
el: n,
wrapperEl: a,
slidesEl: t.isElement &&
!n.parentNode.host.slideSlots ? n.parentNode.host : a,
hostEl: t.isElement ? n.parentNode.host : n,
mounted: !0,
rtl: n.dir.toLowerCase() === 'rtl' ||
Vi(n, 'direction') === 'rtl',
rtlTranslate: t.params.direction === 'horizontal' &&
(n.dir.toLowerCase() === 'rtl' || Vi(n, 'direction') === 'rtl'),
wrongRTL: Vi(a, 'display') === '-webkit-box'
}
),
!0
}
init(e) {
const t = this;
if (t.initialized || t.mount(e) === !1) return t;
t.emit('beforeInit'),
t.params.breakpoints &&
t.setBreakpoint(),
t.addClasses(),
t.updateSize(),
t.updateSlides(),
t.params.watchOverflow &&
t.checkOverflow(),
t.params.grabCursor &&
t.enabled &&
t.setGrabCursor(),
t.params.loop &&
t.virtual &&
t.params.virtual.enabled ? t.slideTo(
t.params.initialSlide + t.virtual.slidesBefore,
0,
t.params.runCallbacksOnInit,
!1,
!0
) : t.slideTo(t.params.initialSlide, 0, t.params.runCallbacksOnInit, !1, !0),
t.params.loop &&
t.loopCreate(),
t.attachEvents();
const s = [
...t.el.querySelectorAll('[loading="lazy"]')
];
return t.isElement &&
s.push(...t.hostEl.querySelectorAll('[loading="lazy"]')),
s.forEach(
r => {
r.complete ? Cr(t, r) : r.addEventListener('load', a => {
Cr(t, a.target)
})
}
),
yo(t),
t.initialized = !0,
yo(t),
t.emit('init'),
t.emit('afterInit'),
t
}
destroy(e, t) {
e === void 0 &&
(e = !0),
t === void 0 &&
(t = !0);
const n = this,
{
params: s,
el: r,
wrapperEl: a,
slides: l
}
= n;
return typeof n.params > 'u' ||
n.destroyed ||
(
n.emit('beforeDestroy'),
n.initialized = !1,
n.detachEvents(),
s.loop &&
n.loopDestroy(),
t &&
(
n.removeClasses(),
r &&
typeof r != 'string' &&
r.removeAttribute('style'),
a &&
a.removeAttribute('style'),
l &&
l.length &&
l.forEach(
o => {
o.classList.remove(
s.slideVisibleClass,
s.slideFullyVisibleClass,
s.slideActiveClass,
s.slideNextClass,
s.slidePrevClass
),
o.removeAttribute('style'),
o.removeAttribute('data-swiper-slide-index')
}
)
),
n.emit('destroy'),
Object.keys(n.eventsListeners).forEach(o => {
n.off(o)
}),
e !== !1 &&
(n.el && typeof n.el != 'string' && (n.el.swiper = null), gk(n)),
n.destroyed = !0
),
null
}
static extendDefaults(e) {
Pt(_l, e)
}
static get extendedDefaults() {
return _l
}
static get defaults() {
return vo
}
static installModule(e) {
At.prototype.__modules__ ||
(At.prototype.__modules__ = []);
const t = At.prototype.__modules__;
typeof e == 'function' &&
t.indexOf(e) < 0 &&
t.push(e)
}
static use(e) {
return Array.isArray(e) ? (e.forEach(t => At.installModule(t)), At) : (At.installModule(e), At)
}
}
Object.keys(kl).forEach(
i => {
Object.keys(kl[i]).forEach(e => {
At.prototype[e] = kl[i][e]
})
}
);
At.use([Ck,
$k]);
const Tp = [
'eventsPrefix',
'injectStyles',
'injectStylesUrls',
'modules',
'init',
'_direction',
'oneWayMovement',
'swiperElementNodeName',
'touchEventsTarget',
'initialSlide',
'_speed',
'cssMode',
'updateOnWindowResize',
'resizeObserver',
'nested',
'focusableElements',
'_enabled',
'_width',
'_height',
'preventInteractionOnTransition',
'userAgent',
'url',
'_edgeSwipeDetection',
'_edgeSwipeThreshold',
'_freeMode',
'_autoHeight',
'setWrapperSize',
'virtualTranslate',
'_effect',
'breakpoints',
'breakpointsBase',
'_spaceBetween',
'_slidesPerView',
'maxBackfaceHiddenSlides',
'_grid',
'_slidesPerGroup',
'_slidesPerGroupSkip',
'_slidesPerGroupAuto',
'_centeredSlides',
'_centeredSlidesBounds',
'_slidesOffsetBefore',
'_slidesOffsetAfter',
'normalizeSlideIndex',
'_centerInsufficientSlides',
'_watchOverflow',
'roundLengths',
'touchRatio',
'touchAngle',
'simulateTouch',
'_shortSwipes',
'_longSwipes',
'longSwipesRatio',
'longSwipesMs',
'_followFinger',
'allowTouchMove',
'_threshold',
'touchMoveStopPropagation',
'touchStartPreventDefault',
'touchStartForcePreventDefault',
'touchReleaseOnEdges',
'uniqueNavElements',
'_resistance',
'_resistanceRatio',
'_watchSlidesProgress',
'_grabCursor',
'preventClicks',
'preventClicksPropagation',
'_slideToClickedSlide',
'_loop',
'loopAdditionalSlides',
'loopAddBlankSlides',
'loopPreventsSliding',
'_rewind',
'_allowSlidePrev',
'_allowSlideNext',
'_swipeHandler',
'_noSwiping',
'noSwipingClass',
'noSwipingSelector',
'passiveListeners',
'containerModifierClass',
'slideClass',
'slideActiveClass',
'slideVisibleClass',
'slideFullyVisibleClass',
'slideNextClass',
'slidePrevClass',
'slideBlankClass',
'wrapperClass',
'lazyPreloaderClass',
'lazyPreloadPrevNext',
'runCallbacksOnInit',
'observer',
'observeParents',
'observeSlideChildren',
'a11y',
'_autoplay',
'_controller',
'coverflowEffect',
'cubeEffect',
'fadeEffect',
'flipEffect',
'creativeEffect',
'cardsEffect',
'hashNavigation',
'history',
'keyboard',
'mousewheel',
'_navigation',
'_pagination',
'parallax',
'_scrollbar',
'_thumbs',
'virtual',
'zoom',
'control'
];
function cn(i) {
return typeof i == 'object' &&
i !== null &&
i.constructor &&
Object.prototype.toString.call(i).slice(8, - 1) === 'Object' &&
!i.__swiper__
}
function Fn(i, e) {
const t = [
'__proto__',
'constructor',
'prototype'
];
Object.keys(e).filter(n => t.indexOf(n) < 0).forEach(
n => {
typeof i[n] > 'u' ? i[n] = e[n] : cn(e[n]) &&
cn(i[n]) &&
Object.keys(e[n]).length > 0 ? e[n].__swiper__ ? i[n] = e[n] : Fn(i[n], e[n]) : i[n] = e[n]
}
)
}
function Sp(i) {
return i === void 0 &&
(i = {}),
i.navigation &&
typeof i.navigation.nextEl > 'u' &&
typeof i.navigation.prevEl > 'u'
}
function Ep(i) {
return i === void 0 &&
(i = {}),
i.pagination &&
typeof i.pagination.el > 'u'
}
function Cp(i) {
return i === void 0 &&
(i = {}),
i.scrollbar &&
typeof i.scrollbar.el > 'u'
}
function $p(i) {
i === void 0 &&
(i = '');
const e = i.split(' ').map(n => n.trim()).filter(n => !!n),
t = [];
return e.forEach(n => {
t.indexOf(n) < 0 &&
t.push(n)
}),
t.join(' ')
}
function M_(i) {
return i === void 0 &&
(i = ''),
i ? i.includes('swiper-wrapper') ? i : `swiper-wrapper ${ i }` : 'swiper-wrapper'
}
function R_(i) {
let {
swiper: e,
slides: t,
passedParams: n,
changedParams: s,
nextEl: r,
prevEl: a,
scrollbarEl: l,
paginationEl: o
}
= i;
const u = s.filter($ => $ !== 'children' && $ !== 'direction' && $ !== 'wrapperClass'),
{
params: c,
pagination: h,
navigation: d,
scrollbar: f,
virtual: p,
thumbs: g
}
= e;
let w,
y,
b,
x,
k,
S,
B,
z;
s.includes('thumbs') &&
n.thumbs &&
n.thumbs.swiper &&
c.thumbs &&
!c.thumbs.swiper &&
(w = !0),
s.includes('controller') &&
n.controller &&
n.controller.control &&
c.controller &&
!c.controller.control &&
(y = !0),
s.includes('pagination') &&
n.pagination &&
(n.pagination.el || o) &&
(c.pagination || c.pagination === !1) &&
h &&
!h.el &&
(b = !0),
s.includes('scrollbar') &&
n.scrollbar &&
(n.scrollbar.el || l) &&
(c.scrollbar || c.scrollbar === !1) &&
f &&
!f.el &&
(x = !0),
s.includes('navigation') &&
n.navigation &&
(n.navigation.prevEl || a) &&
(n.navigation.nextEl || r) &&
(c.navigation || c.navigation === !1) &&
d &&
!d.prevEl &&
!d.nextEl &&
(k = !0);
const I = $ => {
!e[$] ||
(
e[$].destroy(),
$ === 'navigation' ? (
e.isElement &&
(e[$].prevEl.remove(), e[$].nextEl.remove()),
c[$].prevEl = void 0,
c[$].nextEl = void 0,
e[$].prevEl = void 0,
e[$].nextEl = void 0
) : (e.isElement && e[$].el.remove(), c[$].el = void 0, e[$].el = void 0)
)
};
s.includes('loop') &&
e.isElement &&
(c.loop && !n.loop ? S = !0 : !c.loop && n.loop ? B = !0 : z = !0),
u.forEach(
$ => {
if (cn(c[$]) && cn(n[$])) Object.assign(c[$], n[$]),
($ === 'navigation' || $ === 'pagination' || $ === 'scrollbar') &&
'enabled' in n[$] &&
!n[$].enabled &&
I($);
else {
const L = n[$];
(L === !0 || L === !1) &&
($ === 'navigation' || $ === 'pagination' || $ === 'scrollbar') ? L === !1 &&
I($) : c[$] = n[$]
}
}
),
u.includes('controller') &&
!y &&
e.controller &&
e.controller.control &&
c.controller &&
c.controller.control &&
(e.controller.control = c.controller.control),
s.includes('children') &&
t &&
p &&
c.virtual.enabled ? (p.slides = t, p.update(!0)) : s.includes('virtual') &&
p &&
c.virtual.enabled &&
(t && (p.slides = t), p.update(!0)),
s.includes('children') &&
t &&
c.loop &&
(z = !0),
w &&
g.init() &&
g.update(!0),
y &&
(e.controller.control = c.controller.control),
b &&
(
e.isElement &&
(!o || typeof o == 'string') &&
(
o = document.createElement('div'),
o.classList.add('swiper-pagination'),
o.part.add('pagination'),
e.el.appendChild(o)
),
o &&
(c.pagination.el = o),
h.init(),
h.render(),
h.update()
),
x &&
(
e.isElement &&
(!l || typeof l == 'string') &&
(
l = document.createElement('div'),
l.classList.add('swiper-scrollbar'),
l.part.add('scrollbar'),
e.el.appendChild(l)
),
l &&
(c.scrollbar.el = l),
f.init(),
f.updateSize(),
f.setTranslate()
),
k &&
(
e.isElement &&
(
(!r || typeof r == 'string') &&
(
r = document.createElement('div'),
r.classList.add('swiper-button-next'),
r.innerHTML = e.hostEl.constructor.nextButtonSvg,
r.part.add('button-next'),
e.el.appendChild(r)
),
(!a || typeof a == 'string') &&
(
a = document.createElement('div'),
a.classList.add('swiper-button-prev'),
a.innerHTML = e.hostEl.constructor.prevButtonSvg,
a.part.add('button-prev'),
e.el.appendChild(a)
)
),
r &&
(c.navigation.nextEl = r),
a &&
(c.navigation.prevEl = a),
d.init(),
d.update()
),
s.includes('allowSlideNext') &&
(e.allowSlideNext = n.allowSlideNext),
s.includes('allowSlidePrev') &&
(e.allowSlidePrev = n.allowSlidePrev),
s.includes('direction') &&
e.changeDirection(n.direction, !1),
(S || z) &&
e.loopDestroy(),
(B || z) &&
e.loopCreate(),
e.update()
}
function oh(i, e) {
i === void 0 &&
(i = {}),
e === void 0 &&
(e = !0);
const t = {
on: {
}
},
n = {},
s = {};
Fn(t, vo),
t._emitClasses = !0,
t.init = !1;
const r = {},
a = Tp.map(o => o.replace(/_/, '')),
l = Object.assign({
}, i);
return Object.keys(l).forEach(
o => {
typeof i[o] > 'u' ||
(
a.indexOf(o) >= 0 ? cn(i[o]) ? (t[o] = {}, s[o] = {}, Fn(t[o], i[o]), Fn(s[o], i[o])) : (t[o] = i[o], s[o] = i[o]) : o.search(/on[A-Z]/) === 0 &&
typeof i[o] == 'function' ? e ? n[`${ o[2].toLowerCase() }${ o.substr(3) }`] = i[o] : t.on[`${ o[2].toLowerCase() }${ o.substr(3) }`] = i[o] : r[o] = i[o]
)
}
),
[
'navigation',
'pagination',
'scrollbar'
].forEach(o => {
t[o] === !0 &&
(t[o] = {}),
t[o] === !1 &&
delete t[o]
}),
{
params: t,
passedParams: s,
rest: r,
events: n
}
}
function B_(i, e) {
let {
el: t,
nextEl: n,
prevEl: s,
paginationEl: r,
scrollbarEl: a,
swiper: l
}
= i;
Sp(e) &&
n &&
s &&
(
l.params.navigation.nextEl = n,
l.originalParams.navigation.nextEl = n,
l.params.navigation.prevEl = s,
l.originalParams.navigation.prevEl = s
),
Ep(e) &&
r &&
(l.params.pagination.el = r, l.originalParams.pagination.el = r),
Cp(e) &&
a &&
(l.params.scrollbar.el = a, l.originalParams.scrollbar.el = a),
l.init(t)
}
function O_(i, e, t, n, s) {
const r = [];
if (!e) return r;
const a = o => {
r.indexOf(o) < 0 &&
r.push(o)
};
if (t && n) {
const o = n.map(s),
u = t.map(s);
o.join('') !== u.join('') &&
a('children'),
n.length !== t.length &&
a('children')
}
return Tp.filter(o => o[0] === '_').map(o => o.replace(/_/, '')).forEach(
o => {
if (o in i && o in e) if (cn(i[o]) && cn(e[o])) {
const u = Object.keys(i[o]),
c = Object.keys(e[o]);
u.length !== c.length ? a(o) : (
u.forEach(h => {
i[o][h] !== e[o][h] &&
a(o)
}),
c.forEach(h => {
i[o][h] !== e[o][h] &&
a(o)
})
)
} else i[o] !== e[o] &&
a(o)
}
),
r
}
const D_ = i => {
!i ||
i.destroyed ||
!i.params.virtual ||
i.params.virtual &&
!i.params.virtual.enabled ||
(
i.updateSlides(),
i.updateProgress(),
i.updateSlidesClasses(),
i.parallax &&
i.params.parallax &&
i.params.parallax.enabled &&
i.parallax.setTranslate()
)
};
function xl(i, e, t) {
i === void 0 &&
(i = {});
const n = [],
s = {
'container-start': [],
'container-end': [],
'wrapper-start': [],
'wrapper-end': []
},
r = (a, l) => {
!Array.isArray(a) ||
a.forEach(
o => {
const u = typeof o.type == 'symbol';
l === 'default' &&
(l = 'container-end'),
u &&
o.children ? r(o.children, l) : o.type &&
(
o.type.name === 'SwiperSlide' ||
o.type.name === 'AsyncComponentWrapper'
) ||
o.componentOptions &&
o.componentOptions.tag === 'SwiperSlide' ? n.push(o) : s[l] &&
s[l].push(o)
}
)
};
return Object.keys(i).forEach(a => {
if (typeof i[a] != 'function') return;
const l = i[a]();
r(l, a)
}),
t.value = e.value,
e.value = n,
{
slides: n,
slots: s
}
}
function F_(i, e, t) {
if (!t) return null;
const n = c => {
let h = c;
return c < 0 ? h = e.length + c : h >= e.length &&
(h = h - e.length),
h
},
s = i.value.isHorizontal() ? {
[
i.value.rtlTranslate ? 'right' : 'left'
]: `${ t.offset }px`
}
: {
top: `${ t.offset }px`
},
{
from: r,
to: a
}
= t,
l = i.value.params.loop ? - e.length : 0,
o = i.value.params.loop ? e.length * 2 : e.length,
u = [];
for (let c = l; c < o; c += 1) c >= r &&
c <= a &&
u.length < e.length &&
u.push(e[n(c)]);
return u.map(
c => {
if (
c.props ||
(c.props = {}),
c.props.style ||
(c.props.style = {}),
c.props.swiperRef = i,
c.props.style = s,
c.type
) return wt(c.type, {
...c.props
}, c.children);
if (c.componentOptions) return wt(
c.componentOptions.Ctor,
{
...c.props
},
c.componentOptions.children
)
}
)
}
const qs = {
name: 'Swiper',
props: {
tag: {
type: String,
default:
'div'
},
wrapperTag: {
type: String,
default:
'div'
},
modules: {
type: Array,
default:
void 0
},
init: {
type: Boolean,
default:
void 0
},
direction: {
type: String,
default:
void 0
},
oneWayMovement: {
type: Boolean,
default:
void 0
},
swiperElementNodeName: {
type: String,
default:
'SWIPER-CONTAINER'
},
touchEventsTarget: {
type: String,
default:
void 0
},
initialSlide: {
type: Number,
default:
void 0
},
speed: {
type: Number,
default:
void 0
},
cssMode: {
type: Boolean,
default:
void 0
},
updateOnWindowResize: {
type: Boolean,
default:
void 0
},
resizeObserver: {
type: Boolean,
default:
void 0
},
nested: {
type: Boolean,
default:
void 0
},
focusableElements: {
type: String,
default:
void 0
},
width: {
type: Number,
default:
void 0
},
height: {
type: Number,
default:
void 0
},
preventInteractionOnTransition: {
type: Boolean,
default:
void 0
},
userAgent: {
type: String,
default:
void 0
},
url: {
type: String,
default:
void 0
},
edgeSwipeDetection: {
type: [
Boolean,
String
],
default:
void 0
},
edgeSwipeThreshold: {
type: Number,
default:
void 0
},
autoHeight: {
type: Boolean,
default:
void 0
},
setWrapperSize: {
type: Boolean,
default:
void 0
},
virtualTranslate: {
type: Boolean,
default:
void 0
},
effect: {
type: String,
default:
void 0
},
breakpoints: {
type: Object,
default:
void 0
},
breakpointsBase: {
type: String,
default:
void 0
},
spaceBetween: {
type: [
Number,
String
],
default:
void 0
},
slidesPerView: {
type: [
Number,
String
],
default:
void 0
},
maxBackfaceHiddenSlides: {
type: Number,
default:
void 0
},
slidesPerGroup: {
type: Number,
default:
void 0
},
slidesPerGroupSkip: {
type: Number,
default:
void 0
},
slidesPerGroupAuto: {
type: Boolean,
default:
void 0
},
centeredSlides: {
type: Boolean,
default:
void 0
},
centeredSlidesBounds: {
type: Boolean,
default:
void 0
},
slidesOffsetBefore: {
type: Number,
default:
void 0
},
slidesOffsetAfter: {
type: Number,
default:
void 0
},
normalizeSlideIndex: {
type: Boolean,
default:
void 0
},
centerInsufficientSlides: {
type: Boolean,
default:
void 0
},
watchOverflow: {
type: Boolean,
default:
void 0
},
roundLengths: {
type: Boolean,
default:
void 0
},
touchRatio: {
type: Number,
default:
void 0
},
touchAngle: {
type: Number,
default:
void 0
},
simulateTouch: {
type: Boolean,
default:
void 0
},
shortSwipes: {
type: Boolean,
default:
void 0
},
longSwipes: {
type: Boolean,
default:
void 0
},
longSwipesRatio: {
type: Number,
default:
void 0
},
longSwipesMs: {
type: Number,
default:
void 0
},
followFinger: {
type: Boolean,
default:
void 0
},
allowTouchMove: {
type: Boolean,
default:
void 0
},
threshold: {
type: Number,
default:
void 0
},
touchMoveStopPropagation: {
type: Boolean,
default:
void 0
},
touchStartPreventDefault: {
type: Boolean,
default:
void 0
},
touchStartForcePreventDefault: {
type: Boolean,
default:
void 0
},
touchReleaseOnEdges: {
type: Boolean,
default:
void 0
},
uniqueNavElements: {
type: Boolean,
default:
void 0
},
resistance: {
type: Boolean,
default:
void 0
},
resistanceRatio: {
type: Number,
default:
void 0
},
watchSlidesProgress: {
type: Boolean,
default:
void 0
},
grabCursor: {
type: Boolean,
default:
void 0
},
preventClicks: {
type: Boolean,
default:
void 0
},
preventClicksPropagation: {
type: Boolean,
default:
void 0
},
slideToClickedSlide: {
type: Boolean,
default:
void 0
},
loop: {
type: Boolean,
default:
void 0
},
loopedSlides: {
type: Number,
default:
void 0
},
loopPreventsSliding: {
type: Boolean,
default:
void 0
},
rewind: {
type: Boolean,
default:
void 0
},
allowSlidePrev: {
type: Boolean,
default:
void 0
},
allowSlideNext: {
type: Boolean,
default:
void 0
},
swipeHandler: {
type: Boolean,
default:
void 0
},
noSwiping: {
type: Boolean,
default:
void 0
},
noSwipingClass: {
type: String,
default:
void 0
},
noSwipingSelector: {
type: String,
default:
void 0
},
passiveListeners: {
type: Boolean,
default:
void 0
},
containerModifierClass: {
type: String,
default:
void 0
},
slideClass: {
type: String,
default:
void 0
},
slideActiveClass: {
type: String,
default:
void 0
},
slideVisibleClass: {
type: String,
default:
void 0
},
slideFullyVisibleClass: {
type: String,
default:
void 0
},
slideBlankClass: {
type: String,
default:
void 0
},
slideNextClass: {
type: String,
default:
void 0
},
slidePrevClass: {
type: String,
default:
void 0
},
wrapperClass: {
type: String,
default:
void 0
},
lazyPreloaderClass: {
type: String,
default:
void 0
},
lazyPreloadPrevNext: {
type: Number,
default:
void 0
},
runCallbacksOnInit: {
type: Boolean,
default:
void 0
},
observer: {
type: Boolean,
default:
void 0
},
observeParents: {
type: Boolean,
default:
void 0
},
observeSlideChildren: {
type: Boolean,
default:
void 0
},
a11y: {
type: [
Boolean,
Object
],
default:
void 0
},
autoplay: {
type: [
Boolean,
Object
],
default:
void 0
},
controller: {
type: Object,
default:
void 0
},
coverflowEffect: {
type: Object,
default:
void 0
},
cubeEffect: {
type: Object,
default:
void 0
},
fadeEffect: {
type: Object,
default:
void 0
},
flipEffect: {
type: Object,
default:
void 0
},
creativeEffect: {
type: Object,
default:
void 0
},
cardsEffect: {
type: Object,
default:
void 0
},
hashNavigation: {
type: [
Boolean,
Object
],
default:
void 0
},
history: {
type: [
Boolean,
Object
],
default:
void 0
},
keyboard: {
type: [
Boolean,
Object
],
default:
void 0
},
mousewheel: {
type: [
Boolean,
Object
],
default:
void 0
},
navigation: {
type: [
Boolean,
Object
],
default:
void 0
},
pagination: {
type: [
Boolean,
Object
],
default:
void 0
},
parallax: {
type: [
Boolean,
Object
],
default:
void 0
},
scrollbar: {
type: [
Boolean,
Object
],
default:
void 0
},
thumbs: {
type: Object,
default:
void 0
},
virtual: {
type: [
Boolean,
Object
],
default:
void 0
},
zoom: {
type: [
Boolean,
Object
],
default:
void 0
},
grid: {
type: [
Object
],
default:
void 0
},
freeMode: {
type: [
Boolean,
Object
],
default:
void 0
},
enabled: {
type: Boolean,
default:
void 0
}
},
emits: [
'_beforeBreakpoint',
'_containerClasses',
'_slideClass',
'_slideClasses',
'_swiper',
'_freeModeNoMomentumRelease',
'activeIndexChange',
'afterInit',
'autoplay',
'autoplayStart',
'autoplayStop',
'autoplayPause',
'autoplayResume',
'autoplayTimeLeft',
'beforeDestroy',
'beforeInit',
'beforeLoopFix',
'beforeResize',
'beforeSlideChangeStart',
'beforeTransitionStart',
'breakpoint',
'changeDirection',
'click',
'disable',
'doubleTap',
'doubleClick',
'destroy',
'enable',
'fromEdge',
'hashChange',
'hashSet',
'init',
'keyPress',
'lock',
'loopFix',
'momentumBounce',
'navigationHide',
'navigationShow',
'navigationPrev',
'navigationNext',
'observerUpdate',
'orientationchange',
'paginationHide',
'paginationRender',
'paginationShow',
'paginationUpdate',
'progress',
'reachBeginning',
'reachEnd',
'realIndexChange',
'resize',
'scroll',
'scrollbarDragEnd',
'scrollbarDragMove',
'scrollbarDragStart',
'setTransition',
'setTranslate',
'slidesUpdated',
'slideChange',
'slideChangeTransitionEnd',
'slideChangeTransitionStart',
'slideNextTransitionEnd',
'slideNextTransitionStart',
'slidePrevTransitionEnd',
'slidePrevTransitionStart',
'slideResetTransitionStart',
'slideResetTransitionEnd',
'sliderMove',
'sliderFirstMove',
'slidesLengthChange',
'slidesGridLengthChange',
'snapGridLengthChange',
'snapIndexChange',
'swiper',
'tap',
'toEdge',
'touchEnd',
'touchMove',
'touchMoveOpposite',
'touchStart',
'transitionEnd',
'transitionStart',
'unlock',
'update',
'virtualUpdate',
'zoomChange'
],
setup(i, e) {
let {
slots: t,
emit: n
}
= e;
const {
tag: s,
wrapperTag: r
}
= i,
a = M('swiper'),
l = M(null),
o = M(!1),
u = M(!1),
c = M(null),
h = M(null),
d = M(null),
f = {
value: []
},
p = {
value: []
},
g = M(null),
w = M(null),
y = M(null),
b = M(null),
{
params: x,
passedParams: k
}
= oh(i, !1);
xl(t, f, p),
d.value = k,
p.value = f.value;
const S = () => {
xl(t, f, p),
o.value = !0
};
x.onAny = function (I) {
for (var $ = arguments.length, L = new Array($ > 1 ? $ - 1 : 0), A = 1; A < $; A++) L[A - 1] = arguments[A];
n(I, ...L)
},
Object.assign(x.on, {
_beforeBreakpoint: S,
_containerClasses(I, $) {
a.value = $
}
});
const B = {
...x
};
if (
delete B.wrapperClass,
h.value = new At(B),
h.value.virtual &&
h.value.params.virtual.enabled
) {
h.value.virtual.slides = f.value;
const I = {
cache: !1,
slides: f.value,
renderExternal: $ => {
l.value = $
},
renderExternalUpdate: !1
};
Fn(h.value.params.virtual, I),
Fn(h.value.originalParams.virtual, I)
}
ha(
() => {
!u.value &&
h.value &&
(h.value.emitSlidesClasses(), u.value = !0);
const {
passedParams: I
}
= oh(i, !1),
$ = O_(I, d.value, f.value, p.value, L => L.props && L.props.key);
d.value = I,
($.length || o.value) &&
h.value &&
!h.value.destroyed &&
R_({
swiper: h.value,
slides: f.value,
passedParams: I,
changedParams: $,
nextEl: g.value,
prevEl: w.value,
scrollbarEl: b.value,
paginationEl: y.value
}),
o.value = !1
}
),
Nn('swiper', h),
Ie(l, () => {
pi(() => {
D_(h.value)
})
}),
Te(
() => {
!c.value ||
(
B_({
el: c.value,
nextEl: g.value,
prevEl: w.value,
paginationEl: y.value,
scrollbarEl: b.value,
swiper: h.value
}, x),
n('swiper', h.value)
)
}
),
da(() => {
h.value &&
!h.value.destroyed &&
h.value.destroy(!0, !1)
});
function z(I) {
return x.virtual ? F_(h, I, l.value) : (
I.forEach(
($, L) => {
$.props ||
($.props = {}),
$.props.swiperRef = h,
$.props.swiperSlideIndex = L
}
),
I
)
}
return () => {
const {
slides: I,
slots: $
}
= xl(t, f, p);
return wt(
s,
{
ref: c,
class : $p(a.value)
},
[
$['container-start'],
wt(
r,
{
class : M_(x.wrapperClass)
},
[
$['wrapper-start'],
z(I),
$['wrapper-end']
]
),
Sp(i) &&
[
wt('div', {
ref: w,
class : 'swiper-button-prev'
}),
wt('div', {
ref: g,
class : 'swiper-button-next'
})
],
Cp(i) &&
wt('div', {
ref: b,
class : 'swiper-scrollbar'
}),
Ep(i) &&
wt('div', {
ref: y,
class : 'swiper-pagination'
}),
$['container-end']
]
)
}
}
},
Gs = {
name: 'SwiperSlide',
props: {
tag: {
type: String,
default:
'div'
},
swiperRef: {
type: Object,
required: !1
},
swiperSlideIndex: {
type: Number,
default:
void 0,
required: !1
},
zoom: {
type: Boolean,
default:
void 0,
required: !1
},
lazy: {
type: Boolean,
default:
!1,
required: !1
},
virtualIndex: {
type: [
String,
Number
],
default:
void 0
}
},
setup(i, e) {
let {
slots: t
}
= e,
n = !1;
const {
swiperRef: s
}
= i,
r = M(null),
a = M('swiper-slide'),
l = M(!1);
function o(h, d, f) {
d === r.value &&
(a.value = f)
}
Te(() => {
!s ||
!s.value ||
(s.value.on('_slideClass', o), n = !0)
}),
af(() => {
n ||
!s ||
!s.value ||
(s.value.on('_slideClass', o), n = !0)
}),
ha(
() => {
!r.value ||
!s ||
!s.value ||
(
typeof i.swiperSlideIndex < 'u' &&
(r.value.swiperSlideIndex = i.swiperSlideIndex),
s.value.destroyed &&
a.value !== 'swiper-slide' &&
(a.value = 'swiper-slide')
)
}
),
da(() => {
!s ||
!s.value ||
s.value.off('_slideClass', o)
});
const u = q(
() => ({
isActive: a.value.indexOf('swiper-slide-active') >= 0,
isVisible: a.value.indexOf('swiper-slide-visible') >= 0,
isPrev: a.value.indexOf('swiper-slide-prev') >= 0,
isNext: a.value.indexOf('swiper-slide-next') >= 0
})
);
Nn('swiperSlide', u);
const c = () => {
l.value = !0
};
return () => wt(
i.tag,
{
class : $p(`${ a.value }`),
ref: r,
'data-swiper-slide-index': typeof i.virtualIndex > 'u' &&
s &&
s.value &&
s.value.params.loop ? i.swiperSlideIndex : i.virtualIndex,
onLoadCapture: c
},
i.zoom ? wt(
'div',
{
class : 'swiper-zoom-container',
'data-swiper-zoom': typeof i.zoom == 'number' ? i.zoom : void 0
},
[
t.default &&
t.default(u.value),
i.lazy &&
!l.value &&
wt('div', {
class : 'swiper-lazy-preloader'
})
]
) : [
t.default &&
t.default(u.value),
i.lazy &&
!l.value &&
wt('div', {
class : 'swiper-lazy-preloader'
})
]
)
}
};
function Lp(i, e, t, n) {
return i.params.createElements &&
Object.keys(n).forEach(
s => {
if (!t[s] && t.auto === !0) {
let r = di(i.el, `.${ n[s] }`) [0];
r ||
(r = Kr('div', n[s]), r.className = n[s], i.el.append(r)),
t[s] = r,
e[s] = r
}
}
),
t
}
function mu(i) {
let {
swiper: e,
extendParams: t,
on: n,
emit: s
}
= i;
t({
navigation: {
nextEl: null,
prevEl: null,
hideOnClick: !1,
disabledClass: 'swiper-button-disabled',
hiddenClass: 'swiper-button-hidden',
lockClass: 'swiper-button-lock',
navigationDisabledClass: 'swiper-navigation-disabled'
}
}),
e.navigation = {
nextEl: null,
prevEl: null
};
function r(p) {
let g;
return p &&
typeof p == 'string' &&
e.isElement &&
(g = e.el.querySelector(p), g) ? g : (
p &&
(
typeof p == 'string' &&
(g = [
...document.querySelectorAll(p)
]),
e.params.uniqueNavElements &&
typeof p == 'string' &&
g &&
g.length > 1 &&
e.el.querySelectorAll(p).length === 1 ? g = e.el.querySelector(p) : g &&
g.length === 1 &&
(g = g[0])
),
p &&
!g ? p : g
)
}
function a(p, g) {
const w = e.params.navigation;
p = at(p),
p.forEach(
y => {
y &&
(
y.classList[g ? 'add' : 'remove'](...w.disabledClass.split(' ')),
y.tagName === 'BUTTON' &&
(y.disabled = g),
e.params.watchOverflow &&
e.enabled &&
y.classList[e.isLocked ? 'add' : 'remove'](w.lockClass)
)
}
)
}
function l() {
const {
nextEl: p,
prevEl: g
}
= e.navigation;
if (e.params.loop) {
a(g, !1),
a(p, !1);
return
}
a(g, e.isBeginning && !e.params.rewind),
a(p, e.isEnd && !e.params.rewind)
}
function o(p) {
p.preventDefault(),
!(e.isBeginning && !e.params.loop && !e.params.rewind) &&
(e.slidePrev(), s('navigationPrev'))
}
function u(p) {
p.preventDefault(),
!(e.isEnd && !e.params.loop && !e.params.rewind) &&
(e.slideNext(), s('navigationNext'))
}
function c() {
const p = e.params.navigation;
if (
e.params.navigation = Lp(
e,
e.originalParams.navigation,
e.params.navigation,
{
nextEl: 'swiper-button-next',
prevEl: 'swiper-button-prev'
}
),
!(p.nextEl || p.prevEl)
) return;
let g = r(p.nextEl),
w = r(p.prevEl);
Object.assign(e.navigation, {
nextEl: g,
prevEl: w
}),
g = at(g),
w = at(w);
const y = (b, x) => {
b &&
b.addEventListener('click', x === 'next' ? u : o),
!e.enabled &&
b &&
b.classList.add(...p.lockClass.split(' '))
};
g.forEach(b => y(b, 'next')),
w.forEach(b => y(b, 'prev'))
}
function h() {
let {
nextEl: p,
prevEl: g
}
= e.navigation;
p = at(p),
g = at(g);
const w = (y, b) => {
y.removeEventListener('click', b === 'next' ? u : o),
y.classList.remove(...e.params.navigation.disabledClass.split(' '))
};
p.forEach(y => w(y, 'next')),
g.forEach(y => w(y, 'prev'))
}
n('init', () => {
e.params.navigation.enabled === !1 ? f() : (c(), l())
}),
n('toEdge fromEdge lock unlock', () => {
l()
}),
n('destroy', () => {
h()
}),
n(
'enable disable',
() => {
let {
nextEl: p,
prevEl: g
}
= e.navigation;
if (p = at(p), g = at(g), e.enabled) {
l();
return
}
[
...p,
...g
].filter(w => !!w).forEach(w => w.classList.add(e.params.navigation.lockClass))
}
),
n(
'click',
(p, g) => {
let {
nextEl: w,
prevEl: y
}
= e.navigation;
w = at(w),
y = at(y);
const b = g.target;
let x = y.includes(b) ||
w.includes(b);
if (e.isElement && !x) {
const k = g.path ||
g.composedPath &&
g.composedPath();
k &&
(x = k.find(S => w.includes(S) || y.includes(S)))
}
if (e.params.navigation.hideOnClick && !x) {
if (
e.pagination &&
e.params.pagination &&
e.params.pagination.clickable &&
(e.pagination.el === b || e.pagination.el.contains(b))
) return;
let k;
w.length ? k = w[0].classList.contains(e.params.navigation.hiddenClass) : y.length &&
(k = y[0].classList.contains(e.params.navigation.hiddenClass)),
s(k === !0 ? 'navigationShow' : 'navigationHide'),
[
...w,
...y
].filter(S => !!S).forEach(S => S.classList.toggle(e.params.navigation.hiddenClass))
}
}
);
const d = () => {
e.el.classList.remove(...e.params.navigation.navigationDisabledClass.split(' ')),
c(),
l()
},
f = () => {
e.el.classList.add(...e.params.navigation.navigationDisabledClass.split(' ')),
h()
};
Object.assign(e.navigation, {
enable: d,
disable: f,
update: l,
init: c,
destroy: h
})
}
function as(i) {
return i === void 0 &&
(i = ''),
`.${ i.trim().replace(/([\.:!+\/])/g, '\\$1').replace(/ /g, '.') }`
}
function gu(i) {
let {
swiper: e,
extendParams: t,
on: n,
emit: s
}
= i;
const r = 'swiper-pagination';
t({
pagination: {
el: null,
bulletElement: 'span',
clickable: !1,
hideOnClick: !1,
renderBullet: null,
renderProgressbar: null,
renderFraction: null,
renderCustom: null,
progressbarOpposite: !1,
type: 'bullets',
dynamicBullets: !1,
dynamicMainBullets: 1,
formatFractionCurrent: y => y,
formatFractionTotal: y => y,
bulletClass: `${ r }-bullet`,
bulletActiveClass: `${ r }-bullet-active`,
modifierClass: `${ r }-`,
currentClass: `${ r }-current`,
totalClass: `${ r }-total`,
hiddenClass: `${ r }-hidden`,
progressbarFillClass: `${ r }-progressbar-fill`,
progressbarOppositeClass: `${ r }-progressbar-opposite`,
clickableClass: `${ r }-clickable`,
lockClass: `${ r }-lock`,
horizontalClass: `${ r }-horizontal`,
verticalClass: `${ r }-vertical`,
paginationDisabledClass: `${ r }-disabled`
}
}),
e.pagination = {
el: null,
bullets: []
};
let a,
l = 0;
function o() {
return !e.params.pagination.el ||
!e.pagination.el ||
Array.isArray(e.pagination.el) &&
e.pagination.el.length === 0
}
function u(y, b) {
const {
bulletActiveClass: x
}
= e.params.pagination;
!y ||
(
y = y[`${ b === 'prev' ? 'previous' : 'next' }ElementSibling`],
y &&
(
y.classList.add(`${ x }-${ b }`),
y = y[`${ b === 'prev' ? 'previous' : 'next' }ElementSibling`],
y &&
y.classList.add(`${ x }-${ b }-${ b }`)
)
)
}
function c(y) {
const b = y.target.closest(as(e.params.pagination.bulletClass));
if (!b) return;
y.preventDefault();
const x = Xr(b) * e.params.slidesPerGroup;
if (e.params.loop) {
if (e.realIndex === x) return;
e.slideToLoop(x)
} else e.slideTo(x)
}
function h() {
const y = e.rtl,
b = e.params.pagination;
if (o()) return;
let x = e.pagination.el;
x = at(x);
let k,
S;
const B = e.virtual &&
e.params.virtual.enabled ? e.virtual.slides.length : e.slides.length,
z = e.params.loop ? Math.ceil(B / e.params.slidesPerGroup) : e.snapGrid.length;
if (
e.params.loop ? (
S = e.previousRealIndex ||
0,
k = e.params.slidesPerGroup > 1 ? Math.floor(e.realIndex / e.params.slidesPerGroup) : e.realIndex
) : typeof e.snapIndex < 'u' ? (k = e.snapIndex, S = e.previousSnapIndex) : (S = e.previousIndex || 0, k = e.activeIndex || 0),
b.type === 'bullets' &&
e.pagination.bullets &&
e.pagination.bullets.length > 0
) {
const I = e.pagination.bullets;
let $,
L,
A;
if (
b.dynamicBullets &&
(
a = go(I[0], e.isHorizontal() ? 'width' : 'height', !0),
x.forEach(
N => {
N.style[e.isHorizontal() ? 'width' : 'height'] = `${ a * (b.dynamicMainBullets + 4) }px`
}
),
b.dynamicMainBullets > 1 &&
S !== void 0 &&
(
l += k - (S || 0),
l > b.dynamicMainBullets - 1 ? l = b.dynamicMainBullets - 1 : l < 0 &&
(l = 0)
),
$ = Math.max(k - l, 0),
L = $ + (Math.min(I.length, b.dynamicMainBullets) - 1),
A = (L + $) / 2
),
I.forEach(
N => {
const O = [
...[
'',
'-next',
'-next-next',
'-prev',
'-prev-prev',
'-main'
].map(se => `${ b.bulletActiveClass }${ se }`)
].map(se => typeof se == 'string' && se.includes(' ') ? se.split(' ') : se).flat();
N.classList.remove(...O)
}
),
x.length > 1
) I.forEach(
N => {
const O = Xr(N);
O === k ? N.classList.add(...b.bulletActiveClass.split(' ')) : e.isElement &&
N.setAttribute('part', 'bullet'),
b.dynamicBullets &&
(
O >= $ &&
O <= L &&
N.classList.add(...`${ b.bulletActiveClass }-main`.split(' ')),
O === $ &&
u(N, 'prev'),
O === L &&
u(N, 'next')
)
}
);
else {
const N = I[k];
if (
N &&
N.classList.add(...b.bulletActiveClass.split(' ')),
e.isElement &&
I.forEach(
(O, se) => {
O.setAttribute('part', se === k ? 'bullet-active' : 'bullet')
}
),
b.dynamicBullets
) {
const O = I[$],
se = I[L];
for (let G = $; G <= L; G += 1) I[G] &&
I[G].classList.add(...`${ b.bulletActiveClass }-main`.split(' '));
u(O, 'prev'),
u(se, 'next')
}
}
if (b.dynamicBullets) {
const N = Math.min(I.length, b.dynamicMainBullets + 4),
O = (a * N - a) / 2 - A * a,
se = y ? 'right' : 'left';
I.forEach(G => {
G.style[e.isHorizontal() ? se : 'top'] = `${ O }px`
})
}
}
x.forEach(
(I, $) => {
if (
b.type === 'fraction' &&
(
I.querySelectorAll(as(b.currentClass)).forEach(L => {
L.textContent = b.formatFractionCurrent(k + 1)
}),
I.querySelectorAll(as(b.totalClass)).forEach(L => {
L.textContent = b.formatFractionTotal(z)
})
),
b.type === 'progressbar'
) {
let L;
b.progressbarOpposite ? L = e.isHorizontal() ? 'vertical' : 'horizontal' : L = e.isHorizontal() ? 'horizontal' : 'vertical';
const A = (k + 1) / z;
let N = 1,
O = 1;
L === 'horizontal' ? N = A : O = A,
I.querySelectorAll(as(b.progressbarFillClass)).forEach(
se => {
se.style.transform = `translate3d(0,0,0) scaleX(${ N }) scaleY(${ O })`,
se.style.transitionDuration = `${ e.params.speed }ms`
}
)
}
b.type === 'custom' &&
b.renderCustom ? (
I.innerHTML = b.renderCustom(e, k + 1, z),
$ === 0 &&
s('paginationRender', I)
) : ($ === 0 && s('paginationRender', I), s('paginationUpdate', I)),
e.params.watchOverflow &&
e.enabled &&
I.classList[e.isLocked ? 'add' : 'remove'](b.lockClass)
}
)
}
function d() {
const y = e.params.pagination;
if (o()) return;
const b = e.virtual &&
e.params.virtual.enabled ? e.virtual.slides.length : e.grid &&
e.params.grid.rows > 1 ? e.slides.length / Math.ceil(e.params.grid.rows) : e.slides.length;
let x = e.pagination.el;
x = at(x);
let k = '';
if (y.type === 'bullets') {
let S = e.params.loop ? Math.ceil(b / e.params.slidesPerGroup) : e.snapGrid.length;
e.params.freeMode &&
e.params.freeMode.enabled &&
S > b &&
(S = b);
for (let B = 0; B < S; B += 1) y.renderBullet ? k += y.renderBullet.call(e, B, y.bulletClass) : k += `<${ y.bulletElement } ${ e.isElement ? 'part="bullet"' : '' } class="${ y.bulletClass }"></${ y.bulletElement }>`
}
y.type === 'fraction' &&
(
y.renderFraction ? k = y.renderFraction.call(e, y.currentClass, y.totalClass) : k = `<span class="${ y.currentClass }"></span> / <span class="${ y.totalClass }"></span>`
),
y.type === 'progressbar' &&
(
y.renderProgressbar ? k = y.renderProgressbar.call(e, y.progressbarFillClass) : k = `<span class="${ y.progressbarFillClass }"></span>`
),
e.pagination.bullets = [],
x.forEach(
S => {
y.type !== 'custom' &&
(S.innerHTML = k || ''),
y.type === 'bullets' &&
e.pagination.bullets.push(...S.querySelectorAll(as(y.bulletClass)))
}
),
y.type !== 'custom' &&
s('paginationRender', x[0])
}
function f() {
e.params.pagination = Lp(
e,
e.originalParams.pagination,
e.params.pagination,
{
el: 'swiper-pagination'
}
);
const y = e.params.pagination;
if (!y.el) return;
let b;
typeof y.el == 'string' &&
e.isElement &&
(b = e.el.querySelector(y.el)),
!b &&
typeof y.el == 'string' &&
(b = [
...document.querySelectorAll(y.el)
]),
b ||
(b = y.el),
!(!b || b.length === 0) &&
(
e.params.uniqueNavElements &&
typeof y.el == 'string' &&
Array.isArray(b) &&
b.length > 1 &&
(
b = [
...e.el.querySelectorAll(y.el)
],
b.length > 1 &&
(b = b.filter(x => bp(x, '.swiper') [0] === e.el) [0])
),
Array.isArray(b) &&
b.length === 1 &&
(b = b[0]),
Object.assign(e.pagination, {
el: b
}),
b = at(b),
b.forEach(
x => {
y.type === 'bullets' &&
y.clickable &&
x.classList.add(...(y.clickableClass || '').split(' ')),
x.classList.add(y.modifierClass + y.type),
x.classList.add(e.isHorizontal() ? y.horizontalClass : y.verticalClass),
y.type === 'bullets' &&
y.dynamicBullets &&
(
x.classList.add(`${ y.modifierClass }${ y.type }-dynamic`),
l = 0,
y.dynamicMainBullets < 1 &&
(y.dynamicMainBullets = 1)
),
y.type === 'progressbar' &&
y.progressbarOpposite &&
x.classList.add(y.progressbarOppositeClass),
y.clickable &&
x.addEventListener('click', c),
e.enabled ||
x.classList.add(y.lockClass)
}
)
)
}
function p() {
const y = e.params.pagination;
if (o()) return;
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b &&
(
b = at(b),
b.forEach(
x => {
x.classList.remove(y.hiddenClass),
x.classList.remove(y.modifierClass + y.type),
x.classList.remove(e.isHorizontal() ? y.horizontalClass : y.verticalClass),
y.clickable &&
(
x.classList.remove(...(y.clickableClass || '').split(' ')),
x.removeEventListener('click', c)
)
}
)
),
e.pagination.bullets &&
e.pagination.bullets.forEach(x => x.classList.remove(...y.bulletActiveClass.split(' ')))
}
n(
'changeDirection',
() => {
if (!e.pagination || !e.pagination.el) return;
const y = e.params.pagination;
let {
el: b
}
= e.pagination;
b = at(b),
b.forEach(
x => {
x.classList.remove(y.horizontalClass, y.verticalClass),
x.classList.add(e.isHorizontal() ? y.horizontalClass : y.verticalClass)
}
)
}
),
n(
'init',
() => {
e.params.pagination.enabled === !1 ? w() : (f(), d(), h())
}
),
n('activeIndexChange', () => {
typeof e.snapIndex > 'u' &&
h()
}),
n('snapIndexChange', () => {
h()
}),
n('snapGridLengthChange', () => {
d(),
h()
}),
n('destroy', () => {
p()
}),
n(
'enable disable',
() => {
let {
el: y
}
= e.pagination;
y &&
(
y = at(y),
y.forEach(
b => b.classList[e.enabled ? 'remove' : 'add'](e.params.pagination.lockClass)
)
)
}
),
n('lock unlock', () => {
h()
}),
n(
'click',
(y, b) => {
const x = b.target,
k = at(e.pagination.el);
if (
e.params.pagination.el &&
e.params.pagination.hideOnClick &&
k &&
k.length > 0 &&
!x.classList.contains(e.params.pagination.bulletClass)
) {
if (
e.navigation &&
(
e.navigation.nextEl &&
x === e.navigation.nextEl ||
e.navigation.prevEl &&
x === e.navigation.prevEl
)
) return;
const S = k[0].classList.contains(e.params.pagination.hiddenClass);
s(S === !0 ? 'paginationShow' : 'paginationHide'),
k.forEach(B => B.classList.toggle(e.params.pagination.hiddenClass))
}
}
);
const g = () => {
e.el.classList.remove(e.params.pagination.paginationDisabledClass);
let {
el: y
}
= e.pagination;
y &&
(
y = at(y),
y.forEach(
b => b.classList.remove(e.params.pagination.paginationDisabledClass)
)
),
f(),
d(),
h()
},
w = () => {
e.el.classList.add(e.params.pagination.paginationDisabledClass);
let {
el: y
}
= e.pagination;
y &&
(
y = at(y),
y.forEach(
b => b.classList.add(e.params.pagination.paginationDisabledClass)
)
),
p()
};
Object.assign(
e.pagination,
{
enable: g,
disable: w,
render: d,
update: h,
init: f,
destroy: p
}
)
}
function yu(i) {
let {
swiper: e,
extendParams: t,
on: n,
emit: s,
params: r
}
= i;
e.autoplay = {
running: !1,
paused: !1,
timeLeft: 0
},
t({
autoplay: {
enabled: !1,
delay: 3000,
waitForTransition: !0,
disableOnInteraction: !1,
stopOnLastSlide: !1,
reverseDirection: !1,
pauseOnMouseEnter: !1
}
});
let a,
l,
o = r &&
r.autoplay ? r.autoplay.delay : 3000,
u = r &&
r.autoplay ? r.autoplay.delay : 3000,
c,
h = new Date().getTime(),
d,
f,
p,
g,
w,
y,
b;
function x(ae) {
!e ||
e.destroyed ||
!e.wrapperEl ||
ae.target === e.wrapperEl &&
(
e.wrapperEl.removeEventListener('transitionend', x),
!(b || ae.detail && ae.detail.bySwiperTouchMove) &&
L()
)
}
const k = () => {
if (e.destroyed || !e.autoplay.running) return;
e.autoplay.paused ? d = !0 : d &&
(u = c, d = !1);
const ae = e.autoplay.paused ? c : h + u - new Date().getTime();
e.autoplay.timeLeft = ae,
s('autoplayTimeLeft', ae, ae / o),
l = requestAnimationFrame(() => {
k()
})
},
S = () => {
let ae;
return e.virtual &&
e.params.virtual.enabled ? ae = e.slides.filter(Oe => Oe.classList.contains('swiper-slide-active')) [0] : ae = e.slides[e.activeIndex],
ae ? parseInt(ae.getAttribute('data-swiper-autoplay'), 10) : void 0
},
B = ae => {
if (e.destroyed || !e.autoplay.running) return;
cancelAnimationFrame(l),
k();
let $e = typeof ae > 'u' ? e.params.autoplay.delay : ae;
o = e.params.autoplay.delay,
u = e.params.autoplay.delay;
const Oe = S();
!Number.isNaN(Oe) &&
Oe > 0 &&
typeof ae > 'u' &&
($e = Oe, o = Oe, u = Oe),
c = $e;
const Ye = e.params.speed,
it = () => {
!e ||
e.destroyed ||
(
e.params.autoplay.reverseDirection ? !e.isBeginning ||
e.params.loop ||
e.params.rewind ? (e.slidePrev(Ye, !0, !0), s('autoplay')) : e.params.autoplay.stopOnLastSlide ||
(e.slideTo(e.slides.length - 1, Ye, !0, !0), s('autoplay')) : !e.isEnd ||
e.params.loop ||
e.params.rewind ? (e.slideNext(Ye, !0, !0), s('autoplay')) : e.params.autoplay.stopOnLastSlide ||
(e.slideTo(0, Ye, !0, !0), s('autoplay')),
e.params.cssMode &&
(h = new Date().getTime(), requestAnimationFrame(() => {
B()
}))
)
};
return $e > 0 ? (clearTimeout(a), a = setTimeout(() => {
it()
}, $e)) : requestAnimationFrame(() => {
it()
}),
$e
},
z = () => {
h = new Date().getTime(),
e.autoplay.running = !0,
B(),
s('autoplayStart')
},
I = () => {
e.autoplay.running = !1,
clearTimeout(a),
cancelAnimationFrame(l),
s('autoplayStop')
},
$ = (ae, $e) => {
if (e.destroyed || !e.autoplay.running) return;
clearTimeout(a),
ae ||
(y = !0);
const Oe = () => {
s('autoplayPause'),
e.params.autoplay.waitForTransition ? e.wrapperEl.addEventListener('transitionend', x) : L()
};
if (e.autoplay.paused = !0, $e) {
w &&
(c = e.params.autoplay.delay),
w = !1,
Oe();
return
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c = (c || e.params.autoplay.delay) - (new Date().getTime() - h),
!(e.isEnd && c < 0 && !e.params.loop) &&
(c < 0 && (c = 0), Oe())
},
L = () => {
e.isEnd &&
c < 0 &&
!e.params.loop ||
e.destroyed ||
!e.autoplay.running ||
(
h = new Date().getTime(),
y ? (y = !1, B(c)) : B(),
e.autoplay.paused = !1,
s('autoplayResume')
)
},
A = () => {
if (e.destroyed || !e.autoplay.running) return;
const ae = Ci();
ae.visibilityState === 'hidden' &&
(y = !0, $(!0)),
ae.visibilityState === 'visible' &&
L()
},
N = ae => {
ae.pointerType === 'mouse' &&
(y = !0, b = !0, !(e.animating || e.autoplay.paused) && $(!0))
},
O = ae => {
ae.pointerType === 'mouse' &&
(b = !1, e.autoplay.paused && L())
},
se = () => {
e.params.autoplay.pauseOnMouseEnter &&
(
e.el.addEventListener('pointerenter', N),
e.el.addEventListener('pointerleave', O)
)
},
G = () => {
e.el &&
typeof e.el != 'string' &&
(
e.el.removeEventListener('pointerenter', N),
e.el.removeEventListener('pointerleave', O)
)
},
te = () => {
Ci().addEventListener('visibilitychange', A)
},
le = () => {
Ci().removeEventListener('visibilitychange', A)
};
n('init', () => {
e.params.autoplay.enabled &&
(se(), te(), z())
}),
n('destroy', () => {
G(),
le(),
e.autoplay.running &&
I()
}),
n('_freeModeStaticRelease', () => {
(p || y) &&
L()
}),
n(
'_freeModeNoMomentumRelease',
() => {
e.params.autoplay.disableOnInteraction ? I() : $(!0, !0)
}
),
n(
'beforeTransitionStart',
(ae, $e, Oe) => {
e.destroyed ||
!e.autoplay.running ||
(Oe || !e.params.autoplay.disableOnInteraction ? $(!0, !0) : I())
}
),
n(
'sliderFirstMove',
() => {
if (!(e.destroyed || !e.autoplay.running)) {
if (e.params.autoplay.disableOnInteraction) {
I();
return
}
f = !0,
p = !1,
y = !1,
g = setTimeout(() => {
y = !0,
p = !0,
$(!0)
}, 200)
}
}
),
n(
'touchEnd',
() => {
if (!(e.destroyed || !e.autoplay.running || !f)) {
if (
clearTimeout(g),
clearTimeout(a),
e.params.autoplay.disableOnInteraction
) {
p = !1,
f = !1;
return
}
p &&
e.params.cssMode &&
L(),
p = !1,
f = !1
}
}
),
n('slideChange', () => {
e.destroyed ||
!e.autoplay.running ||
(w = !0)
}),
Object.assign(e.autoplay, {
start: z,
stop: I,
pause: $,
resume: L
})
}
const A_ = {
class : 'max-w-screen-2xl mx-auto mt-4 mb-6 w-full'
},
V_ = {
key: 0
},
z_ = {
class : 'md:hidden'
},
W_ = {
class : 'hidden md:flex md:justify-between md:space-x-4'
},
U_ = {
key: 1
},
j_ = {
class : 'lg:hidden'
},
H_ = {
class : 'hidden lg:flex lg:justify-between lg:space-x-4'
},
uh = M(!0),
q_ = U({
name: 'TopSection',
components: {
Card: fo,
CardLoading: po,
Swiper: qs,
SwiperSlide: Gs
}
}),
G_ = U({
...q_,
setup(i) {
const e = M(window.innerWidth),
t = si(),
n = q(
() => [...t.spotPairs.values()].sort((a, l) => l.dailyNtlVolume - a.dailyNtlVolume).slice(0, 4)
),
s = q(() => e.value < 640 ? 1 : 2),
r = async() => {
await t.fetchSpotPairs(),
setTimeout(() => {
uh.value = !1
}, 200)
};
return Te(
() => {
r(),
window.addEventListener('resize', () => {
e.value = window.innerWidth
})
}
),
(a, l) => (
_(),
T(
'div',
A_,
[
uh.value ? (
_(),
T(
'div',
V_,
[
m('div', z_, [
(_(), T(D, null, ue(1, o => V(po, {
key: o
})), 64))
]),
m('div', W_, [
(_(), T(D, null, ue(4, o => V(po, {
key: o
})), 64))
])
]
)
) : (
_(),
T(
'div',
U_,
[
m(
'div',
j_,
[
V(
pe(qs),
{
'slides-per-view': s.value,
'space-between': 20,
modules: [
pe(yu),
pe(mu),
pe(gu)
],
autoplay: {
delay: 3000,
disableOnInteraction: !1
},
navigation: !1,
pagination: !1
},
{
default:
We(
() => [(
_(!0),
T(
D,
null,
ue(
n.value,
(o, u) => (
_(),
xe(
pe(Gs),
{
key: u
},
{
default:
We(() => [V(fo, {
pair: o
}, null, 8, [
'pair'
])]),
_: 2
},
1024
)
)
),
128
)
)]
),
_: 1
},
8,
[
'slides-per-view',
'modules'
]
)
]
),
m(
'div',
H_,
[
(
_(!0),
T(
D,
null,
ue(n.value, (o, u) => (_(), xe(fo, {
key: u,
pair: o
}, null, 8, [
'pair'
]))),
128
)
)
]
)
]
)
)
]
)
)
}
}),
K_ = Xi(
'exploreFilter',
{
state: () => ({
sortColumn: '',
sortDirection: 'desc',
filterValues: {
volume: {
min: null,
max: null
},
marketCap: {
min: null,
max: null
}
}
}),
actions: {
setSortColumn(i) {
this.sortColumn = i,
this.saveToLocalStorage()
},
setSortDirection(i) {
this.sortDirection = i,
this.saveToLocalStorage()
},
setFilterValues(i, e, t) {
this.filterValues[i] = {
min: e,
max: t
},
this.saveToLocalStorage()
},
resetFilter(i) {
this.filterValues[i] = {
min: null,
max: null
},
this.saveToLocalStorage()
},
loadFromLocalStorage() {
const i = localStorage.getItem('exploreFilterState');
if (i) try {
const e = JSON.parse(i);
this.$patch(e)
} catch (e) {
console.error('Error parsing saved state:', e)
}
},
saveToLocalStorage() {
try {
localStorage.setItem(
'exploreFilterState',
JSON.stringify({
sortColumn: this.sortColumn,
sortDirection: this.sortDirection,
filterValues: this.filterValues
})
)
} catch (i) {
console.error('Error saving state to localStorage:', i)
}
}
}
}
),
X_ = {
class : 'sticky top-0 z-20 bg-gray-50 dark:bg-slate-700 rounded-t-lg'
},
J_ = [
'onClick'
],
Y_ = {
class : 'mr-4'
},
Q_ = {
key: 0,
class : 'transition-all ease-in-out duration-75 absolute top-0 right-0 opacity-0 md:group-hover:opacity-100 transition-opacity duration-200'
},
Z_ = {
key: 1
},
ex = {
class : 'transition-all ease-in-out duration-75 absolute top-0 right-0 opacity-100 md:group-hover:opacity-0 transition-opacity'
},
tx = {
class : 'transition-all ease-in-out duration-75 absolute top-0 right-0 opacity-0 md:group-hover:opacity-100 transition-opacity'
},
ix = [
'onClick'
],
nx = {
key: 0,
stroke: 'currentColor',
fill: 'currentColor',
'stroke-width': '0',
viewBox: '0 0 16 16',
focusable: 'false',
class : 'chakra-icon custom-eupi28',
'aria-hidden': 'true',
height: '1em',
width: '1em',
xmlns: 'http://www.w3.org/2000/svg'
},
sx = {
key: 1,
stroke: 'currentColor',
fill: 'currentColor',
'stroke-width': '0',
viewBox: '0 0 16 16',
focusable: 'false',
class : 'chakra-icon custom-eupi28',
'aria-hidden': 'true',
height: '1em',
width: '1em',
xmlns: 'http://www.w3.org/2000/svg'
},
rx = {
key: 0,
class : 'fixed inset-0 bg-black bg-opacity-50 flex items-center justify-center z-50'
},
ax = {
class : 'bg-gray-700 text-white p-6 sm:rounded-lg w-full h-full md:w-[400px] md:h-auto h-[calc(100vh-116px)] mt-2 pt-8 sm:pt-6'
},
lx = {
class : 'flex justify-between items-center mb-4'
},
ox = {
class : 'text-xl font-bold text-white'
},
ux = {
class : 'space-y-4'
},
cx = {
class : 'flex space-x-2'
},
hx = {
class : 'w-1/2'
},
dx = [
'for'
],
fx = [
'id'
],
px = {
class : 'w-1/2'
},
mx = [
'for'
],
gx = [
'id'
],
yx = {
class : 'grid grid-cols-3 gap-2'
},
vx = [
'onClick'
],
bx = U({
name: 'GalleryFilter'
}),
Pp = U({
...bx,
props: {
pairs: {
},
columns: {
}
},
emits: [
'update'
],
setup(i, {
emit: e
}) {
const t = i,
n = e,
s = K_(),
r = M(!1),
a = M('volume'),
l = x => x === 'dailyNtlVolume' ? s.filterValues.volume.min !== null &&
s.filterValues.volume.min > 0 ||
s.filterValues.volume.max !== null : x === 'marketCap' ? s.filterValues.marketCap.min !== null &&
s.filterValues.marketCap.min > 0 ||
s.filterValues.marketCap.max !== null : !1,
o = () => {
s.resetFilter(a.value),
w(),
d()
},
u = {
volume: [
5000,
10000,
50000,
100000,
500000,
1000000
],
marketCap: [
1000000,
10000000,
100000000,
1000000000,
10000000000,
100000000000
]
},
c = q(
() => a.value === 'volume' ? 'Filter 24h Volume' : 'Filter Market Cap'
),
h = x => {
a.value = x,
r.value = !0
},
d = () => {
r.value = !1
},
f = x => {
s.setFilterValues(a.value, x, 1 / 0),
p()
},
p = () => {
w(),
d()
},
g = (x, k) => k.split('.').reduce((S, B) => S && S[B], x),
w = () => {
let x = t.pairs.filter(
k => {
const S = (
s.filterValues.volume.min === null ||
s.filterValues.volume.min <= 0 ||
k.dailyNtlVolume >= s.filterValues.volume.min
) &&
(
s.filterValues.volume.max === null ||
k.dailyNtlVolume <= s.filterValues.volume.max
),
B = k.midPrice * (k.base.circulatingSupply || 0),
z = (
s.filterValues.marketCap.min === null ||
s.filterValues.marketCap.min <= 0 ||
B >= s.filterValues.marketCap.min
) &&
(
s.filterValues.marketCap.max === null ||
B <= s.filterValues.marketCap.max
);
return S &&
z
}
);
x.sort(
(k, S) => {
let B,
z;
if (s.sortColumn === 'priceChange') {
const I = k.midPrice - k.previousDayPx,
$ = S.midPrice - S.previousDayPx;
B = I / k.previousDayPx * 100 ||
void 0,
z = $ / S.previousDayPx * 100 ||
void 0
} else s.sortColumn === 'marketCap' ? (
B = k.midPrice * (k.base?.circulatingSupply || 0),
z = S.midPrice * (S.base?.circulatingSupply || 0)
) : (B = g(k, s.sortColumn), z = g(S, s.sortColumn));
return typeof B == 'string' &&
(B = B.toLowerCase()),
typeof z == 'string' &&
(z = z.toLowerCase()),
B < z ? s.sortDirection === 'asc' ? - 1 : 1 : B > z ? s.sortDirection === 'asc' ? 1 : - 1 : 0
}
),
n('update', x)
},
y = x => x >= 1000000000 ? x / 1000000000 + 'M' : x >= 1000000 ? x / 1000000 + 'm' : x.toLocaleString(),
b = x => {
s.sortColumn === x ? s.sortDirection === 'asc' ? (s.setSortColumn(''), s.setSortDirection('desc')) : s.setSortDirection('asc') : (s.setSortColumn(x), s.setSortDirection('desc')),
w()
};
return Te(
() => {
s.loadFromLocalStorage(),
s.filterValues.volume.min === null &&
s.filterValues.volume.max === null &&
s.setFilterValues('volume', 0, null),
s.filterValues.marketCap.min === null &&
s.filterValues.marketCap.max === null &&
s.setFilterValues('marketCap', 0, null),
w()
}
),
Ie(() => t.pairs, w, {
immediate: !0
}),
(x, k) => (
_(),
T(
D,
null,
[
m(
'thead',
X_,
[
m(
'tr',
null,
[
(
_(!0),
T(
D,
null,
ue(
x.columns,
S => (
_(),
T(
'th',
{
key: S.key,
scope: 'col',
style: tt(
[S.key === 'marketCap' ||
S.key === 'dailyNtlVolume' ? {
minWidth: '140px'
}
: {
},
{
width: S.width
}
]
),
class : ie(
['py-3 px-3 text-sm font-semibold text-gray-900 dark:text-gray-300 cursor-pointer white-space-nowrap',
S.align === 'right' ? 'text-right' : 'text-left',
S.key === 'base.name' ? 'sticky left-0 bg-gray-50 dark:bg-slate-700 z-20' : '']
)
},
[
m(
'div',
{
class : ie(
['flex items-center',
S.align === 'right' ? 'justify-end' : 'justify-start']
)
},
[
m(
'span',
{
onClick: B => b(S.key),
class : 'cursor-pointer group relative'
},
[
m('span', Y_, F(S.label), 1),
pe(s).sortColumn !== S.key ? (_(), T('span', Q_, ' ▼ ')) : ye('', !0),
pe(s).sortColumn === S.key ? (
_(),
T(
'span',
Z_,
[
m('span', ex, F(pe(s).sortDirection === 'asc' ? '▲' : '▼'), 1),
m('span', tx, F(pe(s).sortDirection === 'asc' ? '' : '▲'), 1)
]
)
) : ye('', !0)
],
8,
J_
),
S.key === 'dailyNtlVolume' ||
S.key === 'marketCap' ? (
_(),
T(
'button',
{
key: 0,
onClick: B => h(S.key === 'dailyNtlVolume' ? 'volume' : 'marketCap'),
class : ie(
['ml-1 hover:text-green-500 transition-colors duration-200 mt-0.5',
l(S.key) ? 'text-green-500 hover:text-green-700' : '']
)
},
[
l(S.key) ? ye('', !0) : (
_(),
T(
'svg',
nx,
k[2] ||
(
k[2] = [
m(
'path',
{
'fill-rule': 'evenodd',
'clip-rule': 'evenodd',
d: 'M15 2v1.67l-5 4.759V14H6V8.429l-5-4.76V2h14zM7 8v5h2V8l5-4.76V3H2v.24L7 8z'
},
null,
- 1
)
]
)
)
),
l(S.key) ? (
_(),
T(
'svg',
sx,
k[3] ||
(
k[3] = [
m(
'path',
{
'fill-rule': 'evenodd',
'clip-rule': 'evenodd',
d: 'M15 2v1.67l-5 4.759V14H6V8.429l-5-4.76V2h14z'
},
null,
- 1
)
]
)
)
) : ye('', !0)
],
10,
ix
)
) : ye('', !0)
],
2
)
],
6
)
)
),
128
)
)
]
)
]
),
r.value ? (
_(),
T(
'div',
rx,
[
m(
'div',
ax,
[
m(
'div',
lx,
[
m('h2', ox, F(c.value), 1),
m('button', {
onClick: d,
class : 'text-2xl'
}, '×')
]
),
m(
'div',
ux,
[
m(
'div',
cx,
[
m(
'div',
hx,
[
m(
'label',
{
for : `min${ a.value }`,
class : 'block mb-1 text-white'
},
'Minimum:',
8,
dx
),
Mt(
m(
'input',
{
id: `min${ a.value }`,
'onUpdate:modelValue': k[0] ||
(k[0] = S => pe(s).filterValues[a.value].min = S),
type: 'number',
class : 'w-full border rounded px-4 py-2 border-gray-300 focus:outline-none focus:ring-0 bg-gray-300 text-black placeholder-gray-800 gradient-focus'
},
null,
8,
fx
),
[
[zr,
pe(s).filterValues[a.value].min,
void 0,
{
number: !0
}
]
]
)
]
),
m(
'div',
px,
[
m(
'label',
{
for : `max${ a.value }`,
class : 'block mb-1 text-white'
},
'Maximum:',
8,
mx
),
Mt(
m(
'input',
{
id: `max${ a.value }`,
'onUpdate:modelValue': k[1] ||
(k[1] = S => pe(s).filterValues[a.value].max = S),
type: 'number',
class : 'w-full border rounded px-4 py-2 border-gray-300 focus:outline-none focus:ring-0 bg-gray-300 text-black placeholder-gray-800 gradient-focus'
},
null,
8,
gx
),
[
[zr,
pe(s).filterValues[a.value].max,
void 0,
{
number: !0
}
]
]
)
]
)
]
),
m(
'div',
yx,
[
(
_(!0),
T(
D,
null,
ue(
u[a.value],
S => (
_(),
T(
'button',
{
key: S,
onClick: B => f(S),
class : 'px-3 py-1 bg-green-300 rounded text-sm whitespace-nowrap overflow-hidden text-ellipsis text-black'
},
' >$' + F(y(S)),
9,
vx
)
)
),
128
)
)
]
)
]
),
m(
'div',
{
class : 'flex space-x-2 mt-4'
},
[
m(
'button',
{
onClick: p,
class : 'px-4 py-2 bg-green-500 text-white rounded w-1/2 hover:bg-green-600 transition-colors duration-200'
},
' Apply '
),
m(
'button',
{
onClick: o,
class : 'px-4 py-2 bg-gray-500 text-white rounded w-1/2 hover:bg-gray-600 transition-colors duration-200'
},
' Reset '
)
]
)
]
)
]
)
) : ye('', !0)
],
64
)
)
}
}),
wx = U({
name: 'PairRow'
}),
Ip = U({
...wx,
props: {
pair: {
},
columns: {
}
},
setup(i) {
const e = i,
t = a => new Intl.NumberFormat('en-US', {
minimumFractionDigits: 2
}).format(a),
n = (a, l) => new Intl.NumberFormat(
'en-US',
{
style: 'currency',
currency: 'USD',
minimumFractionDigits: l
}
).format(a),
s = () => {
const a = (e.pair.midPrice - e.pair.previousDayPx) / e.pair.previousDayPx * 100 ||
0;
return e.pair.dailyNtlVolume === 0 ? 'text-gray-500' : a >= 0 ? [
'text-green-700',
'dark:text-green-400'
] : [
'text-red-700',
'dark:text-red-400'
]
},
r = a => {
switch (a) {
case 'base.name':
return e.pair.base.name;
case 'markPrice':
let l = 8 - e.pair.base?.szDecimals ||
0;
return n(e.pair.midPrice, l);
case 'priceChange':
if (
e.pair.dailyNtlVolume === 0 ||
e.pair.midPrice === 0 ||
e.pair.previousDayPx === 0
) return '-';
const o = e.pair.midPrice - e.pair.previousDayPx,
u = o / e.pair.previousDayPx * 100 ||
0;
return `${ t(o) } / ${ u.toFixed(2) }%`;
case 'dailyNtlVolume':
return e.pair.dailyNtlVolume === 0 ? rt(0) : rt(e.pair.dailyNtlVolume);
case 'marketCap':
return rt(e.pair.midPrice * (e.pair.base.circulatingSupply || 0));
default:
return ''
}
};
return (a, l) => {
const o = st('router-link');
return _(),
T(
'tr',
null,
[
(
_(!0),
T(
D,
null,
ue(
a.columns,
u => (
_(),
T(
'td',
{
key: u.key,
class : ie(
['whitespace-nowrap py-4 px-3 text-sm bg-white dark:bg-slate-800',
u.align === 'right' ? 'text-right' : 'text-left',
u.key === 'base.name' ? 'font-medium text-gray-900 dark:text-gray-300 sticky left-0 bg-white dark:bg-slate-800 z-10' : 'text-gray-500 dark:text-gray-300',
u.key === 'priceChange' ? s() : '']
),
style: tt({
width: u.width
})
},
[
u.key === 'base.name' ? (
_(),
xe(
o,
{
key: 0,
to: {
name: 'PairDetail',
params: {
id: a.pair.id
}
}
},
{
default:
We(() => [He(F(r(u.key)), 1)]),
_: 2
},
1032,
[
'to'
]
)
) : (_(), T(D, {
key: 1
}, [
He(F(r(u.key)), 1)
], 64))
],
6
)
)
),
128
)
)
]
)
}
}
}),
kx = U({
name: 'PairRowLoading'
}),
Np = U({
...kx,
props: {
columns: {
}
},
setup(i) {
const e = t => {
switch (t) {
case 'base.name':
return 'w-3/4';
case 'markPrice':
case 'priceChange':
return 'w-2/3';
case 'dailyNtlVolume':
case 'marketCap':
return 'w-1/2';
default:
return 'w-1/2'
}
};
return (t, n) => (
_(),
T(
'tr',
null,
[
(
_(!0),
T(
D,
null,
ue(
t.columns,
(s, r) => (
_(),
T(
'td',
{
key: r,
class : ie(
['whitespace-nowrap py-4 px-3 text-sm bg-white dark:bg-slate-800',
s.key === 'base.name' ? 'font-medium text-gray-900 sticky left-0 bg-white dark:bg-slate-800 z-10' : 'text-gray-500']
),
style: tt({
width: s.width
})
},
[
m(
'div',
{
class : ie(
['animate-pulse bg-gray-300 dark:bg-slate-700 h-6 rounded',
[
e(s.key),
s.align === 'right' ? 'ml-auto' : 'mr-auto'
]]
)
},
null,
2
)
],
6
)
)
),
128
)
)
]
)
)
}
}),
_x = {
class : 'flex flex-col h-full max-w-screen-2xl mx-auto bg-gray-300/25 dark:bg-slate-700/25 rounded-lg lg:rounded-xl overflow-hidden border border-gray-300 dark:border-gray-700'
},
xx = {
class : 'overflow-x-auto overflow-y-auto'
},
Tx = {
class : 'w-full min-w-[640px]'
},
Sx = {
class : 'divide-y divide-gray-300 dark:divide-gray-700 w-full'
},
ch = M(!0),
Ex = U({
name: 'Gallery',
components: {
GalleryFilter: Pp,
PairRow: Ip,
PairRowLoading: Np
}
}),
Cx = U({
...Ex,
setup(i) {
const e = si(),
t = q(() => Array.from(e.spotPairs.values())),
n = M([]),
s = M(''),
r = [
{
key: 'base.name',
label: 'Token',
align: 'left',
width: '14%'
},
{
key: 'markPrice',
label: 'Price',
align: 'right',
width: '14%'
},
{
key: 'priceChange',
label: '24h Change',
align: 'right',
width: '19%'
},
{
key: 'dailyNtlVolume',
label: '24h Volume',
align: 'right',
width: '24%'
},
{
key: 'marketCap',
label: 'Market Cap',
align: 'right',
width: '29%'
}
],
a = q(
() => s.value ? t.value.filter(o => o.base.name.toLowerCase().includes(s.value.toLowerCase())) : t.value
),
l = o => {
n.value = o
};
return Te(
async() => {
await e.fetchSpotPairs(),
setTimeout(() => {
ch.value = !1
}, 200)
}
),
(o, u) => (
_(),
T(
'div',
_x,
[
m(
'div',
xx,
[
m(
'table',
Tx,
[
V(Pp, {
pairs: a.value,
columns: r,
onUpdate: l
}, null, 8, [
'pairs'
]),
m(
'tbody',
Sx,
[
ch.value ? (_(), T(D, {
key: 0
}, ue(24, c => V(Np, {
key: c,
columns: r
})), 64)) : (
_(!0),
T(
D,
{
key: 1
},
ue(
n.value,
c => (_(), xe(Ip, {
key: c.id,
pair: c,
columns: r
}, null, 8, [
'pair'
]))
),
128
)
)
]
)
]
)
]
)
]
)
)
}
});
const $x = Ee(Cx, [
['__scopeId',
'data-v-e3e2a0c9']
]),
Lx = {
name: 'Home',
components: {
TopSection: G_,
Gallery: $x
}
},
Px = {
class : 'flex flex-col h-[calc(100vh-100px)] py-4 z-10 relative px-4 sm:px-6 xl:px-2 overflow-y-auto landscape:overflow-y-auto'
},
Ix = {
class : 'flex-shrink-0'
},
Nx = {
class : 'flex-grow overflow-hidden landscape:min-h-[300px]'
};
function Mx(i, e, t, n, s, r) {
const a = st('TopSection'),
l = st('Gallery');
return _(),
T(
D,
null,
[
e[0] ||
(
e[0] = m(
'div',
{
class : 'absolute inset-y-0 right-1/2 z-1 -mr-96 w-[200%] origin-top-right skew-x-[-30deg] bg-white dark:bg-slate-900 ring-1 ring-green-50 dark:ring-green-400 sm:-mr-80 lg:-mr-48',
'aria-hidden': 'true'
},
null,
- 1
)
),
m('div', Px, [
m('div', Ix, [
V(a)
]),
m('div', Nx, [
V(l)
])
])
],
64
)
}
const Rx = Ee(Lx, [
['render',
Mx]
]),
Bx = {
class : 'flex flex-col sm:flex-row gap-4 py-4 bg-base-200 rounded-lg'
},
Ox = {
class : 'flex-grow'
},
Dx = {
class : 'flex gap-2'
},
Fx = U({
__name: 'GalleryFilter',
emits: [
'search'
],
setup(i, {
emit: e
}) {
const t = e,
n = M(''),
s = M('lastEvent'),
r = M('desc'),
a = () => {
t('search', n.value, {
by: s.value,
direction: r.value
})
};
return Ie(n, () => {
a()
}),
Ie([s,
r], () => {
a()
}),
(l, o) => (
_(),
T(
'div',
Bx,
[
m(
'div',
Ox,
[
Mt(
m(
'input',
{
type: 'text',
placeholder: 'Search by name...',
class : 'search-input focus:ring-0 dark:bg-slate-800 dark:text-white dark:border-gray-400/25 border-solid border-gray-600/25 rounded-lg',
'onUpdate:modelValue': o[0] ||
(o[0] = u => n.value = u),
onInput: a
},
null,
544
),
[
[zr,
n.value]
]
)
]
),
m(
'div',
Dx,
[
Mt(
m(
'select',
{
class : 'select px-4 dark:bg-slate-800 dark:text-white dark:border-gray-400/25 border-solid border-gray-600/25 rounded-lg focus:ring-0',
'onUpdate:modelValue': o[1] ||
(o[1] = u => s.value = u),
onChange: a
},
o[2] ||
(
o[2] = [
m('option', {
value: 'lastEvent'
}, 'Latest Activity', - 1),
m('option', {
value: 'marketCap'
}, 'Market Cap', - 1),
m('option', {
value: 'timestamp'
}, 'Launch Date', - 1),
m('option', {
value: 'volume'
}, 'Volume', - 1)
]
),
544
),
[
[by,
s.value]
]
)
]
)
]
)
)
}
});
const Ax = Ee(Fx, [
['__scopeId',
'data-v-bc115c83']
]),
Vx = {
class : 'mt-2 mb-2 w-full'
},
zx = {
class : 'w-full bg-gray-200 rounded-full h-2 dark:bg-gray-700'
},
Wx = {
class : 'text-xs text-gray-600 dark:text-gray-400 mt-1'
},
Ux = U({
name: 'LaunchProgress'
}),
ka = U({
...Ux,
props: {
launch: {
type: Object,
required: !0
}
},
setup(i) {
const e = St(),
t = i;
q(
() => {
if (!t.launch) return 0;
switch (t.launch.poolType) {
case Gt.Quadratic:
{
const r = t.launch.k / (t.launch.x + t.launch.x0);
return (t.launch.x + t.launch.x0) / r
}
case Gt.Fixed:
return t.launch.x0 / t.launch.k;
default:
return 0
}
}
);
const n = q(
() => !t.launch ||
e.auctionPrice == 0 ? 0 : t.launch.session &&
t.launch.session.step > 0 ? 100 : t.launch.x / 10**t.launch.decimals * 0.65 / e.auctionPrice * 100
),
s = q(
() => n.value < 20 ? '🦧 Aping in the initial liquidity' : n.value < 40 ? '🌙 Loading moon.exe...' : n.value < 60 ? '💎 Diamond hands assembling' : n.value < 80 ? '🚀 Preparing for HyperLiquid takeoff' : n.value < 95 ? '🦈 Big players entering the pool' : '🔥 You late brother'
);
return (r, a) => (
_(),
T(
'div',
Vx,
[
a[0] ||
(
a[0] = m(
'div',
{
class : 'text-xs text-gray-700 dark:text-gray-300 mb-1'
},
' Progress to deployment: ',
- 1
)
),
m(
'div',
zx,
[
m(
'div',
{
class : 'bg-blue-600 h-2 rounded-full',
style: tt({
width: `${ n.value }%`
})
},
null,
4
)
]
),
m('div', Wx, F(n.value.toFixed(2)) + '% - ' + F(s.value), 1)
]
)
)
}
}),
jx = {
class : 'min-w-32 flex-shrink-0 relative'
},
Hx = {
class : 'pulse-loader absolute inset-0 rounded-lg w-32 h-32 bg-gray-300 dark:bg-slate-700'
},
qx = [
'alt',
'src'
],
Gx = [
'src'
],
Kx = {
class : 'flex flex-col flex-grow ml-4'
},
Xx = {
class : 'gap-1 grid h-fit'
},
Jx = {
class : 'text-xs text-gray-700 dark:text-gray-300 flex items-center gap-2'
},
Yx = {
type: 'button',
class : '-ml-1'
},
Qx = {
class : 'flex gap-1 items-center'
},
Zx = [
'alt'
],
eT = {
class : 'rounded hover:underline flex -ml-1',
style: {
'background-color': 'transparent'
}
},
tT = {
class : 'text-xs text-green-500 dark:text-green-400 flex gap-1 -mt-1'
},
iT = {
class : 'text-sm w-full flex flex-col mt-2'
},
nT = {
class : 'font-bold uppercase dark:text-white'
},
sT = {
class : 'text-xs text-gray-700 dark:text-gray-300 description'
},
rT = {
class : 'trust-factor'
},
aT = {
class : 'trust-factor-badge py-0.5 px-2'
},
lT = {
class : 'trust-factor-emoji'
},
oT = {
class : 'flex flex-row justify-between absolute left-4 bottom-8 w-[calc(100%-48px)]'
},
uT = {
class : 'card-footer absolute bottom-2 left-4 w-full'
},
cT = {
class : 'flex flex-col items-center gap-2'
},
hT = {
class : 'flex gap-1 items-center'
},
dT = {
key: 0,
class : 'flex gap-1 items-center text-xs has-tooltip'
},
fT = {
key: 1,
class : 'flex flex-col w-full'
},
pT = {
class : 'flex flex-row items-center'
},
mT = {
class : 'min-w-16 flex-shrink-0 relative'
},
gT = {
class : 'pulse-loader absolute inset-0 rounded-lg w-16 h-16 bg-gray-300 dark:bg-slate-700'
},
yT = [
'alt',
'src'
],
vT = {
class : 'flex flex-col ml-4'
},
bT = {
class : 'text-xs text-gray-700 dark:text-gray-300 flex items-center gap-2'
},
wT = {
type: 'button',
class : '-ml-1'
},
kT = {
class : 'flex gap-1 items-center'
},
_T = [
'alt'
],
xT = {
class : 'rounded hover:underline flex -ml-1',
style: {
'background-color': 'transparent'
}
},
TT = {
class : 'text-xs text-green-500 dark:text-green-400 flex gap-1 -mt-1'
},
ST = {
class : 'trust-factor'
},
ET = {
class : 'trust-factor-badge py-0.5 px-2'
},
CT = {
class : 'trust-factor-emoji'
},
$T = {
class : 'text-xs w-full flex flex-col mt-2'
},
LT = {
class : 'font-bold uppercase'
},
PT = {
class : 'text-[10px] leading-[12px] text-gray-700 dark:text-gray-300 description'
},
IT = {
class : 'card-footer absolute bottom-2 left-4 w-full'
},
NT = {
class : 'flex flex-col items-center gap-2'
},
MT = {
class : 'flex gap-1 items-center'
},
RT = {
key: 0,
class : 'flex gap-1 items-center text-xs has-tooltip'
},
BT = U({
name: 'Card',
props: {
launch: Object
},
components: {
LaunchProgress: ka
}
}),
OT = U({
...BT,
props: {
launch: Object
},
setup(i) {
const e = i,
t = M(window.innerWidth < 768),
n = () => {
t.value = window.innerWidth < 768
};
Te(() => {
window.addEventListener('resize', n)
}),
ct(() => {
window.removeEventListener('resize', n)
});
const s = q(
() => {
if (!e.launch.telegramUser) return '❓';
let p = e.launch.telegramUser.reputationScore;
return p < 3 ? '🔴' : p < 5 ? '🟡' : p < 8 ? '🟢' : '👑'
}
),
r = q(() => e.launch.session ? e.launch.session.fullName : 'Unknown'),
a = q(() => e.launch.session ? e.launch.session.tokenName : 'Unknown'),
l = q(
() => e.launch.session ? 'https://media.hypurr.fun/' + e.launch.mediaFileId : 'Unknown'
),
o = q(
() => {
switch (e.launch.poolType) {
case Gt.Quadratic:
let p = e.launch.k / (e.launch.x + e.launch.x0);
return (e.launch.x + e.launch.x0) / p;
case Gt.Fixed:
return e.launch.x0 / e.launch.k;
default:
return 0
}
}
),
u = q(
() => e.launch.telegramUser ? e.launch.telegramUser.username : 'Unknown'
),
c = q(
() => {
if (!e.launch.session) return '0';
let g = - e.launch.y / Math.pow(10, e.launch.decimals) * o.value;
return rt(g)
}
),
h = q(
() => {
const p = t ? 50 : 100;
return e.launch?.description &&
e.launch.description.length > p ? e.launch.description.slice(0, p) + '...' : e.launch?.description ||
''
}
),
d = M(!1),
f = M(null);
return Te(
() => {
f.value?.complete &&
f.value?.naturalHeight !== 0 &&
(d.value = !0)
}
),
(p, g) => {
const w = st('router-link');
return _(),
xe(
w,
{
to: {
name: 'LaunchDetail',
params: {
id: i.launch.id
}
},
class : ie(
['bg-white dark:bg-slate-800 dark:text-white rounded-lg shadow p-2 sm:p-4 relative border-solid border-gray-600/25 dark:border-gray-400/25 border-[1px] w-full flex flex-row opacity-0',
[
t.value ? 'h-48' : 'h-60',
{
'animate-fade-in': !0
}
]]
)
},
{
default:
We(
() => [t.value ? (
_(),
T(
'div',
fT,
[
m(
'div',
pT,
[
m(
'div',
mT,
[
Mt(m('div', gT, null, 512), [
[Ls,
!d.value]
]),
m(
'img',
{
alt: a.value,
loading: 'lazy',
width: '128',
height: '128',
decoding: 'async',
'data-nimg': '1',
class : ie(
['w-16 h-16 object-cover rounded-lg transition-opacity duration-500 relative z-10',
{
'opacity-0': !d.value,
'opacity-100': d.value
}
]
),
src: l.value,
ref: f.value,
onLoad: g[2] ||
(g[2] = y => d.value = !0)
},
null,
42,
yT
)
]
),
m(
'div',
vT,
[
m(
'div',
bT,
[
g[10] ||
(
g[10] = m(
'div',
{
class : 'text-black dark:text-white bold'
},
'Created by:',
- 1
)
),
m(
'button',
wT,
[
m(
'span',
kT,
[
m(
'img',
{
alt: u.value,
loading: 'lazy',
width: '24',
height: '24',
decoding: 'async',
'data-nimg': '1',
class : 'w-6 h-6 rounded-full',
src: Is
},
null,
8,
_T
),
m('span', xT, F(u.value), 1)
]
)
]
)
]
),
m('div', TT, ' Market cap: ' + F(c.value), 1)
]
)
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{
class : 'text-xs bg-gray-200 dark:bg-slate-600 px-2 py-1 rounded-tr-lg rounded-bl-lg w-16 h-5 animate-pulse'
}
)
],
- 1
),
m(
'div',
{
class : 'flex flex-col items-start pt-4'
},
[
m(
'div',
{
class : 'text-sm font-bold w-16 h-5 bg-gray-200 dark:bg-slate-600 rounded animate-pulse'
}
),
m(
'div',
{
class : 'text-xs mt-1 w-12 h-4 bg-gray-200 dark:bg-slate-600 rounded animate-pulse'
}
)
],
- 1
),
m(
'hr',
{
class : 'h-full mx-2 border-gray-300 dark:border-gray-700 w-[2px] bg-gray-300 dark:bg-gray-700'
},
null,
- 1
),
m(
'div',
{
class : 'flex flex-col items-end pt-4'
},
[
m(
'div',
{
class : 'font-bold text-sm w-24 h-5 bg-gray-200 dark:bg-slate-600 rounded animate-pulse'
}
),
m(
'div',
{
class : 'text-xs mt-1 w-20 h-4 bg-gray-200 dark:bg-slate-600 rounded animate-pulse'
}
)
],
- 1
)
]
)
)
)
),
128
)
) : (
_(!0),
T(
D,
{
key: 1
},
ue(
s.value,
O => (
_(),
T(
'div',
{
key: O.movementHash.value,
class : 'relative rounded-xl min-w-[200px] flex items-center justify-between mr-6 my-auto shadow-md whitespace-nowrap bg-gray-100 dark:bg-slate-700 rounded-md px-3 py-3 shadow-sm transition-all duration-300 ease-in-out'
},
[
m(
'div',
tS,
[
m('span', iS, F(y(O.launchId)), 1),
m('span', nS, F(w(O.timestamp)), 1)
]
),
m(
'div',
sS,
[
m(
'span',
{
class : ie(
[{
'text-green-600': O.launchDelta > 0,
'text-red-600': O.launchDelta < 0
},
'text-sm font-bold']
)
},
F(O.launchDelta > 0 ? 'BOUGHT' : 'SOLD'),
3
),
m(
'span',
rS,
F(pe(rt) (O.usdcDelta).replace('$', '').replace('-', '')) + ' $',
1
)
]
),
N[1] ||
(
N[1] = m(
'hr',
{
class : 'h-full mx-2 border-gray-300 dark:border-gray-700 w-[2px] bg-gray-300 dark:bg-gray-700'
},
null,
- 1
)
),
m(
'div',
aS,
[
m('span', lS, F(g(O.wallet.ethereumAddress)), 1),
m(
'span',
oS,
F(pe(rt) (O.launchDelta).replace('$', '').replace('-', '')) + ' ' + F(y(O.launchId)),
1
)
]
)
]
)
)
),
128
)
)]
),
_: 1
},
8,
[
'class'
]
)
]
)
)
}
});
const wu = Ee(cS, [
['__scopeId',
'data-v-00a13d36']
]),
hS = {
class : 'flex flex-col h-[calc(100vh-100px)] py-4 z-10 relative px-2 sm:px-6 xl:px-2 overflow-x-hidden overflow-y-auto landscape:overflow-y-auto custom-scrollbar'
},
dS = U({
name: 'Launches',
components: {
Gallery: Mp,
TopSection: Rp,
LatestFillsBanner: wu
}
}),
fS = U({
...dS,
setup(i) {
const e = St();
return Te(() => {
e.startLatestFillStream(),
e.fetchAuction()
}),
ct(() => {
e.stopLatestFillStream()
}),
(t, n) => (
_(),
T(
D,
null,
[
n[0] ||
(
n[0] = m(
'div',
{
class : 'absolute inset-y-0 right-1/2 z-1 -mr-96 w-[200%] origin-top-right skew-x-[-30deg] bg-white dark:bg-slate-900 ring-1 ring-green-50 dark:ring-green-400 sm:-mr-80 lg:-mr-48',
'aria-hidden': 'true'
},
null,
- 1
)
),
m('div', hS, [
V(wu),
V(Rp),
V(Mp)
])
],
64
)
)
}
});
const pS = Ee(fS, [
['__scopeId',
'data-v-4ab341ef']
]),
Jr = i => {
switch (i.poolType) {
case Gt.Quadratic:
let e = i.k / (i.x + i.x0);
return (i.x + i.x0) / e;
case Gt.Fixed:
return i.x0 / i.k;
default:
return 0
}
},
Yr = (i, e, t) => {
let n = i.cost / Math.pow(10, t),
s = i.balance / Math.pow(10, t);
return e * s - n
};
function Ke(i) {
var e = i.width,
t = i.height;
if (e < 0) throw new Error('Negative width is not allowed for Size');
if (t < 0) throw new Error('Negative height is not allowed for Size');
return {
width: e,
height: t
}
}
function an(i, e) {
return i.width === e.width &&
i.height === e.height
}
var mS = function () {
function i(e) {
var t = this;
this._resolutionListener = function () {
return t._onResolutionChanged()
},
this._resolutionMediaQueryList = null,
this._observers = [],
this._window = e,
this._installResolutionListener()
}
return i.prototype.dispose = function () {
this._uninstallResolutionListener(),
this._window = null
},
Object.defineProperty(
i.prototype,
'value',
{
get: function () {
return this._window.devicePixelRatio
},
enumerable: !1,
configurable: !0
}
),
i.prototype.subscribe = function (e) {
var t = this,
n = {
next: e
};
return this._observers.push(n),
{
unsubscribe: function () {
t._observers = t._observers.filter(function (s) {
return s !== n
})
}
}
},
i.prototype._installResolutionListener = function () {
if (this._resolutionMediaQueryList !== null) throw new Error('Resolution listener is already installed');
var e = this._window.devicePixelRatio;
this._resolutionMediaQueryList = this._window.matchMedia('all and (resolution: '.concat(e, 'dppx)')),
this._resolutionMediaQueryList.addListener(this._resolutionListener)
},
i.prototype._uninstallResolutionListener = function () {
this._resolutionMediaQueryList !== null &&
(
this._resolutionMediaQueryList.removeListener(this._resolutionListener),
this._resolutionMediaQueryList = null
)
},
i.prototype._reinstallResolutionListener = function () {
this._uninstallResolutionListener(),
this._installResolutionListener()
},
i.prototype._onResolutionChanged = function () {
var e = this;
this._observers.forEach(function (t) {
return t.next(e._window.devicePixelRatio)
}),
this._reinstallResolutionListener()
},
i
}();
function gS(i) {
return new mS(i)
}
var yS = function () {
function i(e, t, n) {
var s;
this._canvasElement = null,
this._bitmapSizeChangedListeners = [],
this._suggestedBitmapSize = null,
this._suggestedBitmapSizeChangedListeners = [],
this._devicePixelRatioObservable = null,
this._canvasElementResizeObserver = null,
this._canvasElement = e,
this._canvasElementClientSize = Ke({
width: this._canvasElement.clientWidth,
height: this._canvasElement.clientHeight
}),
this._transformBitmapSize = t ?? function (r) {
return r
},
this._allowResizeObserver = (s = n?.allowResizeObserver) !== null &&
s !== void 0 ? s : !0,
this._chooseAndInitObserver()
}
return i.prototype.dispose = function () {
var e,
t;
if (this._canvasElement === null) throw new Error('Object is disposed');
(e = this._canvasElementResizeObserver) === null ||
e === void 0 ||
e.disconnect(),
this._canvasElementResizeObserver = null,
(t = this._devicePixelRatioObservable) === null ||
t === void 0 ||
t.dispose(),
this._devicePixelRatioObservable = null,
this._suggestedBitmapSizeChangedListeners.length = 0,
this._bitmapSizeChangedListeners.length = 0,
this._canvasElement = null
},
Object.defineProperty(
i.prototype,
'canvasElement',
{
get: function () {
if (this._canvasElement === null) throw new Error('Object is disposed');
return this._canvasElement
},
enumerable: !1,
configurable: !0
}
),
Object.defineProperty(
i.prototype,
'canvasElementClientSize',
{
get: function () {
return this._canvasElementClientSize
},
enumerable: !1,
configurable: !0
}
),
Object.defineProperty(
i.prototype,
'bitmapSize',
{
get: function () {
return Ke({
width: this.canvasElement.width,
height: this.canvasElement.height
})
},
enumerable: !1,
configurable: !0
}
),
i.prototype.resizeCanvasElement = function (e) {
this._canvasElementClientSize = Ke(e),
this.canvasElement.style.width = ''.concat(this._canvasElementClientSize.width, 'px'),
this.canvasElement.style.height = ''.concat(this._canvasElementClientSize.height, 'px'),
this._invalidateBitmapSize()
},
i.prototype.subscribeBitmapSizeChanged = function (e) {
this._bitmapSizeChangedListeners.push(e)
},
i.prototype.unsubscribeBitmapSizeChanged = function (e) {
this._bitmapSizeChangedListeners = this._bitmapSizeChangedListeners.filter(function (t) {
return t !== e
})
},
Object.defineProperty(
i.prototype,
'suggestedBitmapSize',
{
get: function () {
return this._suggestedBitmapSize
},
enumerable: !1,
configurable: !0
}
),
i.prototype.subscribeSuggestedBitmapSizeChanged = function (e) {
this._suggestedBitmapSizeChangedListeners.push(e)
},
i.prototype.unsubscribeSuggestedBitmapSizeChanged = function (e) {
this._suggestedBitmapSizeChangedListeners = this._suggestedBitmapSizeChangedListeners.filter(function (t) {
return t !== e
})
},
i.prototype.applySuggestedBitmapSize = function () {
if (this._suggestedBitmapSize !== null) {
var e = this._suggestedBitmapSize;
this._suggestedBitmapSize = null,
this._resizeBitmap(e),
this._emitSuggestedBitmapSizeChanged(e, this._suggestedBitmapSize)
}
},
i.prototype._resizeBitmap = function (e) {
var t = this.bitmapSize;
an(t, e) ||
(
this.canvasElement.width = e.width,
this.canvasElement.height = e.height,
this._emitBitmapSizeChanged(t, e)
)
},
i.prototype._emitBitmapSizeChanged = function (e, t) {
var n = this;
this._bitmapSizeChangedListeners.forEach(function (s) {
return s.call(n, e, t)
})
},
i.prototype._suggestNewBitmapSize = function (e) {
var t = this._suggestedBitmapSize,
n = Ke(this._transformBitmapSize(e, this._canvasElementClientSize)),
s = an(this.bitmapSize, n) ? null : n;
t === null &&
s === null ||
t !== null &&
s !== null &&
an(t, s) ||
(
this._suggestedBitmapSize = s,
this._emitSuggestedBitmapSizeChanged(t, s)
)
},
i.prototype._emitSuggestedBitmapSizeChanged = function (e, t) {
var n = this;
this._suggestedBitmapSizeChangedListeners.forEach(function (s) {
return s.call(n, e, t)
})
},
i.prototype._chooseAndInitObserver = function () {
var e = this;
if (!this._allowResizeObserver) {
this._initDevicePixelRatioObservable();
return
}
bS().then(
function (t) {
return t ? e._initResizeObserver() : e._initDevicePixelRatioObservable()
}
)
},
i.prototype._initDevicePixelRatioObservable = function () {
var e = this;
if (this._canvasElement !== null) {
var t = hh(this._canvasElement);
if (t === null) throw new Error('No window is associated with the canvas');
this._devicePixelRatioObservable = gS(t),
this._devicePixelRatioObservable.subscribe(function () {
return e._invalidateBitmapSize()
}),
this._invalidateBitmapSize()
}
},
i.prototype._invalidateBitmapSize = function () {
var e,
t;
if (this._canvasElement !== null) {
var n = hh(this._canvasElement);
if (n !== null) {
var s = (
t = (e = this._devicePixelRatioObservable) === null ||
e === void 0 ? void 0 : e.value
) !== null &&
t !== void 0 ? t : n.devicePixelRatio,
r = this._canvasElement.getClientRects(),
a = r[0] !== void 0 ? wS(r[0], s) : Ke({
width: this._canvasElementClientSize.width * s,
height: this._canvasElementClientSize.height * s
});
this._suggestNewBitmapSize(a)
}
}
},
i.prototype._initResizeObserver = function () {
var e = this;
this._canvasElement !== null &&
(
this._canvasElementResizeObserver = new ResizeObserver(
function (t) {
var n = t.find(function (a) {
return a.target === e._canvasElement
});
if (
!(
!n ||
!n.devicePixelContentBoxSize ||
!n.devicePixelContentBoxSize[0]
)
) {
var s = n.devicePixelContentBoxSize[0],
r = Ke({
width: s.inlineSize,
height: s.blockSize
});
e._suggestNewBitmapSize(r)
}
}
),
this._canvasElementResizeObserver.observe(this._canvasElement, {
box: 'device-pixel-content-box'
})
)
},
i
}();
function vS(i, e) {
if (e.type === 'device-pixel-content-box') return new yS(i, e.transform, e.options);
throw new Error('Unsupported binding target')
}
function hh(i) {
return i.ownerDocument.defaultView
}
function bS() {
return new Promise(
function (i) {
var e = new ResizeObserver(
function (t) {
i(t.every(function (n) {
return 'devicePixelContentBoxSize' in n
})),
e.disconnect()
}
);
e.observe(document.body, {
box: 'device-pixel-content-box'
})
}
).catch(function () {
return !1
})
}
function wS(i, e) {
return Ke({
width: Math.round(i.left * e + i.width * e) - Math.round(i.left * e),
height: Math.round(i.top * e + i.height * e) - Math.round(i.top * e)
})
}
var kS = function () {
function i(e, t, n) {
if (t.width === 0 || t.height === 0) throw new TypeError(
'Rendering target could only be created on a media with positive width and height'
);
if (this._mediaSize = t, n.width === 0 || n.height === 0) throw new TypeError(
'Rendering target could only be created using a bitmap with positive integer width and height'
);
this._bitmapSize = n,
this._context = e
}
return i.prototype.useMediaCoordinateSpace = function (e) {
try {
return this._context.save(),
this._context.setTransform(1, 0, 0, 1, 0, 0),
this._context.scale(this._horizontalPixelRatio, this._verticalPixelRatio),
e({
context: this._context,
mediaSize: this._mediaSize
})
} finally {
this._context.restore()
}
},
i.prototype.useBitmapCoordinateSpace = function (e) {
try {
return this._context.save(),
this._context.setTransform(1, 0, 0, 1, 0, 0),
e({
context: this._context,
mediaSize: this._mediaSize,
bitmapSize: this._bitmapSize,
horizontalPixelRatio: this._horizontalPixelRatio,
verticalPixelRatio: this._verticalPixelRatio
})
} finally {
this._context.restore()
}
},
Object.defineProperty(
i.prototype,
'_horizontalPixelRatio',
{
get: function () {
return this._bitmapSize.width / this._mediaSize.width
},
enumerable: !1,
configurable: !0
}
),
Object.defineProperty(
i.prototype,
'_verticalPixelRatio',
{
get: function () {
return this._bitmapSize.height / this._mediaSize.height
},
enumerable: !1,
configurable: !0
}
),
i
}();
function hn(i, e) {
var t = i.canvasElementClientSize;
if (t.width === 0 || t.height === 0) return null;
var n = i.bitmapSize;
if (n.width === 0 || n.height === 0) return null;
var s = i.canvasElement.getContext('2d', e);
return s === null ? null : new kS(s, t, n)
} /*!
* @license
* TradingView Lightweight Charts™ v4.2.0
* Copyright (c) 2024 TradingView, Inc.
* Licensed under Apache License 2.0 https://www.apache.org/licenses/LICENSE-2.0
*/
const _S = {
upColor: '#26a69a',
downColor: '#ef5350',
wickVisible: !0,
borderVisible: !0,
borderColor: '#378658',
borderUpColor: '#26a69a',
borderDownColor: '#ef5350',
wickColor: '#737375',
wickUpColor: '#26a69a',
wickDownColor: '#ef5350'
},
xS = {
upColor: '#26a69a',
downColor: '#ef5350',
openVisible: !0,
thinBars: !0
},
TS = {
color: '#2196f3',
lineStyle: 0,
lineWidth: 3,
lineType: 0,
lineVisible: !0,
crosshairMarkerVisible: !0,
crosshairMarkerRadius: 4,
crosshairMarkerBorderColor: '',
crosshairMarkerBorderWidth: 2,
crosshairMarkerBackgroundColor: '',
lastPriceAnimation: 0,
pointMarkersVisible: !1
},
SS = {
topColor: 'rgba( 46, 220, 135, 0.4)',
bottomColor: 'rgba( 40, 221, 100, 0)',
invertFilledArea: !1,
lineColor: '#33D778',
lineStyle: 0,
lineWidth: 3,
lineType: 0,
lineVisible: !0,
crosshairMarkerVisible: !0,
crosshairMarkerRadius: 4,
crosshairMarkerBorderColor: '',
crosshairMarkerBorderWidth: 2,
crosshairMarkerBackgroundColor: '',
lastPriceAnimation: 0,
pointMarkersVisible: !1
},
ES = {
baseValue: {
type: 'price',
price: 0
},
topFillColor1: 'rgba(38, 166, 154, 0.28)',
topFillColor2: 'rgba(38, 166, 154, 0.05)',
topLineColor: 'rgba(38, 166, 154, 1)',
bottomFillColor1: 'rgba(239, 83, 80, 0.05)',
bottomFillColor2: 'rgba(239, 83, 80, 0.28)',
bottomLineColor: 'rgba(239, 83, 80, 1)',
lineWidth: 3,
lineStyle: 0,
lineType: 0,
lineVisible: !0,
crosshairMarkerVisible: !0,
crosshairMarkerRadius: 4,
crosshairMarkerBorderColor: '',
crosshairMarkerBorderWidth: 2,
crosshairMarkerBackgroundColor: '',
lastPriceAnimation: 0,
pointMarkersVisible: !1
},
CS = {
color: '#26a69a',
base: 0
},
Bp = {
color: '#2196f3'
},
Op = {
title: '',
visible: !0,
lastValueVisible: !0,
priceLineVisible: !0,
priceLineSource: 0,
priceLineWidth: 1,
priceLineColor: '',
priceLineStyle: 2,
baseLineVisible: !0,
baseLineWidth: 1,
baseLineColor: '#B2B5BE',
baseLineStyle: 0,
priceFormat: {
type: 'price',
precision: 2,
minMove: 0.01
}
};
var dh,
fh;
function dn(i, e) {
const t = {
0: [],
1: [
i.lineWidth,
i.lineWidth
],
2: [
2 * i.lineWidth,
2 * i.lineWidth
],
3: [
6 * i.lineWidth,
6 * i.lineWidth
],
4: [
i.lineWidth,
4 * i.lineWidth
]
}
[
e
];
i.setLineDash(t)
}
function Dp(i, e, t, n) {
i.beginPath();
const s = i.lineWidth % 2 ? 0.5 : 0;
i.moveTo(t, e + s),
i.lineTo(n, e + s),
i.stroke()
}
function Hi(i, e) {
if (!i) throw new Error('Assertion failed' + (e ? ': ' + e : ''))
}
function xt(i) {
if (i === void 0) throw new Error('Value is undefined');
return i
}
function Q(i) {
if (i === null) throw new Error('Value is null');
return i
}
function En(i) {
return Q(xt(i))
}(
function (i) {
i[i.Simple = 0] = 'Simple',
i[i.WithSteps = 1] = 'WithSteps',
i[i.Curved = 2] = 'Curved'
}
) (dh || (dh = {})),
function (i) {
i[i.Solid = 0] = 'Solid',
i[i.Dotted = 1] = 'Dotted',
i[i.Dashed = 2] = 'Dashed',
i[i.LargeDashed = 3] = 'LargeDashed',
i[i.SparseDotted = 4] = 'SparseDotted'
}(fh || (fh = {}));
const ph = {
khaki: '#f0e68c',
azure: '#f0ffff',
aliceblue: '#f0f8ff',
ghostwhite: '#f8f8ff',
gold: '#ffd700',
goldenrod: '#daa520',
gainsboro: '#dcdcdc',
gray: '#808080',
green: '#008000',
honeydew: '#f0fff0',
floralwhite: '#fffaf0',
lightblue: '#add8e6',
lightcoral: '#f08080',
lemonchiffon: '#fffacd',
hotpink: '#ff69b4',
lightyellow: '#ffffe0',
greenyellow: '#adff2f',
lightgoldenrodyellow: '#fafad2',
limegreen: '#32cd32',
linen: '#faf0e6',
lightcyan: '#e0ffff',
magenta: '#f0f',
maroon: '#800000',
olive: '#808000',
orange: '#ffa500',
oldlace: '#fdf5e6',
mediumblue: '#0000cd',
transparent: '#0000',
lime: '#0f0',
lightpink: '#ffb6c1',
mistyrose: '#ffe4e1',
moccasin: '#ffe4b5',
midnightblue: '#191970',
orchid: '#da70d6',
mediumorchid: '#ba55d3',
mediumturquoise: '#48d1cc',
orangered: '#ff4500',
royalblue: '#4169e1',
powderblue: '#b0e0e6',
red: '#f00',
coral: '#ff7f50',
turquoise: '#40e0d0',
white: '#fff',
whitesmoke: '#f5f5f5',
wheat: '#f5deb3',
teal: '#008080',
steelblue: '#4682b4',
bisque: '#ffe4c4',
aquamarine: '#7fffd4',
aqua: '#0ff',
sienna: '#a0522d',
silver: '#c0c0c0',
springgreen: '#00ff7f',
antiquewhite: '#faebd7',
burlywood: '#deb887',
brown: '#a52a2a',
beige: '#f5f5dc',
chocolate: '#d2691e',
chartreuse: '#7fff00',
cornflowerblue: '#6495ed',
cornsilk: '#fff8dc',
crimson: '#dc143c',
cadetblue: '#5f9ea0',
tomato: '#ff6347',
fuchsia: '#f0f',
blue: '#00f',
salmon: '#fa8072',
blanchedalmond: '#ffebcd',
slateblue: '#6a5acd',
slategray: '#708090',
thistle: '#d8bfd8',
tan: '#d2b48c',
cyan: '#0ff',
darkblue: '#00008b',
darkcyan: '#008b8b',
darkgoldenrod: '#b8860b',
darkgray: '#a9a9a9',
blueviolet: '#8a2be2',
black: '#000',
darkmagenta: '#8b008b',
darkslateblue: '#483d8b',
darkkhaki: '#bdb76b',
darkorchid: '#9932cc',
darkorange: '#ff8c00',
darkgreen: '#006400',
darkred: '#8b0000',
dodgerblue: '#1e90ff',
darkslategray: '#2f4f4f',
dimgray: '#696969',
deepskyblue: '#00bfff',
firebrick: '#b22222',
forestgreen: '#228b22',
indigo: '#4b0082',
ivory: '#fffff0',
lavenderblush: '#fff0f5',
feldspar: '#d19275',
indianred: '#cd5c5c',
lightgreen: '#90ee90',
lightgrey: '#d3d3d3',
lightskyblue: '#87cefa',
lightslategray: '#789',
lightslateblue: '#8470ff',
snow: '#fffafa',
lightseagreen: '#20b2aa',
lightsalmon: '#ffa07a',
darksalmon: '#e9967a',
darkviolet: '#9400d3',
mediumpurple: '#9370d8',
mediumaquamarine: '#66cdaa',
skyblue: '#87ceeb',
lavender: '#e6e6fa',
lightsteelblue: '#b0c4de',
mediumvioletred: '#c71585',
mintcream: '#f5fffa',
navajowhite: '#ffdead',
navy: '#000080',
olivedrab: '#6b8e23',
palevioletred: '#d87093',
violetred: '#d02090',
yellow: '#ff0',
yellowgreen: '#9acd32',
lawngreen: '#7cfc00',
pink: '#ffc0cb',
paleturquoise: '#afeeee',
palegoldenrod: '#eee8aa',
darkolivegreen: '#556b2f',
darkseagreen: '#8fbc8f',
darkturquoise: '#00ced1',
peachpuff: '#ffdab9',
deeppink: '#ff1493',
violet: '#ee82ee',
palegreen: '#98fb98',
mediumseagreen: '#3cb371',
peru: '#cd853f',
saddlebrown: '#8b4513',
sandybrown: '#f4a460',
rosybrown: '#bc8f8f',
purple: '#800080',
seagreen: '#2e8b57',
seashell: '#fff5ee',
papayawhip: '#ffefd5',
mediumslateblue: '#7b68ee',
plum: '#dda0dd',
mediumspringgreen: '#00fa9a'
};
function Ft(i) {
return i < 0 ? 0 : i > 255 ? 255 : Math.round(i) ||
0
}
function Fp(i) {
return i <= 0 ||
i > 1 ? Math.min(Math.max(i, 0), 1) : Math.round(10000 * i) / 10000
}
const $S = /^#([0-9a-f])([0-9a-f])([0-9a-f])([0-9a-f])?$/i,
LS = /^#([0-9a-f]{2})([0-9a-f]{2})([0-9a-f]{2})([0-9a-f]{2})?$/i,
PS = /^rgb\(\s*(-?\d{1,10})\s*,\s*(-?\d{1,10})\s*,\s*(-?\d{1,10})\s*\)$/,
IS = /^rgba\(\s*(-?\d{1,10})\s*,\s*(-?\d{1,10})\s*,\s*(-?\d{1,10})\s*,\s*(-?\d*\.?\d+)\s*\)$/;
function Rs(i) {
(i = i.toLowerCase()) in ph &&
(i = ph[i]);
{
const e = IS.exec(i) ||
PS.exec(i);
if (e) return [Ft(parseInt(e[1], 10)),
Ft(parseInt(e[2], 10)),
Ft(parseInt(e[3], 10)),
Fp(e.length < 5 ? 1 : parseFloat(e[4]))]
}
{
const e = LS.exec(i);
if (e) return [Ft(parseInt(e[1], 16)),
Ft(parseInt(e[2], 16)),
Ft(parseInt(e[3], 16)),
1]
}
{
const e = $S.exec(i);
if (e) return [Ft(17 * parseInt(e[1], 16)),
Ft(17 * parseInt(e[2], 16)),
Ft(17 * parseInt(e[3], 16)),
1]
}
throw new Error(`Cannot parse color: ${ i }`)
}
function Ap(i) {
return 0.199 * i[0] + 0.687 * i[1] + 0.114 * i[2]
}
function _a(i) {
const e = Rs(i);
return {
t: `rgb(${ e[0] }, ${ e[1] }, ${ e[2] })`,
i: Ap(e) > 160 ? 'black' : 'white'
}
}
class Ze {
constructor() {
this.h = []
}
l(e, t, n) {
const s = {
o: e,
_: t,
u: n === !0
};
this.h.push(s)
}
v(e) {
const t = this.h.findIndex(n => e === n.o);
t > - 1 &&
this.h.splice(t, 1)
}
p(e) {
this.h = this.h.filter(t => t._ !== e)
}
m(e, t, n) {
const s = [
...this.h
];
this.h = this.h.filter(r => !r.u),
s.forEach(r => r.o(e, t, n))
}
M() {
return this.h.length > 0
}
S() {
this.h = []
}
}
function ni(i, ...e) {
for (const t of e) for (const n in t) t[n] !== void 0 &&
(
typeof t[n] != 'object' ||
i[n] === void 0 ||
Array.isArray(t[n]) ? i[n] = t[n] : ni(i[n], t[n])
);
return i
}
function fi(i) {
return typeof i == 'number' &&
isFinite(i)
}
function Bs(i) {
return typeof i == 'number' &&
i % 1 == 0
}
function Ks(i) {
return typeof i == 'string'
}
function cr(i) {
return typeof i == 'boolean'
}
function xi(i) {
const e = i;
if (!e || typeof e != 'object') return e;
let t,
n,
s;
for (n in t = Array.isArray(e) ? [] : {
}, e) e.hasOwnProperty(n) &&
(s = e[n], t[n] = s && typeof s == 'object' ? xi(s) : s);
return t
}
function NS(i) {
return i !== null
}
function Os(i) {
return i === null ? void 0 : i
}
const ku = '-apple-system, BlinkMacSystemFont, \'Trebuchet MS\', Roboto, Ubuntu, sans-serif';
function qn(i, e, t) {
return e === void 0 &&
(e = ku),
`${ t = t !== void 0 ? `${ t } ` : '' }${ i }px ${ e }`
}
class MS {
constructor(e) {
this.k = {
C: 1,
T: 5,
P: NaN,
R: '',
D: '',
V: '',
O: '',
B: 0,
A: 0,
I: 0,
L: 0,
N: 0
},
this.F = e
}
W() {
const e = this.k,
t = this.j(),
n = this.H();
return e.P === t &&
e.D === n ||
(
e.P = t,
e.D = n,
e.R = qn(t, n),
e.L = 2.5 / 12 * t,
e.B = e.L,
e.A = t / 12 * e.T,
e.I = t / 12 * e.T,
e.N = 0
),
e.V = this.$(),
e.O = this.U(),
this.k
}
$() {
return this.F.W().layout.textColor
}
U() {
return this.F.q()
}
j() {
return this.F.W().layout.fontSize
}
H() {
return this.F.W().layout.fontFamily
}
}
class _u {
constructor() {
this.Y = []
}
Z(e) {
this.Y = e
}
X(e, t, n) {
this.Y.forEach(s => {
s.X(e, t, n)
})
}
}
class ri {
X(e, t, n) {
e.useBitmapCoordinateSpace(s => this.K(s, t, n))
}
}
class RS extends ri {
constructor() {
super (...arguments),
this.G = null
}
J(e) {
this.G = e
}
K({
context: e,
horizontalPixelRatio: t,
verticalPixelRatio: n
}) {
if (this.G === null || this.G.tt === null) return;
const s = this.G.tt,
r = this.G,
a = Math.max(1, Math.floor(t)) % 2 / 2,
l = o => {
e.beginPath();
for (let u = s.to - 1; u >= s.from; --u) {
const c = r.it[u],
h = Math.round(c.nt * t) + a,
d = c.st * n,
f = o * n + a;
e.moveTo(h, d),
e.arc(h, d, f, 0, 2 * Math.PI)
}
e.fill()
};
r.et > 0 &&
(e.fillStyle = r.rt, l(r.ht + r.et)),
e.fillStyle = r.lt,
l(r.ht)
}
}
function BS() {
return {
it: [
{
nt: 0,
st: 0,
ot: 0,
_t: 0
}
],
lt: '',
rt: '',
ht: 0,
et: 0,
tt: null
}
}
const OS = {
from: 0,
to: 1
};
class DS {
constructor(e, t) {
this.ut = new _u,
this.ct = [],
this.dt = [],
this.ft = !0,
this.F = e,
this.vt = t,
this.ut.Z(this.ct)
}
bt(e) {
const t = this.F.wt();
t.length !== this.ct.length &&
(
this.dt = t.map(BS),
this.ct = this.dt.map(n => {
const s = new RS;
return s.J(n),
s
}),
this.ut.Z(this.ct)
),
this.ft = !0
}
gt() {
return this.ft &&
(this.Mt(), this.ft = !1),
this.ut
}
Mt() {
const e = this.vt.W().mode === 2,
t = this.F.wt(),
n = this.vt.xt(),
s = this.F.St();
t.forEach(
(r, a) => {
var l;
const o = this.dt[a],
u = r.kt(n);
if (e || u === null || !r.yt()) return void (o.tt = null);
const c = Q(r.Ct());
o.lt = u.Tt,
o.ht = u.ht,
o.et = u.Pt,
o.it[0]._t = u._t,
o.it[0].st = r.Dt().Rt(u._t, c.Vt),
o.rt = (l = u.Ot) !== null &&
l !== void 0 ? l : this.F.Bt(o.it[0].st / r.Dt().At()),
o.it[0].ot = n,
o.it[0].nt = s.It(n),
o.tt = OS
}
)
}
}
class FS extends ri {
constructor(e) {
super (),
this.zt = e
}
K({
context: e,
bitmapSize: t,
horizontalPixelRatio: n,
verticalPixelRatio: s
}) {
if (this.zt === null) return;
const r = this.zt.Lt.yt,
a = this.zt.Et.yt;
if (!r && !a) return;
const l = Math.round(this.zt.nt * n),
o = Math.round(this.zt.st * s);
e.lineCap = 'butt',
r &&
l >= 0 &&
(
e.lineWidth = Math.floor(this.zt.Lt.et * n),
e.strokeStyle = this.zt.Lt.V,
e.fillStyle = this.zt.Lt.V,
dn(e, this.zt.Lt.Nt),
function (u, c, h, d) {
u.beginPath();
const f = u.lineWidth % 2 ? 0.5 : 0;
u.moveTo(c + f, h),
u.lineTo(c + f, d),
u.stroke()
}(e, l, 0, t.height)
),
a &&
o >= 0 &&
(
e.lineWidth = Math.floor(this.zt.Et.et * s),
e.strokeStyle = this.zt.Et.V,
e.fillStyle = this.zt.Et.V,
dn(e, this.zt.Et.Nt),
Dp(e, o, 0, t.width)
)
}
}
class AS {
constructor(e) {
this.ft = !0,
this.Ft = {
Lt: {
et: 1,
Nt: 0,
V: '',
yt: !1
},
Et: {
et: 1,
Nt: 0,
V: '',
yt: !1
},
nt: 0,
st: 0
},
this.Wt = new FS(this.Ft),
this.jt = e
}
bt() {
this.ft = !0
}
gt() {
return this.ft &&
(this.Mt(), this.ft = !1),
this.Wt
}
Mt() {
const e = this.jt.yt(),
t = Q(this.jt.Ht()),
n = t.$t().W().crosshair,
s = this.Ft;
if (n.mode === 2) return s.Et.yt = !1,
void (s.Lt.yt = !1);
s.Et.yt = e &&
this.jt.Ut(t),
s.Lt.yt = e &&
this.jt.qt(),
s.Et.et = n.horzLine.width,
s.Et.Nt = n.horzLine.style,
s.Et.V = n.horzLine.color,
s.Lt.et = n.vertLine.width,
s.Lt.Nt = n.vertLine.style,
s.Lt.V = n.vertLine.color,
s.nt = this.jt.Yt(),
s.st = this.jt.Zt()
}
}
function VS(i, e, t, n, s, r) {
i.fillRect(e + r, t, n - 2 * r, r),
i.fillRect(e + r, t + s - r, n - 2 * r, r),
i.fillRect(e, t, r, s),
i.fillRect(e + n - r, t, r, s)
}
function xa(i, e, t, n, s, r) {
i.save(),
i.globalCompositeOperation = 'copy',
i.fillStyle = r,
i.fillRect(e, t, n, s),
i.restore()
}
function mh(i, e, t, n, s, r) {
i.beginPath(),
i.roundRect ? i.roundRect(e, t, n, s, r) : (
i.lineTo(e + n - r[1], t),
r[1] !== 0 &&
i.arcTo(e + n, t, e + n, t + r[1], r[1]),
i.lineTo(e + n, t + s - r[2]),
r[2] !== 0 &&
i.arcTo(e + n, t + s, e + n - r[2], t + s, r[2]),
i.lineTo(e + r[3], t + s),
r[3] !== 0 &&
i.arcTo(e, t + s, e, t + s - r[3], r[3]),
i.lineTo(e, t + r[0]),
r[0] !== 0 &&
i.arcTo(e, t, e + r[0], t, r[0])
)
}
function gh(i, e, t, n, s, r, a = 0, l = [
0,
0,
0,
0
], o = '') {
if (i.save(), !a || !o || o === r) return mh(i, e, t, n, s, l),
i.fillStyle = r,
i.fill(),
void i.restore();
const u = a / 2;
var c;
mh(i, e + u, t + u, n - a, s - a, (c = - u, l.map(h => h === 0 ? h : h + c))),
r !== 'transparent' &&
(i.fillStyle = r, i.fill()),
o !== 'transparent' &&
(i.lineWidth = a, i.strokeStyle = o, i.closePath(), i.stroke()),
i.restore()
}
function Vp(i, e, t, n, s, r, a) {
i.save(),
i.globalCompositeOperation = 'copy';
const l = i.createLinearGradient(0, 0, 0, s);
l.addColorStop(0, r),
l.addColorStop(1, a),
i.fillStyle = l,
i.fillRect(e, t, n, s),
i.restore()
}
class yh {
constructor(e, t) {
this.J(e, t)
}
J(e, t) {
this.zt = e,
this.Xt = t
}
At(e, t) {
return this.zt.yt ? e.P + e.L + e.B : 0
}
X(e, t, n, s) {
if (!this.zt.yt || this.zt.Kt.length === 0) return;
const r = this.zt.V,
a = this.Xt.t,
l = e.useBitmapCoordinateSpace(
o => {
const u = o.context;
u.font = t.R;
const c = this.Gt(o, t, n, s),
h = c.Jt,
d = (f, p) => {
c.Qt ? gh(u, h.ti, h.ii, h.ni, h.si, f, h.ei, [
h.ht,
0,
0,
h.ht
], p) : gh(u, h.ri, h.ii, h.ni, h.si, f, h.ei, [
0,
h.ht,
h.ht,
0
], p)
};
return d(a, 'transparent'),
this.zt.hi &&
(u.fillStyle = r, u.fillRect(h.ri, h.li, h.ai - h.ri, h.oi)),
d('transparent', a),
this.zt._i &&
(
u.fillStyle = t.O,
u.fillRect(c.Qt ? h.ui - h.ei : 0, h.ii, h.ei, h.ci - h.ii)
),
c
}
);
e.useMediaCoordinateSpace(
({
context: o
}) => {
const u = l.di;
o.font = t.R,
o.textAlign = l.Qt ? 'right' : 'left',
o.textBaseline = 'middle',
o.fillStyle = r,
o.fillText(this.zt.Kt, u.fi, (u.ii + u.ci) / 2 + u.pi)
}
)
}
Gt(e, t, n, s) {
var r;
const {
context: a,
bitmapSize: l,
mediaSize: o,
horizontalPixelRatio: u,
verticalPixelRatio: c
}
= e,
h = this.zt.hi ||
!this.zt.mi ? t.T : 0,
d = this.zt.bi ? t.C : 0,
f = t.L + this.Xt.wi,
p = t.B + this.Xt.gi,
g = t.A,
w = t.I,
y = this.zt.Kt,
b = t.P,
x = n.Mi(a, y),
k = Math.ceil(n.xi(a, y)),
S = b + f + p,
B = t.C + g + w + k + h,
z = Math.max(1, Math.floor(c));
let I = Math.round(S * c);
I % 2 != z % 2 &&
(I += 1);
const $ = d > 0 ? Math.max(1, Math.floor(d * u)) : 0,
L = Math.round(B * u),
A = Math.round(h * u),
N = (r = this.Xt.Si) !== null &&
r !== void 0 ? r : this.Xt.ki,
O = Math.round(N * c) - Math.floor(0.5 * c),
se = Math.floor(O + z / 2 - I / 2),
G = se + I,
te = s === 'right',
le = te ? o.width - d : d,
ae = te ? l.width - $ : $;
let $e,
Oe,
Ye;
return te ? ($e = ae - L, Oe = ae - A, Ye = le - h - g - d) : ($e = ae + L, Oe = ae + A, Ye = le + h + g),
{
Qt: te,
Jt: {
ii: se,
li: O,
ci: G,
ni: L,
si: I,
ht: 2 * u,
ei: $,
ti: $e,
ri: ae,
ai: Oe,
oi: z,
ui: l.width
},
di: {
ii: se / c,
ci: G / c,
fi: Ye,
pi: x
}
}
}
}
class Ta {
constructor(e) {
this.yi = {
ki: 0,
t: '#000',
gi: 0,
wi: 0
},
this.Ci = {
Kt: '',
yt: !1,
hi: !0,
mi: !1,
Ot: '',
V: '#FFF',
_i: !1,
bi: !1
},
this.Ti = {
Kt: '',
yt: !1,
hi: !1,
mi: !0,
Ot: '',
V: '#FFF',
_i: !0,
bi: !0
},
this.ft = !0,
this.Pi = new (e || yh) (this.Ci, this.yi),
this.Ri = new (e || yh) (this.Ti, this.yi)
}
Kt() {
return this.Di(),
this.Ci.Kt
}
ki() {
return this.Di(),
this.yi.ki
}
bt() {
this.ft = !0
}
At(e, t = !1) {
return Math.max(this.Pi.At(e, t), this.Ri.At(e, t))
}
Vi() {
return this.yi.Si ||
0
}
Oi(e) {
this.yi.Si = e
}
Bi() {
return this.Di(),
this.Ci.yt ||
this.Ti.yt
}
Ai() {
return this.Di(),
this.Ci.yt
}
gt(e) {
return this.Di(),
this.Ci.hi = this.Ci.hi &&
e.W().ticksVisible,
this.Ti.hi = this.Ti.hi &&
e.W().ticksVisible,
this.Pi.J(this.Ci, this.yi),
this.Ri.J(this.Ti, this.yi),
this.Pi
}
Ii() {
return this.Di(),
this.Pi.J(this.Ci, this.yi),
this.Ri.J(this.Ti, this.yi),
this.Ri
}
Di() {
this.ft &&
(this.Ci.hi = !0, this.Ti.hi = !1, this.zi(this.Ci, this.Ti, this.yi))
}
}
class zS extends Ta {
constructor(e, t, n) {
super (),
this.jt = e,
this.Li = t,
this.Ei = n
}
zi(e, t, n) {
if (e.yt = !1, this.jt.W().mode === 2) return;
const s = this.jt.W().horzLine;
if (!s.labelVisible) return;
const r = this.Li.Ct();
if (!this.jt.yt() || this.Li.Ni() || r === null) return;
const a = _a(s.labelBackgroundColor);
n.t = a.t,
e.V = a.i;
const l = 2 / 12 * this.Li.P();
n.wi = l,
n.gi = l;
const o = this.Ei(this.Li);
n.ki = o.ki,
e.Kt = this.Li.Fi(o._t, r),
e.yt = !0
}
}
const WS = /[1-9]/g;
class zp {
constructor() {
this.zt = null
}
J(e) {
this.zt = e
}
X(e, t) {
if (this.zt === null || this.zt.yt === !1 || this.zt.Kt.length === 0) return;
const n = e.useMediaCoordinateSpace(
({
context: d
}) => (d.font = t.R, Math.round(t.Wi.xi(d, Q(this.zt).Kt, WS)))
);
if (n <= 0) return;
const s = t.ji,
r = n + 2 * s,
a = r / 2,
l = this.zt.Hi;
let o = this.zt.ki,
u = Math.floor(o - a) + 0.5;
u < 0 ? (o += Math.abs(0 - u), u = Math.floor(o - a) + 0.5) : u + r > l &&
(o -= Math.abs(l - (u + r)), u = Math.floor(o - a) + 0.5);
const c = u + r,
h = Math.ceil(0 + t.C + t.T + t.L + t.P + t.B);
e.useBitmapCoordinateSpace(
({
context: d,
horizontalPixelRatio: f,
verticalPixelRatio: p
}) => {
const g = Q(this.zt);
d.fillStyle = g.t;
const w = Math.round(u * f),
y = Math.round(0 * p),
b = Math.round(c * f),
x = Math.round(h * p),
k = Math.round(2 * f);
if (
d.beginPath(),
d.moveTo(w, y),
d.lineTo(w, x - k),
d.arcTo(w, x, w + k, x, k),
d.lineTo(b - k, x),
d.arcTo(b, x, b, x - k, k),
d.lineTo(b, y),
d.fill(),
g.hi
) {
const S = Math.round(g.ki * f),
B = y,
z = Math.round((B + t.T) * p);
d.fillStyle = g.V;
const I = Math.max(1, Math.floor(f)),
$ = Math.floor(0.5 * f);
d.fillRect(S - $, B, I, z - B)
}
}
),
e.useMediaCoordinateSpace(
({
context: d
}) => {
const f = Q(this.zt),
p = 0 + t.C + t.T + t.L + t.P / 2;
d.font = t.R,
d.textAlign = 'left',
d.textBaseline = 'middle',
d.fillStyle = f.V;
const g = t.Wi.Mi(d, 'Apr0');
d.translate(u + s, p + g),
d.fillText(f.Kt, 0, 0)
}
)
}
}
class US {
constructor(e, t, n) {
this.ft = !0,
this.Wt = new zp,
this.Ft = {
yt: !1,
t: '#4c525e',
V: 'white',
Kt: '',
Hi: 0,
ki: NaN,
hi: !0
},
this.vt = e,
this.$i = t,
this.Ei = n
}
bt() {
this.ft = !0
}
gt() {
return this.ft &&
(this.Mt(), this.ft = !1),
this.Wt.J(this.Ft),
this.Wt
}
Mt() {
const e = this.Ft;
if (e.yt = !1, this.vt.W().mode === 2) return;
const t = this.vt.W().vertLine;
if (!t.labelVisible) return;
const n = this.$i.St();
if (n.Ni()) return;
e.Hi = n.Hi();
const s = this.Ei();
if (s === null) return;
e.ki = s.ki;
const r = n.Ui(this.vt.xt());
e.Kt = n.qi(Q(r)),
e.yt = !0;
const a = _a(t.labelBackgroundColor);
e.t = a.t,
e.V = a.i,
e.hi = n.W().ticksVisible
}
}
class xu {
constructor() {
this.Yi = null,
this.Zi = 0
}
Xi() {
return this.Zi
}
Ki(e) {
this.Zi = e
}
Dt() {
return this.Yi
}
Gi(e) {
this.Yi = e
}
Ji(e) {
return []
}
Qi() {
return []
}
yt() {
return !0
}
}
var vh;
(
function (i) {
i[i.Normal = 0] = 'Normal',
i[i.Magnet = 1] = 'Magnet',
i[i.Hidden = 2] = 'Hidden'
}
) (vh || (vh = {}));
class jS extends xu {
constructor(e, t) {
super (),
this.tn = null,
this.nn = NaN,
this.sn = 0,
this.en = !0,
this.rn = new Map,
this.hn = !1,
this.ln = NaN,
this.an = NaN,
this._n = NaN,
this.un = NaN,
this.$i = e,
this.cn = t,
this.dn = new DS(e, this),
this.fn = (
(s, r) => a => {
const l = r(),
o = s();
if (a === Q(this.tn).vn()) return {
_t: o,
ki: l
};
{
const u = Q(a.Ct());
return {
_t: a.pn(l, u),
ki: l
}
}
}
) (() => this.nn, () => this.an);
const n = (
(s, r) => () => {
const a = this.$i.St().mn(s()),
l = r();
return a &&
Number.isFinite(l) ? {
ot: a,
ki: l
}
: null
}
) (() => this.sn, () => this.Yt());
this.bn = new US(this, e, n),
this.wn = new AS(this)
}
W() {
return this.cn
}
gn(e, t) {
this._n = e,
this.un = t
}
Mn() {
this._n = NaN,
this.un = NaN
}
xn() {
return this._n
}
Sn() {
return this.un
}
kn(e, t, n) {
this.hn ||
(this.hn = !0),
this.en = !0,
this.yn(e, t, n)
}
xt() {
return this.sn
}
Yt() {
return this.ln
}
Zt() {
return this.an
}
yt() {
return this.en
}
Cn() {
this.en = !1,
this.Tn(),
this.nn = NaN,
this.ln = NaN,
this.an = NaN,
this.tn = null,
this.Mn()
}
Pn(e) {
return this.tn !== null ? [
this.wn,
this.dn
] : []
}
Ut(e) {
return e === this.tn &&
this.cn.horzLine.visible
}
qt() {
return this.cn.vertLine.visible
}
Rn(e, t) {
this.en &&
this.tn === e ||
this.rn.clear();
const n = [];
return this.tn === e &&
n.push(this.Dn(this.rn, t, this.fn)),
n
}
Qi() {
return this.en ? [
this.bn
] : []
}
Ht() {
return this.tn
}
Vn() {
this.wn.bt(),
this.rn.forEach(e => e.bt()),
this.bn.bt(),
this.dn.bt()
}
On(e) {
return e &&
!e.vn().Ni() ? e.vn() : null
}
yn(e, t, n) {
this.Bn(e, t, n) &&
this.Vn()
}
Bn(e, t, n) {
const s = this.ln,
r = this.an,
a = this.nn,
l = this.sn,
o = this.tn,
u = this.On(n);
this.sn = e,
this.ln = isNaN(e) ? NaN : this.$i.St().It(e),
this.tn = n;
const c = u !== null ? u.Ct() : null;
return u !== null &&
c !== null ? (this.nn = t, this.an = u.Rt(t, c)) : (this.nn = NaN, this.an = NaN),
s !== this.ln ||
r !== this.an ||
l !== this.sn ||
a !== this.nn ||
o !== this.tn
}
Tn() {
const e = this.$i.wt().map(n => n.In().An()).filter(NS),
t = e.length === 0 ? null : Math.max(...e);
this.sn = t !== null ? t : NaN
}
Dn(e, t, n) {
let s = e.get(t);
return s === void 0 &&
(s = new zS(this, t, n), e.set(t, s)),
s
}
}
function Sa(i) {
return i === 'left' ||
i === 'right'
}
class ht {
constructor(e) {
this.zn = new Map,
this.Ln = [],
this.En = e
}
Nn(e, t) {
const n = function (s, r) {
return s === void 0 ? r : {
Fn: Math.max(s.Fn, r.Fn),
Wn: s.Wn ||
r.Wn
}
}(this.zn.get(e), t);
this.zn.set(e, n)
}
jn() {
return this.En
}
Hn(e) {
const t = this.zn.get(e);
return t === void 0 ? {
Fn: this.En
}
: {
Fn: Math.max(this.En, t.Fn),
Wn: t.Wn
}
}
$n() {
this.Un(),
this.Ln = [
{
qn: 0
}
]
}
Yn(e) {
this.Un(),
this.Ln = [
{
qn: 1,
Vt: e
}
]
}
Zn(e) {
this.Xn(),
this.Ln.push({
qn: 5,
Vt: e
})
}
Un() {
this.Xn(),
this.Ln.push({
qn: 6
})
}
Kn() {
this.Un(),
this.Ln = [
{
qn: 4
}
]
}
Gn(e) {
this.Un(),
this.Ln.push({
qn: 2,
Vt: e
})
}
Jn(e) {
this.Un(),
this.Ln.push({
qn: 3,
Vt: e
})
}
Qn() {
return this.Ln
}
ts(e) {
for (const t of e.Ln) this.ns(t);
this.En = Math.max(this.En, e.En),
e.zn.forEach((t, n) => {
this.Nn(n, t)
})
}
static ss() {
return new ht(2)
}
static es() {
return new ht(3)
}
ns(e) {
switch (e.qn) {
case 0:
this.$n();
break;
case 1:
this.Yn(e.Vt);
break;
case 2:
this.Gn(e.Vt);
break;
case 3:
this.Jn(e.Vt);
break;
case 4:
this.Kn();
break;
case 5:
this.Zn(e.Vt);
break;
case 6:
this.Xn()
}
}
Xn() {
const e = this.Ln.findIndex(t => t.qn === 5);
e !== - 1 &&
this.Ln.splice(e, 1)
}
}
const bh = '.';
function Ti(i, e) {
if (!fi(i)) return 'n/a';
if (!Bs(e)) throw new TypeError('invalid length');
if (e < 0 || e > 16) throw new TypeError('invalid length');
return e === 0 ? i.toString() : ('0000000000000000' + i.toString()).slice( - e)
}
class Ea {
constructor(e, t) {
if (t || (t = 1), fi(e) && Bs(e) || (e = 100), e < 0) throw new TypeError('invalid base');
this.Li = e,
this.rs = t,
this.hs()
}
format(e) {
const t = e < 0 ? '−' : '';
return e = Math.abs(e),
t + this.ls(e)
}
hs() {
if (this.os = 0, this.Li > 0 && this.rs > 0) {
let e = this.Li;
for (; e > 1; ) e /= 10,
this.os++
}
}
ls(e) {
const t = this.Li / this.rs;
let n = Math.floor(e),
s = '';
const r = this.os !== void 0 ? this.os : NaN;
if (t > 1) {
let a = + (Math.round(e * t) - n * t).toFixed(this.os);
a >= t &&
(a -= t, n += 1),
s = bh + Ti( + a.toFixed(this.os) * this.rs, r)
} else n = Math.round(n * t) / t,
r > 0 &&
(s = bh + Ti(0, r));
return n.toFixed(0) + s
}
}
class Wp extends Ea {
constructor(e = 100) {
super (e)
}
format(e) {
return `${ super.format(e) }%`
}
}
class HS {
constructor(e) {
this._s = e
}
format(e) {
let t = '';
return e < 0 &&
(t = '-', e = - e),
e < 995 ? t + this.us(e) : e < 999995 ? t + this.us(e / 1000) + 'K' : e < 999999995 ? (e = 1000 * Math.round(e / 1000), t + this.us(e / 1000000) + 'M') : (e = 1000000 * Math.round(e / 1000000), t + this.us(e / 1000000000) + 'B')
}
us(e) {
let t;
const n = Math.pow(10, this._s);
return t = (e = Math.round(e * n) / n) >= 1e-15 &&
e < 1 ? e.toFixed(this._s).replace(/\.?0+$/, '') : String(e),
t.replace(/(\.[1-9]*)0+$/, (s, r) => r)
}
}
function Up(i, e, t, n, s, r, a) {
if (e.length === 0 || n.from >= e.length || n.to <= 0) return;
const {
context: l,
horizontalPixelRatio: o,
verticalPixelRatio: u
}
= i,
c = e[n.from];
let h = r(i, c),
d = c;
if (n.to - n.from < 2) {
const f = s / 2;
l.beginPath();
const p = {
nt: c.nt - f,
st: c.st
},
g = {
nt: c.nt + f,
st: c.st
};
l.moveTo(p.nt * o, p.st * u),
l.lineTo(g.nt * o, g.st * u),
a(i, h, p, g)
} else {
const f = (g, w) => {
a(i, h, d, w),
l.beginPath(),
h = g,
d = w
};
let p = d;
l.beginPath(),
l.moveTo(c.nt * o, c.st * u);
for (let g = n.from + 1; g < n.to; ++g) {
p = e[g];
const w = r(i, p);
switch (t) {
case 0:
l.lineTo(p.nt * o, p.st * u);
break;
case 1:
l.lineTo(p.nt * o, e[g - 1].st * u),
w !== h &&
(f(w, p), l.lineTo(p.nt * o, e[g - 1].st * u)),
l.lineTo(p.nt * o, p.st * u);
break;
case 2:
{
const [y,
b] = qS(e, g - 1, g);
l.bezierCurveTo(y.nt * o, y.st * u, b.nt * o, b.st * u, p.nt * o, p.st * u);
break
}
}
t !== 1 &&
w !== h &&
(f(w, p), l.moveTo(p.nt * o, p.st * u))
}(d !== p || d === p && t === 1) &&
a(i, h, d, p)
}
}
const wh = 6;
function Tl(i, e) {
return {
nt: i.nt - e.nt,
st: i.st - e.st
}
}
function kh(i, e) {
return {
nt: i.nt / e,
st: i.st / e
}
}
function qS(i, e, t) {
const n = Math.max(0, e - 1),
s = Math.min(i.length - 1, t + 1);
var r,
a;
return [(r = i[e], a = kh(Tl(i[t], i[n]), wh), {
nt: r.nt + a.nt,
st: r.st + a.st
}),
Tl(i[t], kh(Tl(i[s], i[e]), wh))]
}
function GS(i, e, t, n, s) {
const {
context: r,
horizontalPixelRatio: a,
verticalPixelRatio: l
}
= e;
r.lineTo(s.nt * a, i * l),
r.lineTo(n.nt * a, i * l),
r.closePath(),
r.fillStyle = t,
r.fill()
}
class jp extends ri {
constructor() {
super (...arguments),
this.G = null
}
J(e) {
this.G = e
}
K(e) {
var t;
if (this.G === null) return;
const {
it: n,
tt: s,
cs: r,
et: a,
Nt: l,
ds: o
}
= this.G,
u = (t = this.G.fs) !== null &&
t !== void 0 ? t : this.G.vs ? 0 : e.mediaSize.height;
if (s === null) return;
const c = e.context;
c.lineCap = 'butt',
c.lineJoin = 'round',
c.lineWidth = a,
dn(c, l),
c.lineWidth = 1,
Up(e, n, o, s, r, this.ps.bind(this), GS.bind(null, u))
}
}
function bo(i, e, t) {
return Math.min(Math.max(i, e), t)
}
function hr(i, e, t) {
return e - i <= t
}
function Hp(i) {
const e = Math.ceil(i);
return e % 2 == 0 ? e - 1 : e
}
class Tu {
bs(e, t) {
const n = this.ws,
{
gs: s,
Ms: r,
xs: a,
Ss: l,
ks: o,
fs: u
}
= t;
if (
this.ys === void 0 ||
n === void 0 ||
n.gs !== s ||
n.Ms !== r ||
n.xs !== a ||
n.Ss !== l ||
n.fs !== u ||
n.ks !== o
) {
const c = e.context.createLinearGradient(0, 0, 0, o);
if (c.addColorStop(0, s), u != null) {
const h = bo(u * e.verticalPixelRatio / o, 0, 1);
c.addColorStop(h, r),
c.addColorStop(h, a)
}
c.addColorStop(1, l),
this.ys = c,
this.ws = t
}
return this.ys
}
}
class KS extends jp {
constructor() {
super (...arguments),
this.Cs = new Tu
}
ps(e, t) {
return this.Cs.bs(e, {
gs: t.Ts,
Ms: '',
xs: '',
Ss: t.Ps,
ks: e.bitmapSize.height
})
}
}
function XS(i, e) {
const t = i.context;
t.strokeStyle = e,
t.stroke()
}
class qp extends ri {
constructor() {
super (...arguments),
this.G = null
}
J(e) {
this.G = e
}
K(e) {
if (this.G === null) return;
const {
it: t,
tt: n,
cs: s,
ds: r,
et: a,
Nt: l,
Rs: o
}
= this.G;
if (n === null) return;
const u = e.context;
u.lineCap = 'butt',
u.lineWidth = a * e.verticalPixelRatio,
dn(u, l),
u.lineJoin = 'round';
const c = this.Ds.bind(this);
r !== void 0 &&
Up(e, t, r, n, s, c, XS),
o &&
function (h, d, f, p, g) {
const {
horizontalPixelRatio: w,
verticalPixelRatio: y,
context: b
}
= h;
let x = null;
const k = Math.max(1, Math.floor(w)) % 2 / 2,
S = f * y + k;
for (let B = p.to - 1; B >= p.from; --B) {
const z = d[B];
if (z) {
const I = g(h, z);
I !== x &&
(b.beginPath(), x !== null && b.fill(), b.fillStyle = I, x = I);
const $ = Math.round(z.nt * w) + k,
L = z.st * y;
b.moveTo($, L),
b.arc($, L, S, 0, 2 * Math.PI)
}
}
b.fill()
}(e, t, o, n, c)
}
}
class Gp extends qp {
Ds(e, t) {
return t.lt
}
}
function Kp(i, e, t, n, s = 0, r = e.length) {
let a = r - s;
for (; 0 < a; ) {
const l = a >> 1,
o = s + l;
n(e[o], t) === i ? (s = o + 1, a -= l + 1) : a = l
}
return s
}
const Xs = Kp.bind(null, !0),
Xp = Kp.bind(null, !1);
function JS(i, e) {
return i.ot < e
}
function YS(i, e) {
return e < i.ot
}
function Jp(i, e, t) {
const n = e.Vs(),
s = e.ui(),
r = Xs(i, n, JS),
a = Xp(i, s, YS);
if (!t) return {
from: r,
to: a
};
let l = r,
o = a;
return r > 0 &&
r < i.length &&
i[r].ot >= n &&
(l = r - 1),
a > 0 &&
a < i.length &&
i[a - 1].ot <= s &&
(o = a + 1),
{
from: l,
to: o
}
}
class Su {
constructor(e, t, n) {
this.Os = !0,
this.Bs = !0,
this.As = !0,
this.Is = [],
this.zs = null,
this.Ls = e,
this.Es = t,
this.Ns = n
}
bt(e) {
this.Os = !0,
e === 'data' &&
(this.Bs = !0),
e === 'options' &&
(this.As = !0)
}
gt() {
return this.Ls.yt() ? (this.Fs(), this.zs === null ? null : this.Ws) : null
}
js() {
this.Is = this.Is.map(e => Object.assign(Object.assign({
}, e), this.Ls.$s().Hs(e.ot)))
}
Us() {
this.zs = null
}
Fs() {
this.Bs &&
(this.qs(), this.Bs = !1),
this.As &&
(this.js(), this.As = !1),
this.Os &&
(this.Ys(), this.Os = !1)
}
Ys() {
const e = this.Ls.Dt(),
t = this.Es.St();
if (this.Us(), t.Ni() || e.Ni()) return;
const n = t.Zs();
if (n === null || this.Ls.In().Xs() === 0) return;
const s = this.Ls.Ct();
s !== null &&
(this.zs = Jp(this.Is, n, this.Ns), this.Ks(e, t, s.Vt), this.Gs())
}
}
class Ca extends Su {
constructor(e, t) {
super (e, t, !0)
}
Ks(e, t, n) {
t.Js(this.Is, Os(this.zs)),
e.Qs(this.Is, n, Os(this.zs))
}
te(e, t) {
return {
ot: e,
_t: t,
nt: NaN,
st: NaN
}
}
qs() {
const e = this.Ls.$s();
this.Is = this.Ls.In().ie().map(t => {
const n = t.Vt[3];
return this.ne(t.se, n, e)
})
}
}
class QS extends Ca {
constructor(e, t) {
super (e, t),
this.Ws = new _u,
this.ee = new KS,
this.re = new Gp,
this.Ws.Z([this.ee,
this.re])
}
ne(e, t, n) {
return Object.assign(Object.assign({
}, this.te(e, t)), n.Hs(e))
}
Gs() {
const e = this.Ls.W();
this.ee.J({
ds: e.lineType,
it: this.Is,
Nt: e.lineStyle,
et: e.lineWidth,
fs: null,
vs: e.invertFilledArea,
tt: this.zs,
cs: this.Es.St().he()
}),
this.re.J({
ds: e.lineVisible ? e.lineType : void 0,
it: this.Is,
Nt: e.lineStyle,
et: e.lineWidth,
tt: this.zs,
cs: this.Es.St().he(),
Rs: e.pointMarkersVisible ? e.pointMarkersRadius ||
e.lineWidth / 2 + 2 : void 0
})
}
}
class ZS extends ri {
constructor() {
super (...arguments),
this.zt = null,
this.le = 0,
this.ae = 0
}
J(e) {
this.zt = e
}
K({
context: e,
horizontalPixelRatio: t,
verticalPixelRatio: n
}) {
if (this.zt === null || this.zt.In.length === 0 || this.zt.tt === null) return;
this.le = this.oe(t),
this.le >= 2 &&
Math.max(1, Math.floor(t)) % 2 != this.le % 2 &&
this.le--,
this.ae = this.zt._e ? Math.min(this.le, Math.floor(t)) : this.le;
let s = null;
const r = this.ae <= this.le &&
this.zt.he >= Math.floor(1.5 * t);
for (let a = this.zt.tt.from; a < this.zt.tt.to; ++a) {
const l = this.zt.In[a];
s !== l.ue &&
(e.fillStyle = l.ue, s = l.ue);
const o = Math.floor(0.5 * this.ae),
u = Math.round(l.nt * t),
c = u - o,
h = this.ae,
d = c + h - 1,
f = Math.min(l.ce, l.de),
p = Math.max(l.ce, l.de),
g = Math.round(f * n) - o,
w = Math.round(p * n) + o,
y = Math.max(w - g, this.ae);
e.fillRect(c, g, h, y);
const b = Math.ceil(1.5 * this.le);
if (r) {
if (this.zt.fe) {
const B = u - b;
let z = Math.max(g, Math.round(l.ve * n) - o),
I = z + h - 1;
I > g + y - 1 &&
(I = g + y - 1, z = I - h + 1),
e.fillRect(B, z, c - B, I - z + 1)
}
const x = u + b;
let k = Math.max(g, Math.round(l.pe * n) - o),
S = k + h - 1;
S > g + y - 1 &&
(S = g + y - 1, k = S - h + 1),
e.fillRect(d + 1, k, x - d, S - k + 1)
}
}
}
oe(e) {
const t = Math.floor(e);
return Math.max(
t,
Math.floor(function (n, s) {
return Math.floor(0.3 * n * s)
}(Q(this.zt).he, e))
)
}
}
class Yp extends Su {
constructor(e, t) {
super (e, t, !1)
}
Ks(e, t, n) {
t.Js(this.Is, Os(this.zs)),
e.me(this.Is, n, Os(this.zs))
}
be(e, t, n) {
return {
ot: e,
we: t.Vt[0],
ge: t.Vt[1],
Me: t.Vt[2],
xe: t.Vt[3],
nt: NaN,
ve: NaN,
ce: NaN,
de: NaN,
pe: NaN
}
}
qs() {
const e = this.Ls.$s();
this.Is = this.Ls.In().ie().map(t => this.ne(t.se, t, e))
}
}
class e2 extends Yp {
constructor() {
super (...arguments),
this.Ws = new ZS
}
ne(e, t, n) {
return Object.assign(Object.assign({
}, this.be(e, t, n)), n.Hs(e))
}
Gs() {
const e = this.Ls.W();
this.Ws.J({
In: this.Is,
he: this.Es.St().he(),
fe: e.openVisible,
_e: e.thinBars,
tt: this.zs
})
}
}
class t2 extends jp {
constructor() {
super (...arguments),
this.Cs = new Tu
}
ps(e, t) {
const n = this.G;
return this.Cs.bs(
e,
{
gs: t.Se,
Ms: t.ke,
xs: t.ye,
Ss: t.Ce,
ks: e.bitmapSize.height,
fs: n.fs
}
)
}
}
class i2 extends qp {
constructor() {
super (...arguments),
this.Te = new Tu
}
Ds(e, t) {
const n = this.G;
return this.Te.bs(
e,
{
gs: t.Pe,
Ms: t.Pe,
xs: t.Re,
Ss: t.Re,
ks: e.bitmapSize.height,
fs: n.fs
}
)
}
}
class n2 extends Ca {
constructor(e, t) {
super (e, t),
this.Ws = new _u,
this.De = new t2,
this.Ve = new i2,
this.Ws.Z([this.De,
this.Ve])
}
ne(e, t, n) {
return Object.assign(Object.assign({
}, this.te(e, t)), n.Hs(e))
}
Gs() {
const e = this.Ls.Ct();
if (e === null) return;
const t = this.Ls.W(),
n = this.Ls.Dt().Rt(t.baseValue.price, e.Vt),
s = this.Es.St().he();
this.De.J({
it: this.Is,
et: t.lineWidth,
Nt: t.lineStyle,
ds: t.lineType,
fs: n,
vs: !1,
tt: this.zs,
cs: s
}),
this.Ve.J({
it: this.Is,
et: t.lineWidth,
Nt: t.lineStyle,
ds: t.lineVisible ? t.lineType : void 0,
Rs: t.pointMarkersVisible ? t.pointMarkersRadius ||
t.lineWidth / 2 + 2 : void 0,
fs: n,
tt: this.zs,
cs: s
})
}
}
class s2 extends ri {
constructor() {
super (...arguments),
this.zt = null,
this.le = 0
}
J(e) {
this.zt = e
}
K(e) {
if (this.zt === null || this.zt.In.length === 0 || this.zt.tt === null) return;
const {
horizontalPixelRatio: t
}
= e;
this.le = function (r, a) {
if (r >= 2.5 && r <= 4) return Math.floor(3 * a);
const l = 1 - 0.2 * Math.atan(Math.max(4, r) - 4) / (0.5 * Math.PI),
o = Math.floor(r * l * a),
u = Math.floor(r * a),
c = Math.min(o, u);
return Math.max(Math.floor(a), c)
}(this.zt.he, t),
this.le >= 2 &&
Math.floor(t) % 2 != this.le % 2 &&
this.le--;
const n = this.zt.In;
this.zt.Oe &&
this.Be(e, n, this.zt.tt),
this.zt._i &&
this.Ae(e, n, this.zt.tt);
const s = this.Ie(t);
(!this.zt._i || this.le > 2 * s) &&
this.ze(e, n, this.zt.tt)
}
Be(e, t, n) {
if (this.zt === null) return;
const {
context: s,
horizontalPixelRatio: r,
verticalPixelRatio: a
}
= e;
let l = '',
o = Math.min(Math.floor(r), Math.floor(this.zt.he * r));
o = Math.max(Math.floor(r), Math.min(o, this.le));
const u = Math.floor(0.5 * o);
let c = null;
for (let h = n.from; h < n.to; h++) {
const d = t[h];
d.Le !== l &&
(s.fillStyle = d.Le, l = d.Le);
const f = Math.round(Math.min(d.ve, d.pe) * a),
p = Math.round(Math.max(d.ve, d.pe) * a),
g = Math.round(d.ce * a),
w = Math.round(d.de * a);
let y = Math.round(r * d.nt) - u;
const b = y + o - 1;
c !== null &&
(y = Math.max(c + 1, y), y = Math.min(y, b));
const x = b - y + 1;
s.fillRect(y, g, x, f - g),
s.fillRect(y, p + 1, x, w - p),
c = b
}
}
Ie(e) {
let t = Math.floor(1 * e);
this.le <= 2 * t &&
(t = Math.floor(0.5 * (this.le - 1)));
const n = Math.max(Math.floor(e), t);
return this.le <= 2 * n ? Math.max(Math.floor(e), Math.floor(1 * e)) : n
}
Ae(e, t, n) {
if (this.zt === null) return;
const {
context: s,
horizontalPixelRatio: r,
verticalPixelRatio: a
}
= e;
let l = '';
const o = this.Ie(r);
let u = null;
for (let c = n.from; c < n.to; c++) {
const h = t[c];
h.Ee !== l &&
(s.fillStyle = h.Ee, l = h.Ee);
let d = Math.round(h.nt * r) - Math.floor(0.5 * this.le);
const f = d + this.le - 1,
p = Math.round(Math.min(h.ve, h.pe) * a),
g = Math.round(Math.max(h.ve, h.pe) * a);
if (
u !== null &&
(d = Math.max(u + 1, d), d = Math.min(d, f)),
this.zt.he * r > 2 * o
) VS(s, d, p, f - d + 1, g - p + 1, o);
else {
const w = f - d + 1;
s.fillRect(d, p, w, g - p + 1)
}
u = f
}
}
ze(e, t, n) {
if (this.zt === null) return;
const {
context: s,
horizontalPixelRatio: r,
verticalPixelRatio: a
}
= e;
let l = '';
const o = this.Ie(r);
for (let u = n.from; u < n.to; u++) {
const c = t[u];
let h = Math.round(Math.min(c.ve, c.pe) * a),
d = Math.round(Math.max(c.ve, c.pe) * a),
f = Math.round(c.nt * r) - Math.floor(0.5 * this.le),
p = f + this.le - 1;
if (c.ue !== l) {
const g = c.ue;
s.fillStyle = g,
l = g
}
this.zt._i &&
(f += o, h += o, p -= o, d -= o),
h > d ||
s.fillRect(f, h, p - f + 1, d - h + 1)
}
}
}
class r2 extends Yp {
constructor() {
super (...arguments),
this.Ws = new s2
}
ne(e, t, n) {
return Object.assign(Object.assign({
}, this.be(e, t, n)), n.Hs(e))
}
Gs() {
const e = this.Ls.W();
this.Ws.J({
In: this.Is,
he: this.Es.St().he(),
Oe: e.wickVisible,
_i: e.borderVisible,
tt: this.zs
})
}
}
class a2 {
constructor(e, t) {
this.Ne = e,
this.Li = t
}
X(e, t, n) {
this.Ne.draw(e, this.Li, t, n)
}
}
class Sl extends Su {
constructor(e, t, n) {
super (e, t, !1),
this.wn = n,
this.Ws = new a2(
this.wn.renderer(),
s => {
const r = e.Ct();
return r === null ? null : e.Dt().Rt(s, r.Vt)
}
)
}
Fe(e) {
return this.wn.priceValueBuilder(e)
}
We(e) {
return this.wn.isWhitespace(e)
}
qs() {
const e = this.Ls.$s();
this.Is = this.Ls.In().ie().map(
t => Object.assign(Object.assign({
ot: t.se,
nt: NaN
}, e.Hs(t.se)), {
je: t.He
})
)
}
Ks(e, t) {
t.Js(this.Is, Os(this.zs))
}
Gs() {
this.wn.update({
bars: this.Is.map(l2),
barSpacing: this.Es.St().he(),
visibleRange: this.zs
}, this.Ls.W())
}
}
function l2(i) {
return {
x: i.nt,
time: i.ot,
originalData: i.je,
barColor: i.ue
}
}
class o2 extends ri {
constructor() {
super (...arguments),
this.zt = null,
this.$e = []
}
J(e) {
this.zt = e,
this.$e = []
}
K({
context: e,
horizontalPixelRatio: t,
verticalPixelRatio: n
}) {
if (this.zt === null || this.zt.it.length === 0 || this.zt.tt === null) return;
this.$e.length ||
this.Ue(t);
const s = Math.max(1, Math.floor(n)),
r = Math.round(this.zt.qe * n) - Math.floor(s / 2),
a = r + s;
for (let l = this.zt.tt.from; l < this.zt.tt.to; l++) {
const o = this.zt.it[l],
u = this.$e[l - this.zt.tt.from],
c = Math.round(o.st * n);
let h,
d;
e.fillStyle = o.ue,
c <= r ? (h = c, d = a) : (h = r, d = c - Math.floor(s / 2) + s),
e.fillRect(u.Vs, h, u.ui - u.Vs + 1, d - h)
}
}
Ue(e) {
if (this.zt === null || this.zt.it.length === 0 || this.zt.tt === null) return void (this.$e = []);
const t = Math.ceil(this.zt.he * e) <= 1 ? 0 : Math.max(1, Math.floor(e)),
n = Math.round(this.zt.he * e) - t;
this.$e = new Array(this.zt.tt.to - this.zt.tt.from);
for (let r = this.zt.tt.from; r < this.zt.tt.to; r++) {
const a = this.zt.it[r],
l = Math.round(a.nt * e);
let o,
u;
if (n % 2) {
const c = (n - 1) / 2;
o = l - c,
u = l + c
} else {
const c = n / 2;
o = l - c,
u = l + c - 1
}
this.$e[r - this.zt.tt.from] = {
Vs: o,
ui: u,
Ye: l,
Ze: a.nt * e,
ot: a.ot
}
}
for (let r = this.zt.tt.from + 1; r < this.zt.tt.to; r++) {
const a = this.$e[r - this.zt.tt.from],
l = this.$e[r - this.zt.tt.from - 1];
a.ot === l.ot + 1 &&
a.Vs - l.ui !== t + 1 &&
(l.Ye > l.Ze ? l.ui = a.Vs - t - 1 : a.Vs = l.ui + t + 1)
}
let s = Math.ceil(this.zt.he * e);
for (let r = this.zt.tt.from; r < this.zt.tt.to; r++) {
const a = this.$e[r - this.zt.tt.from];
a.ui < a.Vs &&
(a.ui = a.Vs);
const l = a.ui - a.Vs + 1;
s = Math.min(l, s)
}
if (t > 0 && s < 4) for (let r = this.zt.tt.from; r < this.zt.tt.to; r++) {
const a = this.$e[r - this.zt.tt.from];
a.ui - a.Vs + 1 > s &&
(a.Ye > a.Ze ? a.ui -= 1 : a.Vs += 1)
}
}
}
class u2 extends Ca {
constructor() {
super (...arguments),
this.Ws = new o2
}
ne(e, t, n) {
return Object.assign(Object.assign({
}, this.te(e, t)), n.Hs(e))
}
Gs() {
const e = {
it: this.Is,
he: this.Es.St().he(),
tt: this.zs,
qe: this.Ls.Dt().Rt(this.Ls.W().base, Q(this.Ls.Ct()).Vt)
};
this.Ws.J(e)
}
}
class c2 extends Ca {
constructor() {
super (...arguments),
this.Ws = new Gp
}
ne(e, t, n) {
return Object.assign(Object.assign({
}, this.te(e, t)), n.Hs(e))
}
Gs() {
const e = this.Ls.W(),
t = {
it: this.Is,
Nt: e.lineStyle,
ds: e.lineVisible ? e.lineType : void 0,
et: e.lineWidth,
Rs: e.pointMarkersVisible ? e.pointMarkersRadius ||
e.lineWidth / 2 + 2 : void 0,
tt: this.zs,
cs: this.Es.St().he()
};
this.Ws.J(t)
}
}
const h2 = /[2-9]/g;
class Ds {
constructor(e = 50) {
this.Xe = 0,
this.Ke = 1,
this.Ge = 1,
this.Je = {},
this.Qe = new Map,
this.tr = e
}
ir() {
this.Xe = 0,
this.Qe.clear(),
this.Ke = 1,
this.Ge = 1,
this.Je = {}
}
xi(e, t, n) {
return this.nr(e, t, n).width
}
Mi(e, t, n) {
const s = this.nr(e, t, n);
return (
(s.actualBoundingBoxAscent || 0) - (s.actualBoundingBoxDescent || 0)
) / 2
}
nr(e, t, n) {
const s = n ||
h2,
r = String(t).replace(s, '0');
if (this.Qe.has(r)) return xt(this.Qe.get(r)).sr;
if (this.Xe === this.tr) {
const l = this.Je[this.Ge];
delete this.Je[this.Ge],
this.Qe.delete(l),
this.Ge++,
this.Xe--
}
e.save(),
e.textBaseline = 'middle';
const a = e.measureText(r);
return e.restore(),
a.width === 0 &&
t.length ||
(
this.Qe.set(r, {
sr: a,
er: this.Ke
}),
this.Je[this.Ke] = r,
this.Xe++,
this.Ke++
),
a
}
}
class d2 {
constructor(e) {
this.rr = null,
this.k = null,
this.hr = 'right',
this.lr = e
}
ar(e, t, n) {
this.rr = e,
this.k = t,
this.hr = n
}
X(e) {
this.k !== null &&
this.rr !== null &&
this.rr.X(e, this.k, this.lr, this.hr)
}
}
class Qp {
constructor(e, t, n) {
this._r = e,
this.lr = new Ds(50),
this.ur = t,
this.F = n,
this.j = - 1,
this.Wt = new d2(this.lr)
}
gt() {
const e = this.F.cr(this.ur);
if (e === null) return null;
const t = e.dr(this.ur) ? e.vr() : this.ur.Dt();
if (t === null) return null;
const n = e.pr(t);
if (n === 'overlay') return null;
const s = this.F.mr();
return s.P !== this.j &&
(this.j = s.P, this.lr.ir()),
this.Wt.ar(this._r.Ii(), s, n),
this.Wt
}
}
class f2 extends ri {
constructor() {
super (...arguments),
this.zt = null
}
J(e) {
this.zt = e
}
br(e, t) {
var n;
if (!(!((n = this.zt) === null || n === void 0) && n.yt)) return null;
const {
st: s,
et: r,
wr: a
}
= this.zt;
return t >= s - r - 7 &&
t <= s + r + 7 ? {
gr: this.zt,
wr: a
}
: null
}
K({
context: e,
bitmapSize: t,
horizontalPixelRatio: n,
verticalPixelRatio: s
}) {
if (this.zt === null || this.zt.yt === !1) return;
const r = Math.round(this.zt.st * s);
r < 0 ||
r > t.height ||
(
e.lineCap = 'butt',
e.strokeStyle = this.zt.V,
e.lineWidth = Math.floor(this.zt.et * n),
dn(e, this.zt.Nt),
Dp(e, r, 0, t.width)
)
}
}
class Eu {
constructor(e) {
this.Mr = {
st: 0,
V: 'rgba(0, 0, 0, 0)',
et: 1,
Nt: 0,
yt: !1
},
this.Sr = new f2,
this.ft = !0,
this.Ls = e,
this.Es = e.$t(),
this.Sr.J(this.Mr)
}
bt() {
this.ft = !0
}
gt() {
return this.Ls.yt() ? (this.ft && (this.kr(), this.ft = !1), this.Sr) : null
}
}
class p2 extends Eu {
constructor(e) {
super (e)
}
kr() {
this.Mr.yt = !1;
const e = this.Ls.Dt(),
t = e.yr().yr;
if (t !== 2 && t !== 3) return;
const n = this.Ls.W();
if (!n.baseLineVisible || !this.Ls.yt()) return;
const s = this.Ls.Ct();
s !== null &&
(
this.Mr.yt = !0,
this.Mr.st = e.Rt(s.Vt, s.Vt),
this.Mr.V = n.baseLineColor,
this.Mr.et = n.baseLineWidth,
this.Mr.Nt = n.baseLineStyle
)
}
}
class m2 extends ri {
constructor() {
super (...arguments),
this.zt = null
}
J(e) {
this.zt = e
}
He() {
return this.zt
}
K({
context: e,
horizontalPixelRatio: t,
verticalPixelRatio: n
}) {
const s = this.zt;
if (s === null) return;
const r = Math.max(1, Math.floor(t)),
a = r % 2 / 2,
l = Math.round(s.Ze.x * t) + a,
o = s.Ze.y * n;
e.fillStyle = s.Cr,
e.beginPath();
const u = Math.max(2, 1.5 * s.Tr) * t;
e.arc(l, o, u, 0, 2 * Math.PI, !1),
e.fill(),
e.fillStyle = s.Pr,
e.beginPath(),
e.arc(l, o, s.ht * t, 0, 2 * Math.PI, !1),
e.fill(),
e.lineWidth = r,
e.strokeStyle = s.Rr,
e.beginPath(),
e.arc(l, o, s.ht * t + r / 2, 0, 2 * Math.PI, !1),
e.stroke()
}
}
const g2 = [
{
Dr: 0,
Vr: 0.25,
Or: 4,
Br: 10,
Ar: 0.25,
Ir: 0,
zr: 0.4,
Lr: 0.8
},
{
Dr: 0.25,
Vr: 0.525,
Or: 10,
Br: 14,
Ar: 0,
Ir: 0,
zr: 0.8,
Lr: 0
},
{
Dr: 0.525,
Vr: 1,
Or: 14,
Br: 14,
Ar: 0,
Ir: 0,
zr: 0,
Lr: 0
}
];
function _h(i, e, t, n) {
return function (s, r) {
if (s === 'transparent') return s;
const a = Rs(s),
l = a[3];
return `rgba(${ a[0] }, ${ a[1] }, ${ a[2] }, ${ r * l })`
}(i, t + (n - t) * e)
}
function xh(i, e) {
const t = i % 2600 / 2600;
let n;
for (const o of g2) if (t >= o.Dr && t <= o.Vr) {
n = o;
break
}
Hi(n !== void 0, 'Last price animation internal logic error');
const s = (t - n.Dr) / (n.Vr - n.Dr);
return {
Pr: _h(e, s, n.Ar, n.Ir),
Rr: _h(e, s, n.zr, n.Lr),
ht: (r = s, a = n.Or, l = n.Br, a + (l - a) * r)
};
var r,
a,
l
}
class y2 {
constructor(e) {
this.Wt = new m2,
this.ft = !0,
this.Er = !0,
this.Nr = performance.now(),
this.Fr = this.Nr - 1,
this.Wr = e
}
jr() {
this.Fr = this.Nr - 1,
this.bt()
}
Hr() {
if (this.bt(), this.Wr.W().lastPriceAnimation === 2) {
const e = performance.now(),
t = this.Fr - e;
if (t > 0) return void (t < 650 && (this.Fr += 2600));
this.Nr = e,
this.Fr = e + 2600
}
}
bt() {
this.ft = !0
}
$r() {
this.Er = !0
}
yt() {
return this.Wr.W().lastPriceAnimation !== 0
}
Ur() {
switch (this.Wr.W().lastPriceAnimation) {
case 0:
return !1;
case 1:
return !0;
case 2:
return performance.now() <= this.Fr
}
}
gt() {
return this.ft ? (this.Mt(), this.ft = !1, this.Er = !1) : this.Er &&
(this.qr(), this.Er = !1),
this.Wt
}
Mt() {
this.Wt.J(null);
const e = this.Wr.$t().St(),
t = e.Zs(),
n = this.Wr.Ct();
if (t === null || n === null) return;
const s = this.Wr.Yr(!0);
if (s.Zr || !t.Xr(s.se)) return;
const r = {
x: e.It(s.se),
y: this.Wr.Dt().Rt(s._t, n.Vt)
},
a = s.V,
l = this.Wr.W().lineWidth,
o = xh(this.Kr(), a);
this.Wt.J({
Cr: a,
Tr: l,
Pr: o.Pr,
Rr: o.Rr,
ht: o.ht,
Ze: r
})
}
qr() {
const e = this.Wt.He();
if (e !== null) {
const t = xh(this.Kr(), e.Cr);
e.Pr = t.Pr,
e.Rr = t.Rr,
e.ht = t.ht
}
}
Kr() {
return this.Ur() ? performance.now() - this.Nr : 2599
}
}
function vs(i, e) {
return Hp(Math.min(Math.max(i, 12), 30) * e)
}
function Fs(i, e) {
switch (i) {
case 'arrowDown':
case 'arrowUp':
return vs(e, 1);
case 'circle':
return vs(e, 0.8);
case 'square':
return vs(e, 0.7)
}
}
function Zp(i) {
return function (e) {
const t = Math.ceil(e);
return t % 2 != 0 ? t - 1 : t
}(vs(i, 1))
}
function Th(i) {
return Math.max(vs(i, 0.1), 3)
}
function Sh(i, e, t) {
return e ? i : t ? Math.ceil(i / 2) : 0
}
function em(i, e, t, n, s) {
const r = Fs('square', t),
a = (r - 1) / 2,
l = i - a,
o = e - a;
return n >= l &&
n <= l + r &&
s >= o &&
s <= o + r
}
function Eh(i, e, t, n) {
const s = (Fs('arrowUp', n) - 1) / 2 * t.Gr,
r = (Hp(n / 2) - 1) / 2 * t.Gr;
e.beginPath(),
i ? (
e.moveTo(t.nt - s, t.st),
e.lineTo(t.nt, t.st - s),
e.lineTo(t.nt + s, t.st),
e.lineTo(t.nt + r, t.st),
e.lineTo(t.nt + r, t.st + s),
e.lineTo(t.nt - r, t.st + s),
e.lineTo(t.nt - r, t.st)
) : (
e.moveTo(t.nt - s, t.st),
e.lineTo(t.nt, t.st + s),
e.lineTo(t.nt + s, t.st),
e.lineTo(t.nt + r, t.st),
e.lineTo(t.nt + r, t.st - s),
e.lineTo(t.nt - r, t.st - s),
e.lineTo(t.nt - r, t.st)
),
e.fill()
}
function v2(i, e, t, n, s, r) {
return em(e, t, n, s, r)
}
class b2 extends ri {
constructor() {
super (...arguments),
this.zt = null,
this.lr = new Ds,
this.j = - 1,
this.H = '',
this.Jr = ''
}
J(e) {
this.zt = e
}
ar(e, t) {
this.j === e &&
this.H === t ||
(this.j = e, this.H = t, this.Jr = qn(e, t), this.lr.ir())
}
br(e, t) {
if (this.zt === null || this.zt.tt === null) return null;
for (let n = this.zt.tt.from; n < this.zt.tt.to; n++) {
const s = this.zt.it[n];
if (k2(s, e, t)) return {
gr: s.Qr,
wr: s.wr
}
}
return null
}
K({
context: e,
horizontalPixelRatio: t,
verticalPixelRatio: n
}, s, r) {
if (this.zt !== null && this.zt.tt !== null) {
e.textBaseline = 'middle',
e.font = this.Jr;
for (let a = this.zt.tt.from; a < this.zt.tt.to; a++) {
const l = this.zt.it[a];
l.Kt !== void 0 &&
(
l.Kt.Hi = this.lr.xi(e, l.Kt.th),
l.Kt.At = this.j,
l.Kt.nt = l.nt - l.Kt.Hi / 2
),
w2(l, e, t, n)
}
}
}
}
function w2(i, e, t, n) {
e.fillStyle = i.V,
i.Kt !== void 0 &&
function (s, r, a, l, o, u) {
s.save(),
s.scale(o, u),
s.fillText(r, a, l),
s.restore()
}(e, i.Kt.th, i.Kt.nt, i.Kt.st, t, n),
function (s, r, a) {
if (s.Xs !== 0) {
switch (s.ih) {
case 'arrowDown':
return void Eh(!1, r, a, s.Xs);
case 'arrowUp':
return void Eh(!0, r, a, s.Xs);
case 'circle':
return void function (l, o, u) {
const c = (Fs('circle', u) - 1) / 2;
l.beginPath(),
l.arc(o.nt, o.st, c * o.Gr, 0, 2 * Math.PI, !1),
l.fill()
}(r, a, s.Xs);
case 'square':
return void function (l, o, u) {
const c = Fs('square', u),
h = (c - 1) * o.Gr / 2,
d = o.nt - h,
f = o.st - h;
l.fillRect(d, f, c * o.Gr, c * o.Gr)
}(r, a, s.Xs)
}
s.ih
}
}(
i,
e,
function (s, r, a) {
const l = Math.max(1, Math.floor(r)) % 2 / 2;
return {
nt: Math.round(s.nt * r) + l,
st: s.st * a,
Gr: r
}
}(i, t, n)
)
}
function k2(i, e, t) {
return !(
i.Kt === void 0 ||
!function (n, s, r, a, l, o) {
const u = a / 2;
return l >= n &&
l <= n + r &&
o >= s - u &&
o <= s + u
}(i.Kt.nt, i.Kt.st, i.Kt.Hi, i.Kt.At, e, t)
) ||
function (n, s, r) {
if (n.Xs === 0) return !1;
switch (n.ih) {
case 'arrowDown':
case 'arrowUp':
return v2(0, n.nt, n.st, n.Xs, s, r);
case 'circle':
return function (a, l, o, u, c) {
const h = 2 + Fs('circle', o) / 2,
d = a - u,
f = l - c;
return Math.sqrt(d * d + f * f) <= h
}(n.nt, n.st, n.Xs, s, r);
case 'square':
return em(n.nt, n.st, n.Xs, s, r)
}
}(i, e, t)
}
function _2(i, e, t, n, s, r, a, l, o) {
const u = fi(t) ? t : t.xe,
c = fi(t) ? t : t.ge,
h = fi(t) ? t : t.Me,
d = fi(e.size) ? Math.max(e.size, 0) : 1,
f = Zp(l.he()) * d,
p = f / 2;
switch (i.Xs = f, e.position) {
case 'inBar':
return i.st = a.Rt(u, o),
void (i.Kt !== void 0 && (i.Kt.st = i.st + p + r + 0.6 * s));
case 'aboveBar':
return i.st = a.Rt(c, o) - p - n.nh,
i.Kt !== void 0 &&
(i.Kt.st = i.st - p - 0.6 * s, n.nh += 1.2 * s),
void (n.nh += f + r);
case 'belowBar':
return i.st = a.Rt(h, o) + p + n.sh,
i.Kt !== void 0 &&
(i.Kt.st = i.st + p + r + 0.6 * s, n.sh += 1.2 * s),
void (n.sh += f + r)
}
e.position
}
class x2 {
constructor(e, t) {
this.ft = !0,
this.eh = !0,
this.rh = !0,
this.hh = null,
this.ah = null,
this.Wt = new b2,
this.Wr = e,
this.$i = t,
this.zt = {
it: [],
tt: null
}
}
bt(e) {
this.ft = !0,
this.rh = !0,
e === 'data' &&
(this.eh = !0, this.ah = null)
}
gt(e) {
if (!this.Wr.yt()) return null;
this.ft &&
this.oh();
const t = this.$i.W().layout;
return this.Wt.ar(t.fontSize, t.fontFamily),
this.Wt.J(this.zt),
this.Wt
}
_h() {
if (this.rh) {
if (this.Wr.uh().length > 0) {
const e = this.$i.St().he(),
t = Th(e),
n = 1.5 * Zp(e) + 2 * t,
s = this.dh();
this.hh = {
above: Sh(n, s.aboveBar, s.inBar),
below: Sh(n, s.belowBar, s.inBar)
}
} else this.hh = null;
this.rh = !1
}
return this.hh
}
dh() {
return this.ah === null &&
(
this.ah = this.Wr.uh().reduce(
(e, t) => (e[t.position] || (e[t.position] = !0), e),
{
inBar: !1,
aboveBar: !1,
belowBar: !1
}
)
),
this.ah
}
oh() {
const e = this.Wr.Dt(),
t = this.$i.St(),
n = this.Wr.uh();
this.eh &&
(
this.zt.it = n.map(
c => ({
ot: c.time,
nt: 0,
st: 0,
Xs: 0,
ih: c.shape,
V: c.color,
Qr: c.Qr,
wr: c.id,
Kt: void 0
})
),
this.eh = !1
);
const s = this.$i.W().layout;
this.zt.tt = null;
const r = t.Zs();
if (r === null) return;
const a = this.Wr.Ct();
if (a === null || this.zt.it.length === 0) return;
let l = NaN;
const o = Th(t.he()),
u = {
nh: o,
sh: o
};
this.zt.tt = Jp(this.zt.it, r, !0);
for (let c = this.zt.tt.from; c < this.zt.tt.to; c++) {
const h = n[c];
h.time !== l &&
(u.nh = o, u.sh = o, l = h.time);
const d = this.zt.it[c];
d.nt = t.It(h.time),
h.text !== void 0 &&
h.text.length > 0 &&
(d.Kt = {
th: h.text,
nt: 0,
st: 0,
Hi: 0,
At: 0
});
const f = this.Wr.fh(h.time);
f !== null &&
_2(d, h, f, u, s.fontSize, o, e, t, a.Vt)
}
this.ft = !1
}
}
class T2 extends Eu {
constructor(e) {
super (e)
}
kr() {
const e = this.Mr;
e.yt = !1;
const t = this.Ls.W();
if (!t.priceLineVisible || !this.Ls.yt()) return;
const n = this.Ls.Yr(t.priceLineSource === 0);
n.Zr ||
(
e.yt = !0,
e.st = n.ki,
e.V = this.Ls.ph(n.V),
e.et = t.priceLineWidth,
e.Nt = t.priceLineStyle
)
}
}
class S2 extends Ta {
constructor(e) {
super (),
this.jt = e
}
zi(e, t, n) {
e.yt = !1,
t.yt = !1;
const s = this.jt;
if (!s.yt()) return;
const r = s.W(),
a = r.lastValueVisible,
l = s.mh() !== '',
o = r.seriesLastValueMode === 0,
u = s.Yr(!1);
if (u.Zr) return;
a &&
(e.Kt = this.bh(u, a, o), e.yt = e.Kt.length !== 0),
(l || o) &&
(t.Kt = this.wh(u, a, l, o), t.yt = t.Kt.length > 0);
const c = s.ph(u.V),
h = _a(c);
n.t = h.t,
n.ki = u.ki,
t.Ot = s.$t().Bt(u.ki / s.Dt().At()),
e.Ot = c,
e.V = h.i,
t.V = h.i
}
wh(e, t, n, s) {
let r = '';
const a = this.jt.mh();
return n &&
a.length !== 0 &&
(r += `${ a } `),
t &&
s &&
(r += this.jt.Dt().gh() ? e.Mh : e.xh),
r.trim()
}
bh(e, t, n) {
return t ? n ? this.jt.Dt().gh() ? e.xh : e.Mh : e.Kt : ''
}
}
function Ch(i, e, t, n) {
const s = Number.isFinite(e),
r = Number.isFinite(t);
return s &&
r ? i(e, t) : s ||
r ? s ? e : t : n
}
class Tt {
constructor(e, t) {
this.Sh = e,
this.kh = t
}
yh(e) {
return e !== null &&
this.Sh === e.Sh &&
this.kh === e.kh
}
Ch() {
return new Tt(this.Sh, this.kh)
}
Th() {
return this.Sh
}
Ph() {
return this.kh
}
Rh() {
return this.kh - this.Sh
}
Ni() {
return this.kh === this.Sh ||
Number.isNaN(this.kh) ||
Number.isNaN(this.Sh)
}
ts(e) {
return e === null ? this : new Tt(
Ch(Math.min, this.Th(), e.Th(), - 1 / 0),
Ch(Math.max, this.Ph(), e.Ph(), 1 / 0)
)
}
Dh(e) {
if (!fi(e) || this.kh - this.Sh === 0) return;
const t = 0.5 * (this.kh + this.Sh);
let n = this.kh - t,
s = this.Sh - t;
n *= e,
s *= e,
this.kh = t + n,
this.Sh = t + s
}
Vh(e) {
fi(e) &&
(this.kh += e, this.Sh += e)
}
Oh() {
return {
minValue: this.Sh,
maxValue: this.kh
}
}
static Bh(e) {
return e === null ? null : new Tt(e.minValue, e.maxValue)
}
}
class Qr {
constructor(e, t) {
this.Ah = e,
this.Ih = t ||
null
}
zh() {
return this.Ah
}
Lh() {
return this.Ih
}
Oh() {
return this.Ah === null ? null : {
priceRange: this.Ah.Oh(),
margins: this.Ih ||
void 0
}
}
static Bh(e) {
return e === null ? null : new Qr(Tt.Bh(e.priceRange), e.margins)
}
}
class E2 extends Eu {
constructor(e, t) {
super (e),
this.Eh = t
}
kr() {
const e = this.Mr;
e.yt = !1;
const t = this.Eh.W();
if (!this.Ls.yt() || !t.lineVisible) return;
const n = this.Eh.Nh();
n !== null &&
(
e.yt = !0,
e.st = n,
e.V = t.color,
e.et = t.lineWidth,
e.Nt = t.lineStyle,
e.wr = this.Eh.W().id
)
}
}
class C2 extends Ta {
constructor(e, t) {
super (),
this.Wr = e,
this.Eh = t
}
zi(e, t, n) {
e.yt = !1,
t.yt = !1;
const s = this.Eh.W(),
r = s.axisLabelVisible,
a = s.title !== '',
l = this.Wr;
if (!r || !l.yt()) return;
const o = this.Eh.Nh();
if (o === null) return;
a &&
(t.Kt = s.title, t.yt = !0),
t.Ot = l.$t().Bt(o / l.Dt().At()),
e.Kt = this.Fh(s.price),
e.yt = !0;
const u = _a(s.axisLabelColor || s.color);
n.t = u.t;
const c = s.axisLabelTextColor ||
u.i;
e.V = c,
t.V = c,
n.ki = o
}
Fh(e) {
const t = this.Wr.Ct();
return t === null ? '' : this.Wr.Dt().Fi(e, t.Vt)
}
}
class $2 {
constructor(e, t) {
this.Wr = e,
this.cn = t,
this.Wh = new E2(e, this),
this._r = new C2(e, this),
this.jh = new Qp(this._r, e, e.$t())
}
Hh(e) {
ni(this.cn, e),
this.bt(),
this.Wr.$t().$h()
}
W() {
return this.cn
}
Uh() {
return this.Wh
}
qh() {
return this.jh
}
Yh() {
return this._r
}
bt() {
this.Wh.bt(),
this._r.bt()
}
Nh() {
const e = this.Wr,
t = e.Dt();
if (e.$t().St().Ni() || t.Ni()) return null;
const n = e.Ct();
return n === null ? null : t.Rt(this.cn.price, n.Vt)
}
}
class L2 extends xu {
constructor(e) {
super (),
this.$i = e
}
$t() {
return this.$i
}
}
const P2 = {
Bar: (i, e, t, n) => {
var s;
const r = e.upColor,
a = e.downColor,
l = Q(i(t, n)),
o = En(l.Vt[0]) <= En(l.Vt[3]);
return {
ue: (s = l.V) !== null &&
s !== void 0 ? s : o ? r : a
}
},
Candlestick: (i, e, t, n) => {
var s,
r,
a;
const l = e.upColor,
o = e.downColor,
u = e.borderUpColor,
c = e.borderDownColor,
h = e.wickUpColor,
d = e.wickDownColor,
f = Q(i(t, n)),
p = En(f.Vt[0]) <= En(f.Vt[3]);
return {
ue: (s = f.V) !== null &&
s !== void 0 ? s : p ? l : o,
Ee: (r = f.Ot) !== null &&
r !== void 0 ? r : p ? u : c,
Le: (a = f.Zh) !== null &&
a !== void 0 ? a : p ? h : d
}
},
Custom: (i, e, t, n) => {
var s;
return {
ue: (s = Q(i(t, n)).V) !== null &&
s !== void 0 ? s : e.color
}
},
Area: (i, e, t, n) => {
var s,
r,
a,
l;
const o = Q(i(t, n));
return {
ue: (s = o.lt) !== null &&
s !== void 0 ? s : e.lineColor,
lt: (r = o.lt) !== null &&
r !== void 0 ? r : e.lineColor,
Ts: (a = o.Ts) !== null &&
a !== void 0 ? a : e.topColor,
Ps: (l = o.Ps) !== null &&
l !== void 0 ? l : e.bottomColor
}
},
Baseline: (i, e, t, n) => {
var s,
r,
a,
l,
o,
u;
const c = Q(i(t, n));
return {
ue: c.Vt[3] >= e.baseValue.price ? e.topLineColor : e.bottomLineColor,
Pe: (s = c.Pe) !== null &&
s !== void 0 ? s : e.topLineColor,
Re: (r = c.Re) !== null &&
r !== void 0 ? r : e.bottomLineColor,
Se: (a = c.Se) !== null &&
a !== void 0 ? a : e.topFillColor1,
ke: (l = c.ke) !== null &&
l !== void 0 ? l : e.topFillColor2,
ye: (o = c.ye) !== null &&
o !== void 0 ? o : e.bottomFillColor1,
Ce: (u = c.Ce) !== null &&
u !== void 0 ? u : e.bottomFillColor2
}
},
Line: (i, e, t, n) => {
var s,
r;
const a = Q(i(t, n));
return {
ue: (s = a.V) !== null &&
s !== void 0 ? s : e.color,
lt: (r = a.V) !== null &&
r !== void 0 ? r : e.color
}
},
Histogram: (i, e, t, n) => {
var s;
return {
ue: (s = Q(i(t, n)).V) !== null &&
s !== void 0 ? s : e.color
}
}
};
class I2 {
constructor(e) {
this.Xh = (t, n) => n !== void 0 ? n.Vt : this.Wr.In().Kh(t),
this.Wr = e,
this.Gh = P2[e.Jh()]
}
Hs(e, t) {
return this.Gh(this.Xh, this.Wr.W(), e, t)
}
}
var $h;
(
function (i) {
i[i.NearestLeft = - 1] = 'NearestLeft',
i[i.None = 0] = 'None',
i[i.NearestRight = 1] = 'NearestRight'
}
) ($h || ($h = {}));
const Ii = 30;
class N2 {
constructor() {
this.Qh = [],
this.tl = new Map,
this.il = new Map
}
nl() {
return this.Xs() > 0 ? this.Qh[this.Qh.length - 1] : null
}
sl() {
return this.Xs() > 0 ? this.el(0) : null
}
An() {
return this.Xs() > 0 ? this.el(this.Qh.length - 1) : null
}
Xs() {
return this.Qh.length
}
Ni() {
return this.Xs() === 0
}
Xr(e) {
return this.rl(e, 0) !== null
}
Kh(e) {
return this.hl(e)
}
hl(e, t = 0) {
const n = this.rl(e, t);
return n === null ? null : Object.assign(Object.assign({
}, this.ll(n)), {
se: this.el(n)
})
}
ie() {
return this.Qh
}
al(e, t, n) {
if (this.Ni()) return null;
let s = null;
for (const r of n) s = dr(s, this.ol(e, t, r));
return s
}
J(e) {
this.il.clear(),
this.tl.clear(),
this.Qh = e
}
el(e) {
return this.Qh[e].se
}
ll(e) {
return this.Qh[e]
}
rl(e, t) {
const n = this._l(e);
if (n === null && t !== 0) switch (t) {
case - 1:
return this.ul(e);
case 1:
return this.cl(e);
default:
throw new TypeError('Unknown search mode')
}
return n
}
ul(e) {
let t = this.dl(e);
return t > 0 &&
(t -= 1),
t !== this.Qh.length &&
this.el(t) < e ? t : null
}
cl(e) {
const t = this.fl(e);
return t !== this.Qh.length &&
e < this.el(t) ? t : null
}
_l(e) {
const t = this.dl(e);
return t === this.Qh.length ||
e < this.Qh[t].se ? null : t
}
dl(e) {
return Xs(this.Qh, e, (t, n) => t.se < n)
}
fl(e) {
return Xp(this.Qh, e, (t, n) => t.se > n)
}
vl(e, t, n) {
let s = null;
for (let r = e; r < t; r++) {
const a = this.Qh[r].Vt[n];
Number.isNaN(a) ||
(s === null ? s = {
pl: a,
ml: a
}
: (a < s.pl && (s.pl = a), a > s.ml && (s.ml = a)))
}
return s
}
ol(e, t, n) {
if (this.Ni()) return null;
let s = null;
const r = Q(this.sl()),
a = Q(this.An()),
l = Math.max(e, r),
o = Math.min(t, a),
u = Math.ceil(l / Ii) * Ii,
c = Math.max(u, Math.floor(o / Ii) * Ii);
{
const d = this.dl(l),
f = this.fl(Math.min(o, u, t));
s = dr(s, this.vl(d, f, n))
}
let h = this.tl.get(n);
h === void 0 &&
(h = new Map, this.tl.set(n, h));
for (let d = Math.max(u + 1, l); d < c; d += Ii) {
const f = Math.floor(d / Ii);
let p = h.get(f);
if (p === void 0) {
const g = this.dl(f * Ii),
w = this.fl((f + 1) * Ii - 1);
p = this.vl(g, w, n),
h.set(f, p)
}
s = dr(s, p)
}
{
const d = this.dl(c),
f = this.fl(o);
s = dr(s, this.vl(d, f, n))
}
return s
}
}
function dr(i, e) {
return i === null ? e : e === null ? i : {
pl: Math.min(i.pl, e.pl),
ml: Math.max(i.ml, e.ml)
}
}
class M2 {
constructor(e) {
this.bl = e
}
X(e, t, n) {
this.bl.draw(e)
}
wl(e, t, n) {
var s,
r;
(r = (s = this.bl).drawBackground) === null ||
r === void 0 ||
r.call(s, e)
}
}
class El {
constructor(e) {
this.Qe = null,
this.wn = e
}
gt() {
var e;
const t = this.wn.renderer();
if (t === null) return null;
if (((e = this.Qe) === null || e === void 0 ? void 0 : e.gl) === t) return this.Qe.Ml;
const n = new M2(t);
return this.Qe = {
gl: t,
Ml: n
},
n
}
xl() {
var e,
t,
n;
return (n = (t = (e = this.wn).zOrder) === null || t === void 0 ? void 0 : t.call(e)) !== null &&
n !== void 0 ? n : 'normal'
}
}
function tm(i) {
var e,
t,
n,
s,
r;
return {
Kt: i.text(),
ki: i.coordinate(),
Si: (e = i.fixedCoordinate) === null ||
e === void 0 ? void 0 : e.call(i),
V: i.textColor(),
t: i.backColor(),
yt: (n = (t = i.visible) === null || t === void 0 ? void 0 : t.call(i)) === null ||
n === void 0 ||
n,
hi: (r = (s = i.tickVisible) === null || s === void 0 ? void 0 : s.call(i)) === null ||
r === void 0 ||
r
}
}
class R2 {
constructor(e, t) {
this.Wt = new zp,
this.Sl = e,
this.kl = t
}
gt() {
return this.Wt.J(Object.assign({
Hi: this.kl.Hi()
}, tm(this.Sl))),
this.Wt
}
}
class B2 extends Ta {
constructor(e, t) {
super (),
this.Sl = e,
this.Li = t
}
zi(e, t, n) {
const s = tm(this.Sl);
n.t = s.t,
e.V = s.V;
const r = 2 / 12 * this.Li.P();
n.wi = r,
n.gi = r,
n.ki = s.ki,
n.Si = s.Si,
e.Kt = s.Kt,
e.yt = s.yt,
e.hi = s.hi
}
}
class O2 {
constructor(e, t) {
this.yl = null,
this.Cl = null,
this.Tl = null,
this.Pl = null,
this.Rl = null,
this.Dl = e,
this.Wr = t
}
Vl() {
return this.Dl
}
Vn() {
var e,
t;
(t = (e = this.Dl).updateAllViews) === null ||
t === void 0 ||
t.call(e)
}
Pn() {
var e,
t,
n,
s;
const r = (
n = (t = (e = this.Dl).paneViews) === null ||
t === void 0 ? void 0 : t.call(e)
) !== null &&
n !== void 0 ? n : [];
if (((s = this.yl) === null || s === void 0 ? void 0 : s.gl) === r) return this.yl.Ml;
const a = r.map(l => new El(l));
return this.yl = {
gl: r,
Ml: a
},
a
}
Qi() {
var e,
t,
n,
s;
const r = (
n = (t = (e = this.Dl).timeAxisViews) === null ||
t === void 0 ? void 0 : t.call(e)
) !== null &&
n !== void 0 ? n : [];
if (((s = this.Cl) === null || s === void 0 ? void 0 : s.gl) === r) return this.Cl.Ml;
const a = this.Wr.$t().St(),
l = r.map(o => new R2(o, a));
return this.Cl = {
gl: r,
Ml: l
},
l
}
Rn() {
var e,
t,
n,
s;
const r = (
n = (t = (e = this.Dl).priceAxisViews) === null ||
t === void 0 ? void 0 : t.call(e)
) !== null &&
n !== void 0 ? n : [];
if (((s = this.Tl) === null || s === void 0 ? void 0 : s.gl) === r) return this.Tl.Ml;
const a = this.Wr.Dt(),
l = r.map(o => new B2(o, a));
return this.Tl = {
gl: r,
Ml: l
},
l
}
Ol() {
var e,
t,
n,
s;
const r = (
n = (t = (e = this.Dl).priceAxisPaneViews) === null ||
t === void 0 ? void 0 : t.call(e)
) !== null &&
n !== void 0 ? n : [];
if (((s = this.Pl) === null || s === void 0 ? void 0 : s.gl) === r) return this.Pl.Ml;
const a = r.map(l => new El(l));
return this.Pl = {
gl: r,
Ml: a
},
a
}
Bl() {
var e,
t,
n,
s;
const r = (
n = (t = (e = this.Dl).timeAxisPaneViews) === null ||
t === void 0 ? void 0 : t.call(e)
) !== null &&
n !== void 0 ? n : [];
if (((s = this.Rl) === null || s === void 0 ? void 0 : s.gl) === r) return this.Rl.Ml;
const a = r.map(l => new El(l));
return this.Rl = {
gl: r,
Ml: a
},
a
}
Al(e, t) {
var n,
s,
r;
return (
r = (s = (n = this.Dl).autoscaleInfo) === null ||
s === void 0 ? void 0 : s.call(n, e, t)
) !== null &&
r !== void 0 ? r : null
}
br(e, t) {
var n,
s,
r;
return (
r = (s = (n = this.Dl).hitTest) === null ||
s === void 0 ? void 0 : s.call(n, e, t)
) !== null &&
r !== void 0 ? r : null
}
}
function Cl(i, e, t, n) {
i.forEach(s => {
e(s).forEach(r => {
r.xl() === t &&
n.push(r)
})
})
}
function $l(i) {
return i.Pn()
}
function D2(i) {
return i.Ol()
}
function F2(i) {
return i.Bl()
}
class Cu extends L2 {
constructor(e, t, n, s, r) {
super (e),
this.zt = new N2,
this.Wh = new T2(this),
this.Il = [],
this.zl = new p2(this),
this.Ll = null,
this.El = null,
this.Nl = [],
this.Fl = [],
this.Wl = null,
this.jl = [],
this.cn = t,
this.Hl = n;
const a = new S2(this);
this.rn = [
a
],
this.jh = new Qp(a, this, e),
n !== 'Area' &&
n !== 'Line' &&
n !== 'Baseline' ||
(this.Ll = new y2(this)),
this.$l(),
this.Ul(r)
}
S() {
this.Wl !== null &&
clearTimeout(this.Wl)
}
ph(e) {
return this.cn.priceLineColor ||
e
}
Yr(e) {
const t = {
Zr: !0
},
n = this.Dt();
if (this.$t().St().Ni() || n.Ni() || this.zt.Ni()) return t;
const s = this.$t().St().Zs(),
r = this.Ct();
if (s === null || r === null) return t;
let a,
l;
if (e) {
const h = this.zt.nl();
if (h === null) return t;
a = h,
l = h.se
} else {
const h = this.zt.hl(s.ui(), - 1);
if (h === null || (a = this.zt.Kh(h.se), a === null)) return t;
l = h.se
}
const o = a.Vt[3],
u = this.$s().Hs(l, {
Vt: a
}),
c = n.Rt(o, r.Vt);
return {
Zr: !1,
_t: o,
Kt: n.Fi(o, r.Vt),
Mh: n.ql(o),
xh: n.Yl(o, r.Vt),
V: u.ue,
ki: c,
se: l
}
}
$s() {
return this.El !== null ||
(this.El = new I2(this)),
this.El
}
W() {
return this.cn
}
Hh(e) {
const t = e.priceScaleId;
t !== void 0 &&
t !== this.cn.priceScaleId &&
this.$t().Zl(this, t),
ni(this.cn, e),
e.priceFormat !== void 0 &&
(this.$l(), this.$t().Xl()),
this.$t().Kl(this),
this.$t().Gl(),
this.wn.bt('options')
}
J(e, t) {
this.zt.J(e),
this.Jl(),
this.wn.bt('data'),
this.dn.bt('data'),
this.Ll !== null &&
(t && t.Ql ? this.Ll.Hr() : e.length === 0 && this.Ll.jr());
const n = this.$t().cr(this);
this.$t().ta(n),
this.$t().Kl(this),
this.$t().Gl(),
this.$t().$h()
}
ia(e) {
this.Nl = e,
this.Jl();
const t = this.$t().cr(this);
this.dn.bt('data'),
this.$t().ta(t),
this.$t().Kl(this),
this.$t().Gl(),
this.$t().$h()
}
na() {
return this.Nl
}
uh() {
return this.Fl
}
sa(e) {
const t = new $2(this, e);
return this.Il.push(t),
this.$t().Kl(this),
t
}
ea(e) {
const t = this.Il.indexOf(e);
t !== - 1 &&
this.Il.splice(t, 1),
this.$t().Kl(this)
}
Jh() {
return this.Hl
}
Ct() {
const e = this.ra();
return e === null ? null : {
Vt: e.Vt[3],
ha: e.ot
}
}
ra() {
const e = this.$t().St().Zs();
if (e === null) return null;
const t = e.Vs();
return this.zt.hl(t, 1)
}
In() {
return this.zt
}
fh(e) {
const t = this.zt.Kh(e);
return t === null ? null : this.Hl === 'Bar' ||
this.Hl === 'Candlestick' ||
this.Hl === 'Custom' ? {
we: t.Vt[0],
ge: t.Vt[1],
Me: t.Vt[2],
xe: t.Vt[3]
}
: t.Vt[3]
}
la(e) {
const t = [];
Cl(this.jl, $l, 'top', t);
const n = this.Ll;
return n !== null &&
n.yt() &&
(
this.Wl === null &&
n.Ur() &&
(this.Wl = setTimeout(() => {
this.Wl = null,
this.$t().aa()
}, 0)),
n.$r(),
t.unshift(n)
),
t
}
Pn() {
const e = [];
this.oa() ||
e.push(this.zl),
e.push(this.wn, this.Wh, this.dn);
const t = this.Il.map(n => n.Uh());
return e.push(...t),
Cl(this.jl, $l, 'normal', e),
e
}
_a() {
return this.ua($l, 'bottom')
}
ca(e) {
return this.ua(D2, e)
}
da(e) {
return this.ua(F2, e)
}
fa(e, t) {
return this.jl.map(n => n.br(e, t)).filter(n => n !== null)
}
Ji(e) {
return [this.jh,
...this.Il.map(t => t.qh())]
}
Rn(e, t) {
if (t !== this.Yi && !this.oa()) return [];
const n = [
...this.rn
];
for (const s of this.Il) n.push(s.Yh());
return this.jl.forEach(s => {
n.push(...s.Rn())
}),
n
}
Qi() {
const e = [];
return this.jl.forEach(t => {
e.push(...t.Qi())
}),
e
}
Al(e, t) {
if (this.cn.autoscaleInfoProvider !== void 0) {
const n = this.cn.autoscaleInfoProvider(() => {
const s = this.va(e, t);
return s === null ? null : s.Oh()
});
return Qr.Bh(n)
}
return this.va(e, t)
}
pa() {
return this.cn.priceFormat.minMove
}
ma() {
return this.ba
}
Vn() {
var e;
this.wn.bt(),
this.dn.bt();
for (const t of this.rn) t.bt();
for (const t of this.Il) t.bt();
this.Wh.bt(),
this.zl.bt(),
(e = this.Ll) === null ||
e === void 0 ||
e.bt(),
this.jl.forEach(t => t.Vn())
}
Dt() {
return Q(super.Dt())
}
kt(e) {
if (
!(
(this.Hl === 'Line' || this.Hl === 'Area' || this.Hl === 'Baseline') &&
this.cn.crosshairMarkerVisible
)
) return null;
const t = this.zt.Kh(e);
return t === null ? null : {
_t: t.Vt[3],
ht: this.wa(),
Ot: this.ga(),
Pt: this.Ma(),
Tt: this.xa(e)
}
}
mh() {
return this.cn.title
}
yt() {
return this.cn.visible
}
Sa(e) {
this.jl.push(new O2(e, this))
}
ka(e) {
this.jl = this.jl.filter(t => t.Vl() !== e)
}
ya() {
if (this.wn instanceof Sl) return e => this.wn.Fe(e)
}
Ca() {
if (this.wn instanceof Sl) return e => this.wn.We(e)
}
oa() {
return !Sa(this.Dt().Ta())
}
va(e, t) {
if (!Bs(e) || !Bs(t) || this.zt.Ni()) return null;
const n = this.Hl === 'Line' ||
this.Hl === 'Area' ||
this.Hl === 'Baseline' ||
this.Hl === 'Histogram' ? [
3
] : [
2,
1
],
s = this.zt.al(e, t, n);
let r = s !== null ? new Tt(s.pl, s.ml) : null;
if (this.Jh() === 'Histogram') {
const l = this.cn.base,
o = new Tt(l, l);
r = r !== null ? r.ts(o) : o
}
let a = this.dn._h();
return this.jl.forEach(
l => {
const o = l.Al(e, t);
if (o?.priceRange) {
const f = new Tt(o.priceRange.minValue, o.priceRange.maxValue);
r = r !== null ? r.ts(f) : f
}
var u,
c,
h,
d;
o?.margins &&
(
u = a,
c = o.margins,
a = {
above: Math.max((h = u?.above) !== null && h !== void 0 ? h : 0, c.above),
below: Math.max((d = u?.below) !== null && d !== void 0 ? d : 0, c.below)
}
)
}
),
new Qr(r, a)
}
wa() {
switch (this.Hl) {
case 'Line':
case 'Area':
case 'Baseline':
return this.cn.crosshairMarkerRadius
}
return 0
}
ga() {
switch (this.Hl) {
case 'Line':
case 'Area':
case 'Baseline':
{
const e = this.cn.crosshairMarkerBorderColor;
if (e.length !== 0) return e
}
}
return null
}
Ma() {
switch (this.Hl) {
case 'Line':
case 'Area':
case 'Baseline':
return this.cn.crosshairMarkerBorderWidth
}
return 0
}
xa(e) {
switch (this.Hl) {
case 'Line':
case 'Area':
case 'Baseline':
{
const t = this.cn.crosshairMarkerBackgroundColor;
if (t.length !== 0) return t
}
}
return this.$s().Hs(e).ue
}
$l() {
switch (this.cn.priceFormat.type) {
case 'custom':
this.ba = {
format: this.cn.priceFormat.formatter
};
break;
case 'volume':
this.ba = new HS(this.cn.priceFormat.precision);
break;
case 'percent':
this.ba = new Wp(this.cn.priceFormat.precision);
break;
default:
{
const e = Math.pow(10, this.cn.priceFormat.precision);
this.ba = new Ea(e, this.cn.priceFormat.minMove * e)
}
}
this.Yi !== null &&
this.Yi.Pa()
}
Jl() {
const e = this.$t().St();
if (!e.Ra() || this.zt.Ni()) return void (this.Fl = []);
const t = Q(this.zt.sl());
this.Fl = this.Nl.map(
(n, s) => {
const r = Q(e.Da(n.time, !0)),
a = r < t ? 1 : - 1;
return {
time: Q(this.zt.hl(r, a)).se,
position: n.position,
shape: n.shape,
color: n.color,
id: n.id,
Qr: s,
text: n.text,
size: n.size,
originalTime: n.originalTime
}
}
)
}
Ul(e) {
switch (this.dn = new x2(this, this.$t()), this.Hl) {
case 'Bar':
this.wn = new e2(this, this.$t());
break;
case 'Candlestick':
this.wn = new r2(this, this.$t());
break;
case 'Line':
this.wn = new c2(this, this.$t());
break;
case 'Custom':
this.wn = new Sl(this, this.$t(), xt(e));
break;
case 'Area':
this.wn = new QS(this, this.$t());
break;
case 'Baseline':
this.wn = new n2(this, this.$t());
break;
case 'Histogram':
this.wn = new u2(this, this.$t());
break;
default:
throw Error('Unknown chart style assigned: ' + this.Hl)
}
}
ua(e, t) {
const n = [];
return Cl(this.jl, e, t, n),
n
}
}
class A2 {
constructor(e) {
this.cn = e
}
Va(e, t, n) {
let s = e;
if (this.cn.mode === 0) return s;
const r = n.vn(),
a = r.Ct();
if (a === null) return s;
const l = r.Rt(e, a),
o = n.Oa().filter(c => c instanceof Cu).reduce(
(c, h) => {
if (n.dr(h) || !h.yt()) return c;
const d = h.Dt(),
f = h.In();
if (d.Ni() || !f.Xr(t)) return c;
const p = f.Kh(t);
if (p === null) return c;
const g = En(h.Ct());
return c.concat([d.Rt(p.Vt[3], g.Vt)])
},
[]
);
if (o.length === 0) return s;
o.sort((c, h) => Math.abs(c - l) - Math.abs(h - l));
const u = o[0];
return s = r.pn(u, a),
s
}
}
class V2 extends ri {
constructor() {
super (...arguments),
this.zt = null
}
J(e) {
this.zt = e
}
K({
context: e,
bitmapSize: t,
horizontalPixelRatio: n,
verticalPixelRatio: s
}) {
if (this.zt === null) return;
const r = Math.max(1, Math.floor(n));
e.lineWidth = r,
function (a, l) {
a.save(),
a.lineWidth % 2 &&
a.translate(0.5, 0.5),
l(),
a.restore()
}(
e,
() => {
const a = Q(this.zt);
if (a.Ba) {
e.strokeStyle = a.Aa,
dn(e, a.Ia),
e.beginPath();
for (const l of a.za) {
const o = Math.round(l.La * n);
e.moveTo(o, - r),
e.lineTo(o, t.height + r)
}
e.stroke()
}
if (a.Ea) {
e.strokeStyle = a.Na,
dn(e, a.Fa),
e.beginPath();
for (const l of a.Wa) {
const o = Math.round(l.La * s);
e.moveTo( - r, o),
e.lineTo(t.width + r, o)
}
e.stroke()
}
}
)
}
}
class z2 {
constructor(e) {
this.Wt = new V2,
this.ft = !0,
this.tn = e
}
bt() {
this.ft = !0
}
gt() {
if (this.ft) {
const e = this.tn.$t().W().grid,
t = {
Ea: e.horzLines.visible,
Ba: e.vertLines.visible,
Na: e.horzLines.color,
Aa: e.vertLines.color,
Fa: e.horzLines.style,
Ia: e.vertLines.style,
Wa: this.tn.vn().ja(),
za: (this.tn.$t().St().ja() || []).map(n => ({
La: n.coord
}))
};
this.Wt.J(t),
this.ft = !1
}
return this.Wt
}
}
class W2 {
constructor(e) {
this.wn = new z2(e)
}
Uh() {
return this.wn
}
}
const Ll = {
Ha: 4,
$a: 0.0001
};
function Cn(i, e) {
const t = 100 * (i - e) / e;
return e < 0 ? - t : t
}
function U2(i, e) {
const t = Cn(i.Th(), e),
n = Cn(i.Ph(), e);
return new Tt(t, n)
}
function bs(i, e) {
const t = 100 * (i - e) / e + 100;
return e < 0 ? - t : t
}
function j2(i, e) {
const t = bs(i.Th(), e),
n = bs(i.Ph(), e);
return new Tt(t, n)
}
function Zr(i, e) {
const t = Math.abs(i);
if (t < 1e-15) return 0;
const n = Math.log10(t + e.$a) + e.Ha;
return i < 0 ? - n : n
}
function ws(i, e) {
const t = Math.abs(i);
if (t < 1e-15) return 0;
const n = Math.pow(10, t - e.Ha) - e.$a;
return i < 0 ? - n : n
}
function ls(i, e) {
if (i === null) return null;
const t = Zr(i.Th(), e),
n = Zr(i.Ph(), e);
return new Tt(t, n)
}
function fr(i, e) {
if (i === null) return null;
const t = ws(i.Th(), e),
n = ws(i.Ph(), e);
return new Tt(t, n)
}
function Pl(i) {
if (i === null) return Ll;
const e = Math.abs(i.Ph() - i.Th());
if (e >= 1 || e < 1e-15) return Ll;
const t = Math.ceil(Math.abs(Math.log10(e))),
n = Ll.Ha + t;
return {
Ha: n,
$a: 1 / Math.pow(10, n)
}
}
class Il {
constructor(e, t) {
if (
this.Ua = e,
this.qa = t,
function (n) {
if (n < 0) return !1;
for (let s = n; s > 1; s /= 10) if (s % 10 != 0) return !1;
return !0
}(this.Ua)
) this.Ya = [
2,
2.5,
2
];
else {
this.Ya = [];
for (let n = this.Ua; n !== 1; ) {
if (n % 2 == 0) this.Ya.push(2),
n /= 2;
else {
if (n % 5 != 0) throw new Error('unexpected base');
this.Ya.push(2, 2.5),
n /= 5
}
if (this.Ya.length > 100) throw new Error('something wrong with base')
}
}
}
Za(e, t, n) {
const s = this.Ua === 0 ? 0 : 1 / this.Ua;
let r = Math.pow(10, Math.max(0, Math.ceil(Math.log10(e - t)))),
a = 0,
l = this.qa[0];
for (; ; ) {
const h = hr(r, s, 1e-14) &&
r > s + 1e-14,
d = hr(r, n * l, 1e-14),
f = hr(r, 1, 1e-14);
if (!(h && d && f)) break;
r /= l,
l = this.qa[++a % this.qa.length]
}
if (
r <= s + 1e-14 &&
(r = s),
r = Math.max(1, r),
this.Ya.length > 0 &&
(o = r, u = 1, c = 1e-14, Math.abs(o - u) < c)
) for (a = 0, l = this.Ya[0]; hr(r, n * l, 1e-14) && r > s + 1e-14; ) r /= l,
l = this.Ya[++a % this.Ya.length];
var o,
u,
c;
return r
}
}
class Lh {
constructor(e, t, n, s) {
this.Xa = [],
this.Li = e,
this.Ua = t,
this.Ka = n,
this.Ga = s
}
Za(e, t) {
if (e < t) throw new Error('high < low');
const n = this.Li.At(),
s = (e - t) * this.Ja() / n,
r = new Il(this.Ua, [
2,
2.5,
2
]),
a = new Il(this.Ua, [
2,
2,
2.5
]),
l = new Il(this.Ua, [
2.5,
2,
2
]),
o = [];
return o.push(r.Za(e, t, s), a.Za(e, t, s), l.Za(e, t, s)),
function (u) {
if (u.length < 1) throw Error('array is empty');
let c = u[0];
for (let h = 1; h < u.length; ++h) u[h] < c &&
(c = u[h]);
return c
}(o)
}
Qa() {
const e = this.Li,
t = e.Ct();
if (t === null) return void (this.Xa = []);
const n = e.At(),
s = this.Ka(n - 1, t),
r = this.Ka(0, t),
a = this.Li.W().entireTextOnly ? this.io() / 2 : 0,
l = a,
o = n - 1 - a,
u = Math.max(s, r),
c = Math.min(s, r);
if (u === c) return void (this.Xa = []);
let h = this.Za(u, c),
d = u % h;
d += d < 0 ? h : 0;
const f = u >= c ? 1 : - 1;
let p = null,
g = 0;
for (let w = u - d; w > c; w -= h) {
const y = this.Ga(w, t, !0);
p !== null &&
Math.abs(y - p) < this.Ja() ||
y < l ||
y > o ||
(
g < this.Xa.length ? (this.Xa[g].La = y, this.Xa[g].no = e.so(w)) : this.Xa.push({
La: y,
no: e.so(w)
}),
g++,
p = y,
e.eo() &&
(h = this.Za(w * f, c))
)
}
this.Xa.length = g
}
ja() {
return this.Xa
}
io() {
return this.Li.P()
}
Ja() {
return Math.ceil(2.5 * this.io())
}
}
function im(i) {
return i.slice().sort((e, t) => Q(e.Xi()) - Q(t.Xi()))
}
var Ph;
(
function (i) {
i[i.Normal = 0] = 'Normal',
i[i.Logarithmic = 1] = 'Logarithmic',
i[i.Percentage = 2] = 'Percentage',
i[i.IndexedTo100 = 3] = 'IndexedTo100'
}
) (Ph || (Ph = {}));
const Ih = new Wp,
Nh = new Ea(100, 1);
class H2 {
constructor(e, t, n, s) {
this.ro = 0,
this.ho = null,
this.Ah = null,
this.lo = null,
this.ao = {
oo: !1,
_o: null
},
this.uo = 0,
this.co = 0,
this.do = new Ze,
this.fo = new Ze,
this.vo = [],
this.po = null,
this.mo = null,
this.bo = null,
this.wo = null,
this.ba = Nh,
this.Mo = Pl(null),
this.xo = e,
this.cn = t,
this.So = n,
this.ko = s,
this.yo = new Lh(this, 100, this.Co.bind(this), this.To.bind(this))
}
Ta() {
return this.xo
}
W() {
return this.cn
}
Hh(e) {
if (
ni(this.cn, e),
this.Pa(),
e.mode !== void 0 &&
this.Po({
yr: e.mode
}),
e.scaleMargins !== void 0
) {
const t = xt(e.scaleMargins.top),
n = xt(e.scaleMargins.bottom);
if (t < 0 || t > 1) throw new Error(
`Invalid top margin - expect value between 0 and 1, given=${ t }`
);
if (n < 0 || n > 1) throw new Error(
`Invalid bottom margin - expect value between 0 and 1, given=${ n }`
);
if (t + n > 1) throw new Error(
`Invalid margins - sum of margins must be less than 1, given=${ t + n }`
);
this.Ro(),
this.mo = null
}
}
Do() {
return this.cn.autoScale
}
eo() {
return this.cn.mode === 1
}
gh() {
return this.cn.mode === 2
}
Vo() {
return this.cn.mode === 3
}
yr() {
return {
Wn: this.cn.autoScale,
Oo: this.cn.invertScale,
yr: this.cn.mode
}
}
Po(e) {
const t = this.yr();
let n = null;
e.Wn !== void 0 &&
(this.cn.autoScale = e.Wn),
e.yr !== void 0 &&
(
this.cn.mode = e.yr,
e.yr !== 2 &&
e.yr !== 3 ||
(this.cn.autoScale = !0),
this.ao.oo = !1
),
t.yr === 1 &&
e.yr !== t.yr &&
(
function (r, a) {
if (r === null) return !1;
const l = ws(r.Th(), a),
o = ws(r.Ph(), a);
return isFinite(l) &&
isFinite(o)
}(this.Ah, this.Mo) ? (n = fr(this.Ah, this.Mo), n !== null && this.Bo(n)) : this.cn.autoScale = !0
),
e.yr === 1 &&
e.yr !== t.yr &&
(n = ls(this.Ah, this.Mo), n !== null && this.Bo(n));
const s = t.yr !== this.cn.mode;
s &&
(t.yr === 2 || this.gh()) &&
this.Pa(),
s &&
(t.yr === 3 || this.Vo()) &&
this.Pa(),
e.Oo !== void 0 &&
t.Oo !== e.Oo &&
(this.cn.invertScale = e.Oo, this.Ao()),
this.fo.m(t, this.yr())
}
Io() {
return this.fo
}
P() {
return this.So.fontSize
}
At() {
return this.ro
}
zo(e) {
this.ro !== e &&
(this.ro = e, this.Ro(), this.mo = null)
}
Lo() {
if (this.ho) return this.ho;
const e = this.At() - this.Eo() - this.No();
return this.ho = e,
e
}
zh() {
return this.Fo(),
this.Ah
}
Bo(e, t) {
const n = this.Ah;
(t || n === null && e !== null || n !== null && !n.yh(e)) &&
(this.mo = null, this.Ah = e)
}
Ni() {
return this.Fo(),
this.ro === 0 ||
!this.Ah ||
this.Ah.Ni()
}
Wo(e) {
return this.Oo() ? e : this.At() - 1 - e
}
Rt(e, t) {
return this.gh() ? e = Cn(e, t) : this.Vo() &&
(e = bs(e, t)),
this.To(e, t)
}
Qs(e, t, n) {
this.Fo();
const s = this.No(),
r = Q(this.zh()),
a = r.Th(),
l = r.Ph(),
o = this.Lo() - 1,
u = this.Oo(),
c = o / (l - a),
h = n === void 0 ? 0 : n.from,
d = n === void 0 ? e.length : n.to,
f = this.jo();
for (let p = h; p < d; p++) {
const g = e[p],
w = g._t;
if (isNaN(w)) continue;
let y = w;
f !== null &&
(y = f(g._t, t));
const b = s + c * (y - a),
x = u ? b : this.ro - 1 - b;
g.st = x
}
}
me(e, t, n) {
this.Fo();
const s = this.No(),
r = Q(this.zh()),
a = r.Th(),
l = r.Ph(),
o = this.Lo() - 1,
u = this.Oo(),
c = o / (l - a),
h = n === void 0 ? 0 : n.from,
d = n === void 0 ? e.length : n.to,
f = this.jo();
for (let p = h; p < d; p++) {
const g = e[p];
let w = g.we,
y = g.ge,
b = g.Me,
x = g.xe;
f !== null &&
(w = f(g.we, t), y = f(g.ge, t), b = f(g.Me, t), x = f(g.xe, t));
let k = s + c * (w - a),
S = u ? k : this.ro - 1 - k;
g.ve = S,
k = s + c * (y - a),
S = u ? k : this.ro - 1 - k,
g.ce = S,
k = s + c * (b - a),
S = u ? k : this.ro - 1 - k,
g.de = S,
k = s + c * (x - a),
S = u ? k : this.ro - 1 - k,
g.pe = S
}
}
pn(e, t) {
const n = this.Co(e, t);
return this.Ho(n, t)
}
Ho(e, t) {
let n = e;
return this.gh() ? n = function (s, r) {
return r < 0 &&
(s = - s),
s / 100 * r + r
}(n, t) : this.Vo() &&
(n = function (s, r) {
return s -= 100,
r < 0 &&
(s = - s),
s / 100 * r + r
}(n, t)),
n
}
Oa() {
return this.vo
}
$o() {
if (this.po) return this.po;
let e = [];
for (let t = 0; t < this.vo.length; t++) {
const n = this.vo[t];
n.Xi() === null &&
n.Ki(t + 1),
e.push(n)
}
return e = im(e),
this.po = e,
this.po
}
Uo(e) {
this.vo.indexOf(e) === - 1 &&
(this.vo.push(e), this.Pa(), this.qo())
}
Yo(e) {
const t = this.vo.indexOf(e);
if (t === - 1) throw new Error('source is not attached to scale');
this.vo.splice(t, 1),
this.vo.length === 0 &&
(this.Po({
Wn: !0
}), this.Bo(null)),
this.Pa(),
this.qo()
}
Ct() {
let e = null;
for (const t of this.vo) {
const n = t.Ct();
n !== null &&
(e === null || n.ha < e.ha) &&
(e = n)
}
return e === null ? null : e.Vt
}
Oo() {
return this.cn.invertScale
}
ja() {
const e = this.Ct() === null;
if (this.mo !== null && (e || this.mo.Zo === e)) return this.mo.ja;
this.yo.Qa();
const t = this.yo.ja();
return this.mo = {
ja: t,
Zo: e
},
this.do.m(),
t
}
Xo() {
return this.do
}
Ko(e) {
this.gh() ||
this.Vo() ||
this.bo === null &&
this.lo === null &&
(this.Ni() || (this.bo = this.ro - e, this.lo = Q(this.zh()).Ch()))
}
Go(e) {
if (this.gh() || this.Vo() || this.bo === null) return;
this.Po({
Wn: !1
}),
(e = this.ro - e) < 0 &&
(e = 0);
let t = (this.bo + 0.2 * (this.ro - 1)) / (e + 0.2 * (this.ro - 1));
const n = Q(this.lo).Ch();
t = Math.max(t, 0.1),
n.Dh(t),
this.Bo(n)
}
Jo() {
this.gh() ||
this.Vo() ||
(this.bo = null, this.lo = null)
}
Qo(e) {
this.Do() ||
this.wo === null &&
this.lo === null &&
(this.Ni() || (this.wo = e, this.lo = Q(this.zh()).Ch()))
}
t_(e) {
if (this.Do() || this.wo === null) return;
const t = Q(this.zh()).Rh() / (this.Lo() - 1);
let n = e - this.wo;
this.Oo() &&
(n *= - 1);
const s = n * t,
r = Q(this.lo).Ch();
r.Vh(s),
this.Bo(r, !0),
this.mo = null
}
i_() {
this.Do() ||
this.wo !== null &&
(this.wo = null, this.lo = null)
}
ma() {
return this.ba ||
this.Pa(),
this.ba
}
Fi(e, t) {
switch (this.cn.mode) {
case 2:
return this.n_(Cn(e, t));
case 3:
return this.ma().format(bs(e, t));
default:
return this.Fh(e)
}
}
so(e) {
switch (this.cn.mode) {
case 2:
return this.n_(e);
case 3:
return this.ma().format(e);
default:
return this.Fh(e)
}
}
ql(e) {
return this.Fh(e, Q(this.s_()).ma())
}
Yl(e, t) {
return e = Cn(e, t),
this.n_(e, Ih)
}
e_() {
return this.vo
}
r_(e) {
this.ao = {
_o: e,
oo: !1
}
}
Vn() {
this.vo.forEach(e => e.Vn())
}
Pa() {
this.mo = null;
const e = this.s_();
let t = 100;
e !== null &&
(t = Math.round(1 / e.pa())),
this.ba = Nh,
this.gh() ? (this.ba = Ih, t = 100) : this.Vo() ? (this.ba = new Ea(100, 1), t = 100) : e !== null &&
(this.ba = e.ma()),
this.yo = new Lh(this, t, this.Co.bind(this), this.To.bind(this)),
this.yo.Qa()
}
qo() {
this.po = null
}
s_() {
return this.vo[0] ||
null
}
Eo() {
return this.Oo() ? this.cn.scaleMargins.bottom * this.At() + this.co : this.cn.scaleMargins.top * this.At() + this.uo
}
No() {
return this.Oo() ? this.cn.scaleMargins.top * this.At() + this.uo : this.cn.scaleMargins.bottom * this.At() + this.co
}
Fo() {
this.ao.oo ||
(this.ao.oo = !0, this.h_())
}
Ro() {
this.ho = null
}
To(e, t) {
if (this.Fo(), this.Ni()) return 0;
e = this.eo() &&
e ? Zr(e, this.Mo) : e;
const n = Q(this.zh()),
s = this.No() + (this.Lo() - 1) * (e - n.Th()) / n.Rh();
return this.Wo(s)
}
Co(e, t) {
if (this.Fo(), this.Ni()) return 0;
const n = this.Wo(e),
s = Q(this.zh()),
r = s.Th() + s.Rh() * ((n - this.No()) / (this.Lo() - 1));
return this.eo() ? ws(r, this.Mo) : r
}
Ao() {
this.mo = null,
this.yo.Qa()
}
h_() {
const e = this.ao._o;
if (e === null) return;
let t = null;
const n = this.e_();
let s = 0,
r = 0;
for (const o of n) {
if (!o.yt()) continue;
const u = o.Ct();
if (u === null) continue;
const c = o.Al(e.Vs(), e.ui());
let h = c &&
c.zh();
if (h !== null) {
switch (this.cn.mode) {
case 1:
h = ls(h, this.Mo);
break;
case 2:
h = U2(h, u.Vt);
break;
case 3:
h = j2(h, u.Vt)
}
if (t = t === null ? h : t.ts(Q(h)), c !== null) {
const d = c.Lh();
d !== null &&
(s = Math.max(s, d.above), r = Math.max(r, d.below))
}
}
}
if (
s === this.uo &&
r === this.co ||
(this.uo = s, this.co = r, this.mo = null, this.Ro()),
t !== null
) {
if (t.Th() === t.Ph()) {
const o = this.s_(),
u = 5 * (o === null || this.gh() || this.Vo() ? 1 : o.pa());
this.eo() &&
(t = fr(t, this.Mo)),
t = new Tt(t.Th() - u, t.Ph() + u),
this.eo() &&
(t = ls(t, this.Mo))
}
if (this.eo()) {
const o = fr(t, this.Mo),
u = Pl(o);
if (a = u, l = this.Mo, a.Ha !== l.Ha || a.$a !== l.$a) {
const c = this.lo !== null ? fr(this.lo, this.Mo) : null;
this.Mo = u,
t = ls(o, u),
c !== null &&
(this.lo = ls(c, u))
}
}
this.Bo(t)
} else this.Ah === null &&
(this.Bo(new Tt( - 0.5, 0.5)), this.Mo = Pl(null));
var a,
l;
this.ao.oo = !0
}
jo() {
return this.gh() ? Cn : this.Vo() ? bs : this.eo() ? e => Zr(e, this.Mo) : null
}
l_(e, t, n) {
return t === void 0 ? (n === void 0 && (n = this.ma()), n.format(e)) : t(e)
}
Fh(e, t) {
return this.l_(e, this.ko.priceFormatter, t)
}
n_(e, t) {
return this.l_(e, this.ko.percentageFormatter, t)
}
}
class q2 {
constructor(e, t) {
this.vo = [],
this.a_ = new Map,
this.ro = 0,
this.o_ = 0,
this.__ = 1000,
this.po = null,
this.u_ = new Ze,
this.kl = e,
this.$i = t,
this.c_ = new W2(this);
const n = t.W();
this.d_ = this.f_('left', n.leftPriceScale),
this.v_ = this.f_('right', n.rightPriceScale),
this.d_.Io().l(this.p_.bind(this, this.d_), this),
this.v_.Io().l(this.p_.bind(this, this.v_), this),
this.m_(n)
}
m_(e) {
if (
e.leftPriceScale &&
this.d_.Hh(e.leftPriceScale),
e.rightPriceScale &&
this.v_.Hh(e.rightPriceScale),
e.localization &&
(this.d_.Pa(), this.v_.Pa()),
e.overlayPriceScales
) {
const t = Array.from(this.a_.values());
for (const n of t) {
const s = Q(n[0].Dt());
s.Hh(e.overlayPriceScales),
e.localization &&
s.Pa()
}
}
}
b_(e) {
switch (e) {
case 'left':
return this.d_;
case 'right':
return this.v_
}
return this.a_.has(e) ? xt(this.a_.get(e)) [0].Dt() : null
}
S() {
this.$t().w_().p(this),
this.d_.Io().p(this),
this.v_.Io().p(this),
this.vo.forEach(e => {
e.S &&
e.S()
}),
this.u_.m()
}
g_() {
return this.__
}
M_(e) {
this.__ = e
}
$t() {
return this.$i
}
Hi() {
return this.o_
}
At() {
return this.ro
}
x_(e) {
this.o_ = e,
this.S_()
}
zo(e) {
this.ro = e,
this.d_.zo(e),
this.v_.zo(e),
this.vo.forEach(t => {
if (this.dr(t)) {
const n = t.Dt();
n !== null &&
n.zo(e)
}
}),
this.S_()
}
Oa() {
return this.vo
}
dr(e) {
const t = e.Dt();
return t === null ||
this.d_ !== t &&
this.v_ !== t
}
Uo(e, t, n) {
const s = n !== void 0 ? n : this.y_().k_ + 1;
this.C_(e, t, s)
}
Yo(e) {
const t = this.vo.indexOf(e);
Hi(t !== - 1, 'removeDataSource: invalid data source'),
this.vo.splice(t, 1);
const n = Q(e.Dt()).Ta();
if (this.a_.has(n)) {
const r = xt(this.a_.get(n)),
a = r.indexOf(e);
a !== - 1 &&
(r.splice(a, 1), r.length === 0 && this.a_.delete(n))
}
const s = e.Dt();
s &&
s.Oa().indexOf(e) >= 0 &&
s.Yo(e),
s !== null &&
(s.qo(), this.T_(s)),
this.po = null
}
pr(e) {
return e === this.d_ ? 'left' : e === this.v_ ? 'right' : 'overlay'
}
P_() {
return this.d_
}
R_() {
return this.v_
}
D_(e, t) {
e.Ko(t)
}
V_(e, t) {
e.Go(t),
this.S_()
}
O_(e) {
e.Jo()
}
B_(e, t) {
e.Qo(t)
}
A_(e, t) {
e.t_(t),
this.S_()
}
I_(e) {
e.i_()
}
S_() {
this.vo.forEach(e => {
e.Vn()
})
}
vn() {
let e = null;
return this.$i.W().rightPriceScale.visible &&
this.v_.Oa().length !== 0 ? e = this.v_ : this.$i.W().leftPriceScale.visible &&
this.d_.Oa().length !== 0 ? e = this.d_ : this.vo.length !== 0 &&
(e = this.vo[0].Dt()),
e === null &&
(e = this.v_),
e
}
vr() {
let e = null;
return this.$i.W().rightPriceScale.visible ? e = this.v_ : this.$i.W().leftPriceScale.visible &&
(e = this.d_),
e
}
T_(e) {
e !== null &&
e.Do() &&
this.z_(e)
}
L_(e) {
const t = this.kl.Zs();
e.Po({
Wn: !0
}),
t !== null &&
e.r_(t),
this.S_()
}
E_() {
this.z_(this.d_),
this.z_(this.v_)
}
N_() {
this.T_(this.d_),
this.T_(this.v_),
this.vo.forEach(e => {
this.dr(e) &&
this.T_(e.Dt())
}),
this.S_(),
this.$i.$h()
}
$o() {
return this.po === null &&
(this.po = im(this.vo)),
this.po
}
F_() {
return this.u_
}
W_() {
return this.c_
}
z_(e) {
const t = e.e_();
if (t && t.length > 0 && !this.kl.Ni()) {
const n = this.kl.Zs();
n !== null &&
e.r_(n)
}
e.Vn()
}
y_() {
const e = this.$o();
if (e.length === 0) return {
j_: 0,
k_: 0
};
let t = 0,
n = 0;
for (let s = 0; s < e.length; s++) {
const r = e[s].Xi();
r !== null &&
(r < t && (t = r), r > n && (n = r))
}
return {
j_: t,
k_: n
}
}
C_(e, t, n) {
let s = this.b_(t);
if (
s === null &&
(s = this.f_(t, this.$i.W().overlayPriceScales)),
this.vo.push(e),
!Sa(t)
) {
const r = this.a_.get(t) ||
[];
r.push(e),
this.a_.set(t, r)
}
s.Uo(e),
e.Gi(s),
e.Ki(n),
this.T_(s),
this.po = null
}
p_(e, t, n) {
t.yr !== n.yr &&
this.z_(e)
}
f_(e, t) {
const n = Object.assign({
visible: !0,
autoScale: !0
}, xi(t)),
s = new H2(e, n, this.$i.W().layout, this.$i.W().localization);
return s.zo(this.At()),
s
}
}
class G2 {
constructor(e, t, n = 50) {
this.Xe = 0,
this.Ke = 1,
this.Ge = 1,
this.Qe = new Map,
this.Je = new Map,
this.H_ = e,
this.U_ = t,
this.tr = n
}
q_(e) {
const t = e.time,
n = this.U_.cacheKey(t),
s = this.Qe.get(n);
if (s !== void 0) return s.Y_;
if (this.Xe === this.tr) {
const a = this.Je.get(this.Ge);
this.Je.delete(this.Ge),
this.Qe.delete(xt(a)),
this.Ge++,
this.Xe--
}
const r = this.H_(e);
return this.Qe.set(n, {
Y_: r,
er: this.Ke
}),
this.Je.set(this.Ke, n),
this.Xe++,
this.Ke++,
r
}
}
class ks {
constructor(e, t) {
Hi(e <= t, 'right should be >= left'),
this.Z_ = e,
this.X_ = t
}
Vs() {
return this.Z_
}
ui() {
return this.X_
}
K_() {
return this.X_ - this.Z_ + 1
}
Xr(e) {
return this.Z_ <= e &&
e <= this.X_
}
yh(e) {
return this.Z_ === e.Vs() &&
this.X_ === e.ui()
}
}
function Mh(i, e) {
return i === null ||
e === null ? i === e : i.yh(e)
}
class K2 {
constructor() {
this.G_ = new Map,
this.Qe = null,
this.J_ = !1
}
Q_(e) {
this.J_ = e,
this.Qe = null
}
tu(e, t) {
this.iu(t),
this.Qe = null;
for (let n = t; n < e.length; ++n) {
const s = e[n];
let r = this.G_.get(s.timeWeight);
r === void 0 &&
(r = [], this.G_.set(s.timeWeight, r)),
r.push({
index: n,
time: s.time,
weight: s.timeWeight,
originalTime: s.originalTime
})
}
}
nu(e, t) {
const n = Math.ceil(t / e);
return this.Qe !== null &&
this.Qe.su === n ||
(this.Qe = {
ja: this.eu(n),
su: n
}),
this.Qe.ja
}
iu(e) {
if (e === 0) return void this.G_.clear();
const t = [];
this.G_.forEach(
(n, s) => {
e <= n[0].index ? t.push(s) : n.splice(Xs(n, e, r => r.index < e), 1 / 0)
}
);
for (const n of t) this.G_.delete(n)
}
eu(e) {
let t = [];
for (const n of Array.from(this.G_.keys()).sort((s, r) => r - s)) {
if (!this.G_.get(n)) continue;
const s = t;
t = [];
const r = s.length;
let a = 0;
const l = xt(this.G_.get(n)),
o = l.length;
let u = 1 / 0,
c = - 1 / 0;
for (let h = 0; h < o; h++) {
const d = l[h],
f = d.index;
for (; a < r; ) {
const p = s[a],
g = p.index;
if (!(g < f)) {
u = g;
break
}
a++,
t.push(p),
c = g,
u = 1 / 0
}
if (u - f >= e && f - c >= e) t.push(d),
c = f;
else if (this.J_) return s
}
for (; a < r; a++) t.push(s[a])
}
return t
}
}
class An {
constructor(e) {
this.ru = e
}
hu() {
return this.ru === null ? null : new ks(Math.floor(this.ru.Vs()), Math.ceil(this.ru.ui()))
}
lu() {
return this.ru
}
static au() {
return new An(null)
}
}
function X2(i, e) {
return i.weight > e.weight ? i : e
}
class J2 {
constructor(e, t, n, s) {
this.o_ = 0,
this.ou = null,
this._u = [],
this.wo = null,
this.bo = null,
this.uu = new K2,
this.cu = new Map,
this.du = An.au(),
this.fu = !0,
this.vu = new Ze,
this.pu = new Ze,
this.mu = new Ze,
this.bu = null,
this.wu = null,
this.gu = [],
this.cn = t,
this.ko = n,
this.Mu = t.rightOffset,
this.xu = t.barSpacing,
this.$i = e,
this.U_ = s,
this.Su(),
this.uu.Q_(t.uniformDistribution)
}
W() {
return this.cn
}
ku(e) {
ni(this.ko, e),
this.yu(),
this.Su()
}
Hh(e, t) {
var n;
ni(this.cn, e),
this.cn.fixLeftEdge &&
this.Cu(),
this.cn.fixRightEdge &&
this.Tu(),
e.barSpacing !== void 0 &&
this.$i.Gn(e.barSpacing),
e.rightOffset !== void 0 &&
this.$i.Jn(e.rightOffset),
e.minBarSpacing !== void 0 &&
this.$i.Gn((n = e.barSpacing) !== null && n !== void 0 ? n : this.xu),
this.yu(),
this.Su(),
this.mu.m()
}
mn(e) {
var t,
n;
return (n = (t = this._u[e]) === null || t === void 0 ? void 0 : t.time) !== null &&
n !== void 0 ? n : null
}
Ui(e) {
var t;
return (t = this._u[e]) !== null &&
t !== void 0 ? t : null
}
Da(e, t) {
if (this._u.length < 1) return null;
if (this.U_.key(e) > this.U_.key(this._u[this._u.length - 1].time)) return t ? this._u.length - 1 : null;
const n = Xs(this._u, this.U_.key(e), (s, r) => this.U_.key(s.time) < r);
return this.U_.key(e) < this.U_.key(this._u[n].time) ? t ? n : null : n
}
Ni() {
return this.o_ === 0 ||
this._u.length === 0 ||
this.ou === null
}
Ra() {
return this._u.length > 0
}
Zs() {
return this.Pu(),
this.du.hu()
}
Ru() {
return this.Pu(),
this.du.lu()
}
Du() {
const e = this.Zs();
if (e === null) return null;
const t = {
from: e.Vs(),
to: e.ui()
};
return this.Vu(t)
}
Vu(e) {
const t = Math.round(e.from),
n = Math.round(e.to),
s = Q(this.Ou()),
r = Q(this.Bu());
return {
from: Q(this.Ui(Math.max(s, t))),
to: Q(this.Ui(Math.min(r, n)))
}
}
Au(e) {
return {
from: Q(this.Da(e.from, !0)),
to: Q(this.Da(e.to, !0))
}
}
Hi() {
return this.o_
}
x_(e) {
if (!isFinite(e) || e <= 0 || this.o_ === e) return;
const t = this.Ru(),
n = this.o_;
if (
this.o_ = e,
this.fu = !0,
this.cn.lockVisibleTimeRangeOnResize &&
n !== 0
) {
const s = this.xu * e / n;
this.xu = s
}
if (this.cn.fixLeftEdge && t !== null && t.Vs() <= 0) {
const s = n - e;
this.Mu -= Math.round(s / this.xu) + 1,
this.fu = !0
}
this.Iu(),
this.zu()
}
It(e) {
if (this.Ni() || !Bs(e)) return 0;
const t = this.Lu() + this.Mu - e;
return this.o_ - (t + 0.5) * this.xu - 1
}
Js(e, t) {
const n = this.Lu(),
s = t === void 0 ? 0 : t.from,
r = t === void 0 ? e.length : t.to;
for (let a = s; a < r; a++) {
const l = e[a].ot,
o = n + this.Mu - l,
u = this.o_ - (o + 0.5) * this.xu - 1;
e[a].nt = u
}
}
Eu(e) {
return Math.ceil(this.Nu(e))
}
Jn(e) {
this.fu = !0,
this.Mu = e,
this.zu(),
this.$i.Fu(),
this.$i.$h()
}
he() {
return this.xu
}
Gn(e) {
this.Wu(e),
this.zu(),
this.$i.Fu(),
this.$i.$h()
}
ju() {
return this.Mu
}
ja() {
if (this.Ni()) return null;
if (this.wu !== null) return this.wu;
const e = this.xu,
t = 5 * (this.$i.W().layout.fontSize + 4) / 8 * (this.cn.tickMarkMaxCharacterLength || 8),
n = Math.round(t / e),
s = Q(this.Zs()),
r = Math.max(s.Vs(), s.Vs() - n),
a = Math.max(s.ui(), s.ui() - n),
l = this.uu.nu(e, t),
o = this.Ou() + n,
u = this.Bu() - n,
c = this.Hu(),
h = this.cn.fixLeftEdge ||
c,
d = this.cn.fixRightEdge ||
c;
let f = 0;
for (const p of l) {
if (!(r <= p.index && p.index <= a)) continue;
let g;
f < this.gu.length ? (
g = this.gu[f],
g.coord = this.It(p.index),
g.label = this.$u(p),
g.weight = p.weight
) : (
g = {
needAlignCoordinate: !1,
coord: this.It(p.index),
label: this.$u(p),
weight: p.weight
},
this.gu.push(g)
),
this.xu > t / 2 &&
!c ? g.needAlignCoordinate = !1 : g.needAlignCoordinate = h &&
p.index <= o ||
d &&
p.index >= u,
f++
}
return this.gu.length = f,
this.wu = this.gu,
this.gu
}
Uu() {
this.fu = !0,
this.Gn(this.cn.barSpacing),
this.Jn(this.cn.rightOffset)
}
qu(e) {
this.fu = !0,
this.ou = e,
this.zu(),
this.Cu()
}
Yu(e, t) {
const n = this.Nu(e),
s = this.he(),
r = s + t * (s / 10);
this.Gn(r),
this.cn.rightBarStaysOnScroll ||
this.Jn(this.ju() + (n - this.Nu(e)))
}
Ko(e) {
this.wo &&
this.i_(),
this.bo === null &&
this.bu === null &&
(this.Ni() || (this.bo = e, this.Zu()))
}
Go(e) {
if (this.bu === null) return;
const t = bo(this.o_ - e, 0, this.o_),
n = bo(this.o_ - Q(this.bo), 0, this.o_);
t !== 0 &&
n !== 0 &&
this.Gn(this.bu.he * t / n)
}
Jo() {
this.bo !== null &&
(this.bo = null, this.Xu())
}
Qo(e) {
this.wo === null &&
this.bu === null &&
(this.Ni() || (this.wo = e, this.Zu()))
}
t_(e) {
if (this.wo === null) return;
const t = (this.wo - e) / this.he();
this.Mu = Q(this.bu).ju + t,
this.fu = !0,
this.zu()
}
i_() {
this.wo !== null &&
(this.wo = null, this.Xu())
}
Ku() {
this.Gu(this.cn.rightOffset)
}
Gu(e, t = 400) {
if (!isFinite(e)) throw new RangeError('offset is required and must be finite number');
if (!isFinite(t) || t <= 0) throw new RangeError(
'animationDuration (optional) must be finite positive number'
);
const n = this.Mu,
s = performance.now();
this.$i.Zn({
Ju: r => (r - s) / t >= 1,
Qu: r => {
const a = (r - s) / t;
return a >= 1 ? e : n + (e - n) * a
}
})
}
bt(e, t) {
this.fu = !0,
this._u = e,
this.uu.tu(e, t),
this.zu()
}
tc() {
return this.vu
}
nc() {
return this.pu
}
sc() {
return this.mu
}
Lu() {
return this.ou ||
0
}
ec(e) {
const t = e.K_();
this.Wu(this.o_ / t),
this.Mu = e.ui() - this.Lu(),
this.zu(),
this.fu = !0,
this.$i.Fu(),
this.$i.$h()
}
rc() {
const e = this.Ou(),
t = this.Bu();
e !== null &&
t !== null &&
this.ec(new ks(e, t + this.cn.rightOffset))
}
hc(e) {
const t = new ks(e.from, e.to);
this.ec(t)
}
qi(e) {
return this.ko.timeFormatter !== void 0 ? this.ko.timeFormatter(e.originalTime) : this.U_.formatHorzItem(e.time)
}
Hu() {
const {
handleScroll: e,
handleScale: t
}
= this.$i.W();
return !(
e.horzTouchDrag ||
e.mouseWheel ||
e.pressedMouseMove ||
e.vertTouchDrag ||
t.axisDoubleClickReset.time ||
t.axisPressedMouseMove.time ||
t.mouseWheel ||
t.pinch
)
}
Ou() {
return this._u.length === 0 ? null : 0
}
Bu() {
return this._u.length === 0 ? null : this._u.length - 1
}
lc(e) {
return (this.o_ - 1 - e) / this.xu
}
Nu(e) {
const t = this.lc(e),
n = this.Lu() + this.Mu - t;
return Math.round(1000000 * n) / 1000000
}
Wu(e) {
const t = this.xu;
this.xu = e,
this.Iu(),
t !== this.xu &&
(this.fu = !0, this.ac())
}
Pu() {
if (!this.fu) return;
if (this.fu = !1, this.Ni()) return void this.oc(An.au());
const e = this.Lu(),
t = this.o_ / this.xu,
n = this.Mu + e,
s = new ks(n - t + 1, n);
this.oc(new An(s))
}
Iu() {
const e = this._c();
if (this.xu < e && (this.xu = e, this.fu = !0), this.o_ !== 0) {
const t = 0.5 * this.o_;
this.xu > t &&
(this.xu = t, this.fu = !0)
}
}
_c() {
return this.cn.fixLeftEdge &&
this.cn.fixRightEdge &&
this._u.length !== 0 ? this.o_ / this._u.length : this.cn.minBarSpacing
}
zu() {
const e = this.uc();
this.Mu > e &&
(this.Mu = e, this.fu = !0);
const t = this.cc();
t !== null &&
this.Mu < t &&
(this.Mu = t, this.fu = !0)
}
cc() {
const e = this.Ou(),
t = this.ou;
return e === null ||
t === null ? null : e - t - 1 + (
this.cn.fixLeftEdge ? this.o_ / this.xu : Math.min(2, this._u.length)
)
}
uc() {
return this.cn.fixRightEdge ? 0 : this.o_ / this.xu - Math.min(2, this._u.length)
}
Zu() {
this.bu = {
he: this.he(),
ju: this.ju()
}
}
Xu() {
this.bu = null
}
$u(e) {
let t = this.cu.get(e.weight);
return t === void 0 &&
(t = new G2(n => this.dc(n), this.U_), this.cu.set(e.weight, t)),
t.q_(e)
}
dc(e) {
return this.U_.formatTickmark(e, this.ko)
}
oc(e) {
const t = this.du;
this.du = e,
Mh(t.hu(), this.du.hu()) ||
this.vu.m(),
Mh(t.lu(), this.du.lu()) ||
this.pu.m(),
this.ac()
}
ac() {
this.wu = null
}
yu() {
this.ac(),
this.cu.clear()
}
Su() {
this.U_.updateFormatter(this.ko)
}
Cu() {
if (!this.cn.fixLeftEdge) return;
const e = this.Ou();
if (e === null) return;
const t = this.Zs();
if (t === null) return;
const n = t.Vs() - e;
if (n < 0) {
const s = this.Mu - n - 1;
this.Jn(s)
}
this.Iu()
}
Tu() {
this.zu(),
this.Iu()
}
}
class Y2 {
X(e, t, n) {
e.useMediaCoordinateSpace(s => this.K(s, t, n))
}
wl(e, t, n) {
e.useMediaCoordinateSpace(s => this.fc(s, t, n))
}
fc(e, t, n) {
}
}
class Q2 extends Y2 {
constructor(e) {
super (),
this.vc = new Map,
this.zt = e
}
K(e) {
}
fc(e) {
if (!this.zt.yt) return;
const {
context: t,
mediaSize: n
}
= e;
let s = 0;
for (const a of this.zt.mc) {
if (a.Kt.length === 0) continue;
t.font = a.R;
const l = this.bc(t, a.Kt);
l > n.width ? a.Yu = n.width / l : a.Yu = 1,
s += a.wc * a.Yu
}
let r = 0;
switch (this.zt.gc) {
case 'top':
r = 0;
break;
case 'center':
r = Math.max((n.height - s) / 2, 0);
break;
case 'bottom':
r = Math.max(n.height - s, 0)
}
t.fillStyle = this.zt.V;
for (const a of this.zt.mc) {
t.save();
let l = 0;
switch (this.zt.Mc) {
case 'left':
t.textAlign = 'left',
l = a.wc / 2;
break;
case 'center':
t.textAlign = 'center',
l = n.width / 2;
break;
case 'right':
t.textAlign = 'right',
l = n.width - 1 - a.wc / 2
}
t.translate(l, r),
t.textBaseline = 'top',
t.font = a.R,
t.scale(a.Yu, a.Yu),
t.fillText(a.Kt, 0, a.xc),
t.restore(),
r += a.wc * a.Yu
}
}
bc(e, t) {
const n = this.Sc(e.font);
let s = n.get(t);
return s === void 0 &&
(s = e.measureText(t).width, n.set(t, s)),
s
}
Sc(e) {
let t = this.vc.get(e);
return t === void 0 &&
(t = new Map, this.vc.set(e, t)),
t
}
}
class Z2 {
constructor(e) {
this.ft = !0,
this.Ft = {
yt: !1,
V: '',
mc: [],
gc: 'center',
Mc: 'center'
},
this.Wt = new Q2(this.Ft),
this.jt = e
}
bt() {
this.ft = !0
}
gt() {
return this.ft &&
(this.Mt(), this.ft = !1),
this.Wt
}
Mt() {
const e = this.jt.W(),
t = this.Ft;
t.yt = e.visible,
t.yt &&
(
t.V = e.color,
t.Mc = e.horzAlign,
t.gc = e.vertAlign,
t.mc = [
{
Kt: e.text,
R: qn(e.fontSize, e.fontFamily, e.fontStyle),
wc: 1.2 * e.fontSize,
xc: 0,
Yu: 0
}
]
)
}
}
class eE extends xu {
constructor(e, t) {
super (),
this.cn = t,
this.wn = new Z2(this)
}
Rn() {
return []
}
Pn() {
return [this.wn]
}
W() {
return this.cn
}
Vn() {
this.wn.bt()
}
}
var Rh,
Bh,
Oh,
As,
Dh;
(
function (i) {
i[i.OnTouchEnd = 0] = 'OnTouchEnd',
i[i.OnNextTap = 1] = 'OnNextTap'
}
) (Rh || (Rh = {}));
class tE {
constructor(e, t, n) {
this.kc = [],
this.yc = [],
this.o_ = 0,
this.Cc = null,
this.Tc = new Ze,
this.Pc = new Ze,
this.Rc = null,
this.Dc = e,
this.cn = t,
this.U_ = n,
this.Vc = new MS(this),
this.kl = new J2(this, t.timeScale, this.cn.localization, n),
this.vt = new jS(this, t.crosshair),
this.Oc = new A2(t.crosshair),
this.Bc = new eE(this, t.watermark),
this.Ac(),
this.kc[0].M_(2000),
this.Ic = this.zc(0),
this.Lc = this.zc(1)
}
Xl() {
this.Ec(ht.es())
}
$h() {
this.Ec(ht.ss())
}
aa() {
this.Ec(new ht(1))
}
Kl(e) {
const t = this.Nc(e);
this.Ec(t)
}
Fc() {
return this.Cc
}
Wc(e) {
const t = this.Cc;
this.Cc = e,
t !== null &&
this.Kl(t.jc),
e !== null &&
this.Kl(e.jc)
}
W() {
return this.cn
}
Hh(e) {
ni(this.cn, e),
this.kc.forEach(t => t.m_(e)),
e.timeScale !== void 0 &&
this.kl.Hh(e.timeScale),
e.localization !== void 0 &&
this.kl.ku(e.localization),
(e.leftPriceScale || e.rightPriceScale) &&
this.Tc.m(),
this.Ic = this.zc(0),
this.Lc = this.zc(1),
this.Xl()
}
Hc(e, t) {
if (e === 'left') return void this.Hh({
leftPriceScale: t
});
if (e === 'right') return void this.Hh({
rightPriceScale: t
});
const n = this.$c(e);
n !== null &&
(n.Dt.Hh(t), this.Tc.m())
}
$c(e) {
for (const t of this.kc) {
const n = t.b_(e);
if (n !== null) return {
Ht: t,
Dt: n
}
}
return null
}
St() {
return this.kl
}
Uc() {
return this.kc
}
qc() {
return this.Bc
}
Yc() {
return this.vt
}
Zc() {
return this.Pc
}
Xc(e, t) {
e.zo(t),
this.Fu()
}
x_(e) {
this.o_ = e,
this.kl.x_(this.o_),
this.kc.forEach(t => t.x_(e)),
this.Fu()
}
Ac(e) {
const t = new q2(this.kl, this);
e !== void 0 ? this.kc.splice(e, 0, t) : this.kc.push(t);
const n = e === void 0 ? this.kc.length - 1 : e,
s = ht.es();
return s.Nn(n, {
Fn: 0,
Wn: !0
}),
this.Ec(s),
t
}
D_(e, t, n) {
e.D_(t, n)
}
V_(e, t, n) {
e.V_(t, n),
this.Gl(),
this.Ec(this.Kc(e, 2))
}
O_(e, t) {
e.O_(t),
this.Ec(this.Kc(e, 2))
}
B_(e, t, n) {
t.Do() ||
e.B_(t, n)
}
A_(e, t, n) {
t.Do() ||
(e.A_(t, n), this.Gl(), this.Ec(this.Kc(e, 2)))
}
I_(e, t) {
t.Do() ||
(e.I_(t), this.Ec(this.Kc(e, 2)))
}
L_(e, t) {
e.L_(t),
this.Ec(this.Kc(e, 2))
}
Gc(e) {
this.kl.Ko(e)
}
Jc(e, t) {
const n = this.St();
if (n.Ni() || t === 0) return;
const s = n.Hi();
e = Math.max(1, Math.min(e, s)),
n.Yu(e, t),
this.Fu()
}
Qc(e) {
this.td(0),
this.nd(e),
this.sd()
}
ed(e) {
this.kl.Go(e),
this.Fu()
}
rd() {
this.kl.Jo(),
this.$h()
}
td(e) {
this.kl.Qo(e)
}
nd(e) {
this.kl.t_(e),
this.Fu()
}
sd() {
this.kl.i_(),
this.$h()
}
wt() {
return this.yc
}
hd(e, t, n, s, r) {
this.vt.gn(e, t);
let a = NaN,
l = this.kl.Eu(e);
const o = this.kl.Zs();
o !== null &&
(l = Math.min(Math.max(o.Vs(), l), o.ui()));
const u = s.vn(),
c = u.Ct();
c !== null &&
(a = u.pn(t, c)),
a = this.Oc.Va(a, l, s),
this.vt.kn(l, a, s),
this.aa(),
r ||
this.Pc.m(this.vt.xt(), {
x: e,
y: t
}, n)
}
ld(e, t, n) {
const s = n.vn(),
r = s.Ct(),
a = s.Rt(e, Q(r)),
l = this.kl.Da(t, !0),
o = this.kl.It(Q(l));
this.hd(o, a, null, n, !0)
}
ad(e) {
this.Yc().Cn(),
this.aa(),
e ||
this.Pc.m(null, null, null)
}
Gl() {
const e = this.vt.Ht();
if (e !== null) {
const t = this.vt.xn(),
n = this.vt.Sn();
this.hd(t, n, null, e)
}
this.vt.Vn()
}
od(e, t, n) {
const s = this.kl.mn(0);
t !== void 0 &&
n !== void 0 &&
this.kl.bt(t, n);
const r = this.kl.mn(0),
a = this.kl.Lu(),
l = this.kl.Zs();
if (l !== null && s !== null && r !== null) {
const o = l.Xr(a),
u = this.U_.key(s) > this.U_.key(r),
c = e !== null &&
e > a &&
!u,
h = this.kl.W().allowShiftVisibleRangeOnWhitespaceReplacement,
d = o &&
(n !== void 0 || h) &&
this.kl.W().shiftVisibleRangeOnNewBar;
if (c && !d) {
const f = e - a;
this.kl.Jn(this.kl.ju() - f)
}
}
this.kl.qu(e)
}
ta(e) {
e !== null &&
e.N_()
}
cr(e) {
const t = this.kc.find(n => n.$o().includes(e));
return t === void 0 ? null : t
}
Fu() {
this.Bc.Vn(),
this.kc.forEach(e => e.N_()),
this.Gl()
}
S() {
this.kc.forEach(e => e.S()),
this.kc.length = 0,
this.cn.localization.priceFormatter = void 0,
this.cn.localization.percentageFormatter = void 0,
this.cn.localization.timeFormatter = void 0
}
_d() {
return this.Vc
}
mr() {
return this.Vc.W()
}
w_() {
return this.Tc
}
ud(e, t, n) {
const s = this.kc[0],
r = this.dd(t, e, s, n);
return this.yc.push(r),
this.yc.length === 1 ? this.Xl() : this.$h(),
r
}
fd(e) {
const t = this.cr(e),
n = this.yc.indexOf(e);
Hi(n !== - 1, 'Series not found'),
this.yc.splice(n, 1),
Q(t).Yo(e),
e.S &&
e.S()
}
Zl(e, t) {
const n = Q(this.cr(e));
n.Yo(e);
const s = this.$c(t);
if (s === null) {
const r = e.Xi();
n.Uo(e, t, r)
} else {
const r = s.Ht === n ? e.Xi() : void 0;
s.Ht.Uo(e, t, r)
}
}
rc() {
const e = ht.ss();
e.$n(),
this.Ec(e)
}
vd(e) {
const t = ht.ss();
t.Yn(e),
this.Ec(t)
}
Kn() {
const e = ht.ss();
e.Kn(),
this.Ec(e)
}
Gn(e) {
const t = ht.ss();
t.Gn(e),
this.Ec(t)
}
Jn(e) {
const t = ht.ss();
t.Jn(e),
this.Ec(t)
}
Zn(e) {
const t = ht.ss();
t.Zn(e),
this.Ec(t)
}
Un() {
const e = ht.ss();
e.Un(),
this.Ec(e)
}
pd() {
return this.cn.rightPriceScale.visible ? 'right' : 'left'
}
md() {
return this.Lc
}
q() {
return this.Ic
}
Bt(e) {
const t = this.Lc,
n = this.Ic;
if (t === n) return t;
if (
e = Math.max(0, Math.min(100, Math.round(100 * e))),
this.Rc === null ||
this.Rc.Ts !== n ||
this.Rc.Ps !== t
) this.Rc = {
Ts: n,
Ps: t,
bd: new Map
};
else {
const r = this.Rc.bd.get(e);
if (r !== void 0) return r
}
const s = function (r, a, l) {
const [o,
u,
c,
h] = Rs(r),
[
d,
f,
p,
g
] = Rs(a),
w = [
Ft(o + l * (d - o)),
Ft(u + l * (f - u)),
Ft(c + l * (p - c)),
Fp(h + l * (g - h))
];
return `rgba(${ w[0] }, ${ w[1] }, ${ w[2] }, ${ w[3] })`
}(n, t, e / 100);
return this.Rc.bd.set(e, s),
s
}
Kc(e, t) {
const n = new ht(t);
if (e !== null) {
const s = this.kc.indexOf(e);
n.Nn(s, {
Fn: t
})
}
return n
}
Nc(e, t) {
return t === void 0 &&
(t = 2),
this.Kc(this.cr(e), t)
}
Ec(e) {
this.Dc &&
this.Dc(e),
this.kc.forEach(t => t.W_().Uh().bt())
}
dd(e, t, n, s) {
const r = new Cu(this, e, t, n, s),
a = e.priceScaleId !== void 0 ? e.priceScaleId : this.pd();
return n.Uo(r, a),
Sa(a) ||
r.Hh(e),
r
}
zc(e) {
const t = this.cn.layout;
return t.background.type === 'gradient' ? e === 0 ? t.background.topColor : t.background.bottomColor : t.background.color
}
}
function wo(i) {
return !fi(i) &&
!Ks(i)
}
function nm(i) {
return fi(i)
}(
function (i) {
i[i.Disabled = 0] = 'Disabled',
i[i.Continuous = 1] = 'Continuous',
i[i.OnDataUpdate = 2] = 'OnDataUpdate'
}
) (Bh || (Bh = {})),
function (i) {
i[i.LastBar = 0] = 'LastBar',
i[i.LastVisible = 1] = 'LastVisible'
}(Oh || (Oh = {})),
function (i) {
i.Solid = 'solid',
i.VerticalGradient = 'gradient'
}(As || (As = {})),
function (i) {
i[i.Year = 0] = 'Year',
i[i.Month = 1] = 'Month',
i[i.DayOfMonth = 2] = 'DayOfMonth',
i[i.Time = 3] = 'Time',
i[i.TimeWithSeconds = 4] = 'TimeWithSeconds'
}(Dh || (Dh = {}));
const Fh = i => i.getUTCFullYear();
function iE(i, e, t) {
return e.replace(/yyyy/g, (n => Ti(Fh(n), 4)) (i)).replace(/yy/g, (n => Ti(Fh(n) % 100, 2)) (i)).replace(
/MMMM/g,
(
(n, s) => new Date(n.getUTCFullYear(), n.getUTCMonth(), 1).toLocaleString(s, {
month: 'long'
})
) (i, t)
).replace(
/MMM/g,
(
(n, s) => new Date(n.getUTCFullYear(), n.getUTCMonth(), 1).toLocaleString(s, {
month: 'short'
})
) (i, t)
).replace(/MM/g, (n => Ti((s => s.getUTCMonth() + 1) (n), 2)) (i)).replace(/dd/g, (n => Ti((s => s.getUTCDate()) (n), 2)) (i))
}
class sm {
constructor(e = 'yyyy-MM-dd', t = 'default') {
this.wd = e,
this.gd = t
}
q_(e) {
return iE(e, this.wd, this.gd)
}
}
class nE {
constructor(e) {
this.Md = e ||
'%h:%m:%s'
}
q_(e) {
return this.Md.replace('%h', Ti(e.getUTCHours(), 2)).replace('%m', Ti(e.getUTCMinutes(), 2)).replace('%s', Ti(e.getUTCSeconds(), 2))
}
}
const sE = {
xd: 'yyyy-MM-dd',
Sd: '%h:%m:%s',
kd: ' ',
yd: 'default'
};
class rE {
constructor(e = {}) {
const t = Object.assign(Object.assign({
}, sE), e);
this.Cd = new sm(t.xd, t.yd),
this.Td = new nE(t.Sd),
this.Pd = t.kd
}
q_(e) {
return `${ this.Cd.q_(e) }${ this.Pd }${ this.Td.q_(e) }`
}
}
function pr(i) {
return 60 * i * 60 * 1000
}
function Nl(i) {
return 60 * i * 1000
}
const mr = [
{
Rd: (Ah = 1, 1000 * Ah),
Dd: 10
},
{
Rd: Nl(1),
Dd: 20
},
{
Rd: Nl(5),
Dd: 21
},
{
Rd: Nl(30),
Dd: 22
},
{
Rd: pr(1),
Dd: 30
},
{
Rd: pr(3),
Dd: 31
},
{
Rd: pr(6),
Dd: 32
},
{
Rd: pr(12),
Dd: 33
}
];
var Ah;
function Vh(i, e) {
if (i.getUTCFullYear() !== e.getUTCFullYear()) return 70;
if (i.getUTCMonth() !== e.getUTCMonth()) return 60;
if (i.getUTCDate() !== e.getUTCDate()) return 50;
for (let t = mr.length - 1; t >= 0; --t) if (
Math.floor(e.getTime() / mr[t].Rd) !== Math.floor(i.getTime() / mr[t].Rd)
) return mr[t].Dd;
return 0
}
function Ml(i) {
let e = i;
if (Ks(i) && (e = $u(i)), !wo(e)) throw new Error('time must be of type BusinessDay');
const t = new Date(Date.UTC(e.year, e.month - 1, e.day, 0, 0, 0, 0));
return {
Vd: Math.round(t.getTime() / 1000),
Od: e
}
}
function zh(i) {
if (!nm(i)) throw new Error('time must be of type isUTCTimestamp');
return {
Vd: i
}
}
function $u(i) {
const e = new Date(i);
if (isNaN(e.getTime())) throw new Error(`Invalid date string=${ i }, expected format=yyyy-mm-dd`);
return {
day: e.getUTCDate(),
month: e.getUTCMonth() + 1,
year: e.getUTCFullYear()
}
}
function Wh(i) {
Ks(i.time) &&
(i.time = $u(i.time))
}
class Uh {
options() {
return this.cn
}
setOptions(e) {
this.cn = e,
this.updateFormatter(e.localization)
}
preprocessData(e) {
Array.isArray(e) ? function (t) {
t.forEach(Wh)
}(e) : Wh(e)
}
createConverterToInternalObj(e) {
return Q(
function (t) {
return t.length === 0 ? null : wo(t[0].time) ||
Ks(t[0].time) ? Ml : zh
}(e)
)
}
key(e) {
return typeof e == 'object' &&
'Vd' in e ? e.Vd : this.key(this.convertHorzItemToInternal(e))
}
cacheKey(e) {
const t = e;
return t.Od === void 0 ? new Date(1000 * t.Vd).getTime() : new Date(Date.UTC(t.Od.year, t.Od.month - 1, t.Od.day)).getTime()
}
convertHorzItemToInternal(e) {
return nm(t = e) ? zh(t) : wo(t) ? Ml(t) : Ml($u(t));
var t
}
updateFormatter(e) {
if (!this.cn) return;
const t = e.dateFormat;
this.cn.timeScale.timeVisible ? this.Bd = new rE({
xd: t,
Sd: this.cn.timeScale.secondsVisible ? '%h:%m:%s' : '%h:%m',
kd: ' ',
yd: e.locale
}) : this.Bd = new sm(t, e.locale)
}
formatHorzItem(e) {
const t = e;
return this.Bd.q_(new Date(1000 * t.Vd))
}
formatTickmark(e, t) {
const n = function (r, a, l) {
switch (r) {
case 0:
case 10:
return a ? l ? 4 : 3 : 2;
case 20:
case 21:
case 22:
case 30:
case 31:
case 32:
case 33:
return a ? 3 : 2;
case 50:
return 2;
case 60:
return 1;
case 70:
return 0
}
}(
e.weight,
this.cn.timeScale.timeVisible,
this.cn.timeScale.secondsVisible
),
s = this.cn.timeScale;
if (s.tickMarkFormatter !== void 0) {
const r = s.tickMarkFormatter(e.originalTime, n, t.locale);
if (r !== null) return r
}
return function (r, a, l) {
const o = {};
switch (a) {
case 0:
o.year = 'numeric';
break;
case 1:
o.month = 'short';
break;
case 2:
o.day = 'numeric';
break;
case 3:
o.hour12 = !1,
o.hour = '2-digit',
o.minute = '2-digit';
break;
case 4:
o.hour12 = !1,
o.hour = '2-digit',
o.minute = '2-digit',
o.second = '2-digit'
}
const u = r.Od === void 0 ? new Date(1000 * r.Vd) : new Date(Date.UTC(r.Od.year, r.Od.month - 1, r.Od.day));
return new Date(
u.getUTCFullYear(),
u.getUTCMonth(),
u.getUTCDate(),
u.getUTCHours(),
u.getUTCMinutes(),
u.getUTCSeconds(),
u.getUTCMilliseconds()
).toLocaleString(l, o)
}(e.time, n, t.locale)
}
maxTickMarkWeight(e) {
let t = e.reduce(X2, e[0]).weight;
return t > 30 &&
t < 50 &&
(t = 30),
t
}
fillWeightsForPoints(e, t) {
(
function (n, s = 0) {
if (n.length === 0) return;
let r = s === 0 ? null : n[s - 1].time.Vd,
a = r !== null ? new Date(1000 * r) : null,
l = 0;
for (let o = s; o < n.length; ++o) {
const u = n[o],
c = new Date(1000 * u.time.Vd);
a !== null &&
(u.timeWeight = Vh(c, a)),
l += u.time.Vd - (r || u.time.Vd),
r = u.time.Vd,
a = c
}
if (s === 0 && n.length > 1) {
const o = Math.ceil(l / (n.length - 1)),
u = new Date(1000 * (n[0].time.Vd - o));
n[0].timeWeight = Vh(new Date(1000 * n[0].time.Vd), u)
}
}
) (e, t)
}
static Ad(e) {
return ni({
localization: {
dateFormat: 'dd MMM \'yy'
}
}, e ?? {
})
}
}
const Gn = typeof window < 'u';
function jh() {
return !!Gn &&
window.navigator.userAgent.toLowerCase().indexOf('firefox') > - 1
}
function Rl() {
return !!Gn &&
/iPhone|iPad|iPod/.test(window.navigator.platform)
}
function ko(i) {
return i + i % 2
}
function Bl(i, e) {
return i.Id - e.Id
}
function Ol(i, e, t) {
const n = (i.Id - e.Id) / (i.ot - e.ot);
return Math.sign(n) * Math.min(Math.abs(n), t)
}
class aE {
constructor(e, t, n, s) {
this.zd = null,
this.Ld = null,
this.Ed = null,
this.Nd = null,
this.Fd = null,
this.Wd = 0,
this.jd = 0,
this.Hd = e,
this.$d = t,
this.Ud = n,
this.rs = s
}
qd(e, t) {
if (this.zd !== null) {
if (this.zd.ot === t) return void (this.zd.Id = e);
if (Math.abs(this.zd.Id - e) < this.rs) return
}
this.Nd = this.Ed,
this.Ed = this.Ld,
this.Ld = this.zd,
this.zd = {
ot: t,
Id: e
}
}
Dr(e, t) {
if (this.zd === null || this.Ld === null || t - this.zd.ot > 50) return;
let n = 0;
const s = Ol(this.zd, this.Ld, this.$d),
r = Bl(this.zd, this.Ld),
a = [
s
],
l = [
r
];
if (n += r, this.Ed !== null) {
const u = Ol(this.Ld, this.Ed, this.$d);
if (Math.sign(u) === Math.sign(s)) {
const c = Bl(this.Ld, this.Ed);
if (a.push(u), l.push(c), n += c, this.Nd !== null) {
const h = Ol(this.Ed, this.Nd, this.$d);
if (Math.sign(h) === Math.sign(s)) {
const d = Bl(this.Ed, this.Nd);
a.push(h),
l.push(d),
n += d
}
}
}
}
let o = 0;
for (let u = 0; u < a.length; ++u) o += l[u] / n * a[u];
Math.abs(o) < this.Hd ||
(
this.Fd = {
Id: e,
ot: t
},
this.jd = o,
this.Wd = function (u, c) {
const h = Math.log(c);
return Math.log(1 * h / - u) / h
}(Math.abs(o), this.Ud)
)
}
Qu(e) {
const t = Q(this.Fd),
n = e - t.ot;
return t.Id + this.jd * (Math.pow(this.Ud, n) - 1) / Math.log(this.Ud)
}
Ju(e) {
return this.Fd === null ||
this.Yd(e) === this.Wd
}
Yd(e) {
const t = e - Q(this.Fd).ot;
return Math.min(t, this.Wd)
}
}
class lE {
constructor(e, t) {
this.Zd = void 0,
this.Xd = void 0,
this.Kd = void 0,
this.en = !1,
this.Gd = e,
this.Jd = t,
this.Qd()
}
bt() {
this.Qd()
}
tf() {
this.Zd &&
this.Gd.removeChild(this.Zd),
this.Xd &&
this.Gd.removeChild(this.Xd),
this.Zd = void 0,
this.Xd = void 0
}
if () {
return this.en !== this.nf() ||
this.Kd !== this.sf()
}
sf() {
return Ap(Rs(this.Jd.W().layout.textColor)) > 160 ? 'dark' : 'light'
}
nf() {
return this.Jd.W().layout.attributionLogo
}
ef() {
const e = new URL(location.href);
return e.hostname ? '&utm_source=' + e.hostname + e.pathname : ''
}
Qd() {
this.if() &&
(
this.tf(),
this.en = this.nf(),
this.en &&
(
this.Kd = this.sf(),
this.Xd = document.createElement('style'),
this.Xd.innerText = 'a#tv-attr-logo{--fill:#131722;--stroke:#fff;position:absolute;left:10px;bottom:10px;height:19px;width:35px;margin:0;padding:0;border:0;z-index:3;}a#tv-attr-logo[data-dark]{--fill:#D1D4DC;--stroke:#131722;}',
this.Zd = document.createElement('a'),
this.Zd.href = `https://www.tradingview.com/?utm_medium=lwc-link&utm_campaign=lwc-chart${ this.ef() }`,
this.Zd.title = 'Charting by TradingView',
this.Zd.id = 'tv-attr-logo',
this.Zd.target = '_blank',
this.Zd.innerHTML = '<svg xmlns="http://www.w3.org/2000/svg" viewBox="0 0 35 19" width="35" height="19" fill="none"><g fill-rule="evenodd" clip-path="url(#a)" clip-rule="evenodd"><path fill="var(--stroke)" d="M2 0H0v10h6v9h21.4l.5-1.3 6-15 1-2.7H23.7l-.5 1.3-.2.6a5 5 0 0 0-7-.9V0H2Zm20 17h4l5.2-13 .8-2h-7l-1 2.5-.2.5-1.5 3.8-.3.7V17Zm-.8-10a3 3 0 0 0 .7-2.7A3 3 0 1 0 16.8 7h4.4ZM14 7V2H2v6h6v9h4V7h2Z"/><path fill="var(--fill)" d="M14 2H2v6h6v9h6V2Zm12 15h-7l6-15h7l-6 15Zm-7-9a3 3 0 1 0 0-6 3 3 0 0 0 0 6Z"/></g><defs><clipPath id="a"><path fill="var(--stroke)" d="M0 0h35v19H0z"/></clipPath></defs></svg>',
this.Zd.toggleAttribute('data-dark', this.Kd === 'dark'),
this.Gd.appendChild(this.Xd),
this.Gd.appendChild(this.Zd)
)
)
}
}
function fn(i, e) {
const t = Q(i.ownerDocument).createElement('canvas');
i.appendChild(t);
const n = vS(
t,
{
type: 'device-pixel-content-box',
options: {
allowResizeObserver: !1
},
transform: (s, r) => ({
width: Math.max(s.width, r.width),
height: Math.max(s.height, r.height)
})
}
);
return n.resizeCanvasElement(e),
n
}
function pn(i) {
var e;
i.width = 1,
i.height = 1,
(e = i.getContext('2d')) === null ||
e === void 0 ||
e.clearRect(0, 0, 1, 1)
}
function _o(i, e, t, n) {
i.wl &&
i.wl(e, t, n)
}
function $r(i, e, t, n) {
i.X(e, t, n)
}
function xo(i, e, t, n) {
const s = i(t, n);
for (const r of s) {
const a = r.gt();
a !== null &&
e(a)
}
}
function oE(i) {
Gn &&
window.chrome !== void 0 &&
i.addEventListener('mousedown', e => {
if (e.button === 1) return e.preventDefault(),
!1
})
}
class Lu {
constructor(e, t, n) {
this.rf = 0,
this.hf = null,
this.lf = {
nt: Number.NEGATIVE_INFINITY,
st: Number.POSITIVE_INFINITY
},
this.af = 0,
this._f = null,
this.uf = {
nt: Number.NEGATIVE_INFINITY,
st: Number.POSITIVE_INFINITY
},
this.cf = null,
this.df = !1,
this.ff = null,
this.vf = null,
this.pf = !1,
this.mf = !1,
this.bf = !1,
this.wf = null,
this.gf = null,
this.Mf = null,
this.xf = null,
this.Sf = null,
this.kf = null,
this.yf = null,
this.Cf = 0,
this.Tf = !1,
this.Pf = !1,
this.Rf = !1,
this.Df = 0,
this.Vf = null,
this.Of = !Rl(),
this.Bf = s => {
this.Af(s)
},
this.If = s => {
if (this.zf(s)) {
const r = this.Lf(s);
if (++this.af, this._f && this.af > 1) {
const {
Ef: a
}
= this.Nf(oi(s), this.uf);
a < 30 &&
!this.bf &&
this.Ff(r, this.jf.Wf),
this.Hf()
}
} else {
const r = this.Lf(s);
if (++this.rf, this.hf && this.rf > 1) {
const {
Ef: a
}
= this.Nf(oi(s), this.lf);
a < 5 &&
!this.mf &&
this.$f(r, this.jf.Uf),
this.qf()
}
}
},
this.Yf = e,
this.jf = t,
this.cn = n,
this.Zf()
}
S() {
this.wf !== null &&
(this.wf(), this.wf = null),
this.gf !== null &&
(this.gf(), this.gf = null),
this.xf !== null &&
(this.xf(), this.xf = null),
this.Sf !== null &&
(this.Sf(), this.Sf = null),
this.kf !== null &&
(this.kf(), this.kf = null),
this.Mf !== null &&
(this.Mf(), this.Mf = null),
this.Xf(),
this.qf()
}
Kf(e) {
this.xf &&
this.xf();
const t = this.Gf.bind(this);
if (
this.xf = () => {
this.Yf.removeEventListener('mousemove', t)
},
this.Yf.addEventListener('mousemove', t),
this.zf(e)
) return;
const n = this.Lf(e);
this.$f(n, this.jf.Jf),
this.Of = !0
}
qf() {
this.hf !== null &&
clearTimeout(this.hf),
this.rf = 0,
this.hf = null,
this.lf = {
nt: Number.NEGATIVE_INFINITY,
st: Number.POSITIVE_INFINITY
}
}
Hf() {
this._f !== null &&
clearTimeout(this._f),
this.af = 0,
this._f = null,
this.uf = {
nt: Number.NEGATIVE_INFINITY,
st: Number.POSITIVE_INFINITY
}
}
Gf(e) {
if (this.Rf || this.vf !== null || this.zf(e)) return;
const t = this.Lf(e);
this.$f(t, this.jf.Qf),
this.Of = !0
}
tv(e) {
const t = Dl(e.changedTouches, Q(this.Vf));
if (t === null || (this.Df = gr(e), this.yf !== null) || this.Pf) return;
this.Tf = !0;
const n = this.Nf(oi(t), Q(this.vf)),
{
iv: s,
nv: r,
Ef: a
}
= n;
if (this.pf || !(a < 5)) {
if (!this.pf) {
const l = 0.5 * s,
o = r >= l &&
!this.cn.sv(),
u = l > r &&
!this.cn.ev();
o ||
u ||
(this.Pf = !0),
this.pf = !0,
this.bf = !0,
this.Xf(),
this.Hf()
}
if (!this.Pf) {
const l = this.Lf(e, t);
this.Ff(l, this.jf.rv),
kn(e)
}
}
}
hv(e) {
if (e.button !== 0) return;
const t = this.Nf(oi(e), Q(this.ff)),
{
Ef: n
}
= t;
if (n >= 5 && (this.mf = !0, this.qf()), this.mf) {
const s = this.Lf(e);
this.$f(s, this.jf.lv)
}
}
Nf(e, t) {
const n = Math.abs(t.nt - e.nt),
s = Math.abs(t.st - e.st);
return {
iv: n,
nv: s,
Ef: n + s
}
}
av(e) {
let t = Dl(e.changedTouches, Q(this.Vf));
if (
t === null &&
e.touches.length === 0 &&
(t = e.changedTouches[0]),
t === null
) return;
this.Vf = null,
this.Df = gr(e),
this.Xf(),
this.vf = null,
this.kf &&
(this.kf(), this.kf = null);
const n = this.Lf(e, t);
if (this.Ff(n, this.jf.ov), ++this.af, this._f && this.af > 1) {
const {
Ef: s
}
= this.Nf(oi(t), this.uf);
s < 30 &&
!this.bf &&
this.Ff(n, this.jf.Wf),
this.Hf()
} else this.bf ||
(this.Ff(n, this.jf._v), this.jf._v && kn(e));
this.af === 0 &&
kn(e),
e.touches.length === 0 &&
this.df &&
(this.df = !1, kn(e))
}
Af(e) {
if (e.button !== 0) return;
const t = this.Lf(e);
if (
this.ff = null,
this.Rf = !1,
this.Sf &&
(this.Sf(), this.Sf = null),
jh() &&
this.Yf.ownerDocument.documentElement.removeEventListener('mouseleave', this.Bf),
!this.zf(e)
) if (this.$f(t, this.jf.uv), ++this.rf, this.hf && this.rf > 1) {
const {
Ef: n
}
= this.Nf(oi(e), this.lf);
n < 5 &&
!this.mf &&
this.$f(t, this.jf.Uf),
this.qf()
} else this.mf ||
this.$f(t, this.jf.cv)
}
Xf() {
this.cf !== null &&
(clearTimeout(this.cf), this.cf = null)
}
dv(e) {
if (this.Vf !== null) return;
const t = e.changedTouches[0];
this.Vf = t.identifier,
this.Df = gr(e);
const n = this.Yf.ownerDocument.documentElement;
this.bf = !1,
this.pf = !1,
this.Pf = !1,
this.vf = oi(t),
this.kf &&
(this.kf(), this.kf = null);
{
const r = this.tv.bind(this),
a = this.av.bind(this);
this.kf = () => {
n.removeEventListener('touchmove', r),
n.removeEventListener('touchend', a)
},
n.addEventListener('touchmove', r, {
passive: !1
}),
n.addEventListener('touchend', a, {
passive: !1
}),
this.Xf(),
this.cf = setTimeout(this.fv.bind(this, e), 240)
}
const s = this.Lf(e, t);
this.Ff(s, this.jf.vv),
this._f ||
(
this.af = 0,
this._f = setTimeout(this.Hf.bind(this), 500),
this.uf = oi(t)
)
}
pv(e) {
if (e.button !== 0) return;
const t = this.Yf.ownerDocument.documentElement;
jh() &&
t.addEventListener('mouseleave', this.Bf),
this.mf = !1,
this.ff = oi(e),
this.Sf &&
(this.Sf(), this.Sf = null);
{
const s = this.hv.bind(this),
r = this.Af.bind(this);
this.Sf = () => {
t.removeEventListener('mousemove', s),
t.removeEventListener('mouseup', r)
},
t.addEventListener('mousemove', s),
t.addEventListener('mouseup', r)
}
if (this.Rf = !0, this.zf(e)) return;
const n = this.Lf(e);
this.$f(n, this.jf.mv),
this.hf ||
(
this.rf = 0,
this.hf = setTimeout(this.qf.bind(this), 500),
this.lf = oi(e)
)
}
Zf() {
this.Yf.addEventListener('mouseenter', this.Kf.bind(this)),
this.Yf.addEventListener('touchcancel', this.Xf.bind(this));
{
const e = this.Yf.ownerDocument,
t = n => {
this.jf.bv &&
(
n.composed &&
this.Yf.contains(n.composedPath() [0]) ||
n.target &&
this.Yf.contains(n.target) ||
this.jf.bv()
)
};
this.gf = () => {
e.removeEventListener('touchstart', t)
},
this.wf = () => {
e.removeEventListener('mousedown', t)
},
e.addEventListener('mousedown', t),
e.addEventListener('touchstart', t, {
passive: !0
})
}
Rl() &&
(
this.Mf = () => {
this.Yf.removeEventListener('dblclick', this.If)
},
this.Yf.addEventListener('dblclick', this.If)
),
this.Yf.addEventListener('mouseleave', this.wv.bind(this)),
this.Yf.addEventListener('touchstart', this.dv.bind(this), {
passive: !0
}),
oE(this.Yf),
this.Yf.addEventListener('mousedown', this.pv.bind(this)),
this.gv(),
this.Yf.addEventListener('touchmove', () => {
}, {
passive: !1
})
}
gv() {
this.jf.Mv === void 0 &&
this.jf.xv === void 0 &&
this.jf.Sv === void 0 ||
(
this.Yf.addEventListener('touchstart', e => this.kv(e.touches), {
passive: !0
}),
this.Yf.addEventListener(
'touchmove',
e => {
if (e.touches.length === 2 && this.yf !== null && this.jf.xv !== void 0) {
const t = Hh(e.touches[0], e.touches[1]) / this.Cf;
this.jf.xv(this.yf, t),
kn(e)
}
},
{
passive: !1
}
),
this.Yf.addEventListener('touchend', e => {
this.kv(e.touches)
})
)
}
kv(e) {
e.length === 1 &&
(this.Tf = !1),
e.length !== 2 ||
this.Tf ||
this.df ? this.yv() : this.Cv(e)
}
Cv(e) {
const t = this.Yf.getBoundingClientRect() ||
{
left: 0,
top: 0
};
this.yf = {
nt: (e[0].clientX - t.left + (e[1].clientX - t.left)) / 2,
st: (e[0].clientY - t.top + (e[1].clientY - t.top)) / 2
},
this.Cf = Hh(e[0], e[1]),
this.jf.Mv !== void 0 &&
this.jf.Mv(),
this.Xf()
}
yv() {
this.yf !== null &&
(this.yf = null, this.jf.Sv !== void 0 && this.jf.Sv())
}
wv(e) {
if (this.xf && this.xf(), this.zf(e) || !this.Of) return;
const t = this.Lf(e);
this.$f(t, this.jf.Tv),
this.Of = !Rl()
}
fv(e) {
const t = Dl(e.touches, Q(this.Vf));
if (t === null) return;
const n = this.Lf(e, t);
this.Ff(n, this.jf.Pv),
this.bf = !0,
this.df = !0
}
zf(e) {
return e.sourceCapabilities &&
e.sourceCapabilities.firesTouchEvents !== void 0 ? e.sourceCapabilities.firesTouchEvents : gr(e) < this.Df + 500
}
Ff(e, t) {
t &&
t.call(this.jf, e)
}
$f(e, t) {
t &&
t.call(this.jf, e)
}
Lf(e, t) {
const n = t ||
e,
s = this.Yf.getBoundingClientRect() ||
{
left: 0,
top: 0
};
return {
clientX: n.clientX,
clientY: n.clientY,
pageX: n.pageX,
pageY: n.pageY,
screenX: n.screenX,
screenY: n.screenY,
localX: n.clientX - s.left,
localY: n.clientY - s.top,
ctrlKey: e.ctrlKey,
altKey: e.altKey,
shiftKey: e.shiftKey,
metaKey: e.metaKey,
Rv: !e.type.startsWith('mouse') &&
e.type !== 'contextmenu' &&
e.type !== 'click',
Dv: e.type,
Vv: n.target,
Ov: e.view,
Bv: () => {
e.type !== 'touchstart' &&
kn(e)
}
}
}
}
function Hh(i, e) {
const t = i.clientX - e.clientX,
n = i.clientY - e.clientY;
return Math.sqrt(t * t + n * n)
}
function kn(i) {
i.cancelable &&
i.preventDefault()
}
function oi(i) {
return {
nt: i.pageX,
st: i.pageY
}
}
function gr(i) {
return i.timeStamp ||
performance.now()
}
function Dl(i, e) {
for (let t = 0; t < i.length; ++t) if (i[t].identifier === e) return i[t];
return null
}
function yr(i) {
return {
jc: i.jc,
Av: {
wr: i.Iv.externalId
},
zv: i.Iv.cursorStyle
}
}
function uE(i, e, t) {
for (const n of i) {
const s = n.gt();
if (s !== null && s.br) {
const r = s.br(e, t);
if (r !== null) return {
Ov: n,
Av: r
}
}
}
return null
}
function Fl(i, e) {
return t => {
var n,
s,
r,
a;
return (
(s = (n = t.Dt()) === null || n === void 0 ? void 0 : n.Ta()) !== null &&
s !== void 0 ? s : ''
) !== e ? [] : (a = (r = t.ca) === null || r === void 0 ? void 0 : r.call(t, i)) !== null &&
a !== void 0 ? a : []
}
}
function qh(i, e, t, n) {
if (!i.length) return;
let s = 0;
const r = t / 2,
a = i[0].At(n, !0);
let l = e === 1 ? r - (i[0].Vi() - a / 2) : i[0].Vi() - a / 2 - r;
l = Math.max(0, l);
for (let o = 1; o < i.length; o++) {
const u = i[o],
c = i[o - 1],
h = c.At(n, !1),
d = u.Vi(),
f = c.Vi();
if (e === 1 ? d > f - h : d < f + h) {
const p = f - h * e;
u.Oi(p);
const g = p - e * h / 2;
if ((e === 1 ? g < 0 : g > t) && l > 0) {
const w = e === 1 ? - 1 - g : g - t,
y = Math.min(w, l);
for (let b = s; b < i.length; b++) i[b].Oi(i[b].Vi() + e * y);
l -= y
}
} else s = o,
l = e === 1 ? f - h - d : d - (f + h)
}
}
class Gh {
constructor(e, t, n, s) {
this.Li = null,
this.Lv = null,
this.Ev = !1,
this.Nv = new Ds(200),
this.Jr = null,
this.Fv = 0,
this.Wv = !1,
this.jv = () => {
this.Wv ||
this.tn.Hv().$t().$h()
},
this.$v = () => {
this.Wv ||
this.tn.Hv().$t().$h()
},
this.tn = e,
this.cn = t,
this.So = t.layout,
this.Vc = n,
this.Uv = s === 'left',
this.qv = Fl('normal', s),
this.Yv = Fl('top', s),
this.Zv = Fl('bottom', s),
this.Xv = document.createElement('div'),
this.Xv.style.height = '100%',
this.Xv.style.overflow = 'hidden',
this.Xv.style.width = '25px',
this.Xv.style.left = '0',
this.Xv.style.position = 'relative',
this.Kv = fn(this.Xv, Ke({
width: 16,
height: 16
})),
this.Kv.subscribeSuggestedBitmapSizeChanged(this.jv);
const r = this.Kv.canvasElement;
r.style.position = 'absolute',
r.style.zIndex = '1',
r.style.left = '0',
r.style.top = '0',
this.Gv = fn(this.Xv, Ke({
width: 16,
height: 16
})),
this.Gv.subscribeSuggestedBitmapSizeChanged(this.$v);
const a = this.Gv.canvasElement;
a.style.position = 'absolute',
a.style.zIndex = '2',
a.style.left = '0',
a.style.top = '0';
const l = {
mv: this.Jv.bind(this),
vv: this.Jv.bind(this),
lv: this.Qv.bind(this),
rv: this.Qv.bind(this),
bv: this.tp.bind(this),
uv: this.ip.bind(this),
ov: this.ip.bind(this),
Uf: this.np.bind(this),
Wf: this.np.bind(this),
Jf: this.sp.bind(this),
Tv: this.ep.bind(this)
};
this.rp = new Lu(
this.Gv.canvasElement,
l,
{
sv: () => !this.cn.handleScroll.vertTouchDrag,
ev: () => !0
}
)
}
S() {
this.rp.S(),
this.Gv.unsubscribeSuggestedBitmapSizeChanged(this.$v),
pn(this.Gv.canvasElement),
this.Gv.dispose(),
this.Kv.unsubscribeSuggestedBitmapSizeChanged(this.jv),
pn(this.Kv.canvasElement),
this.Kv.dispose(),
this.Li !== null &&
this.Li.Xo().p(this),
this.Li = null
}
hp() {
return this.Xv
}
P() {
return this.So.fontSize
}
lp() {
const e = this.Vc.W();
return this.Jr !== e.R &&
(this.Nv.ir(), this.Jr = e.R),
e
}
ap() {
if (this.Li === null) return 0;
let e = 0;
const t = this.lp(),
n = Q(this.Kv.canvasElement.getContext('2d'));
n.save();
const s = this.Li.ja();
n.font = this.op(),
s.length > 0 &&
(
e = Math.max(this.Nv.xi(n, s[0].no), this.Nv.xi(n, s[s.length - 1].no))
);
const r = this._p();
for (let o = r.length; o--; ) {
const u = this.Nv.xi(n, r[o].Kt());
u > e &&
(e = u)
}
const a = this.Li.Ct();
if (a !== null && this.Lv !== null) {
const o = this.Li.pn(1, a),
u = this.Li.pn(this.Lv.height - 2, a);
e = Math.max(
e,
this.Nv.xi(n, this.Li.Fi(Math.floor(Math.min(o, u)) + 0.11111111111111, a)),
this.Nv.xi(n, this.Li.Fi(Math.ceil(Math.max(o, u)) - 0.11111111111111, a))
)
}
n.restore();
const l = e ||
34;
return ko(Math.ceil(t.C + t.T + t.A + t.I + 5 + l))
}
up(e) {
this.Lv !== null &&
an(this.Lv, e) ||
(
this.Lv = e,
this.Wv = !0,
this.Kv.resizeCanvasElement(e),
this.Gv.resizeCanvasElement(e),
this.Wv = !1,
this.Xv.style.width = `${ e.width }px`,
this.Xv.style.height = `${ e.height }px`
)
}
cp() {
return Q(this.Lv).width
}
Gi(e) {
this.Li !== e &&
(
this.Li !== null &&
this.Li.Xo().p(this),
this.Li = e,
e.Xo().l(this.do.bind(this), this)
)
}
Dt() {
return this.Li
}
ir() {
const e = this.tn.dp();
this.tn.Hv().$t().L_(e, Q(this.Dt()))
}
fp(e) {
if (this.Lv === null) return;
if (e !== 1) {
this.vp(),
this.Kv.applySuggestedBitmapSize();
const n = hn(this.Kv);
n !== null &&
(
n.useBitmapCoordinateSpace(s => {
this.pp(s),
this.Ae(s)
}),
this.tn.mp(n, this.Zv),
this.bp(n),
this.tn.mp(n, this.qv),
this.wp(n)
)
}
this.Gv.applySuggestedBitmapSize();
const t = hn(this.Gv);
t !== null &&
(
t.useBitmapCoordinateSpace(
({
context: n,
bitmapSize: s
}) => {
n.clearRect(0, 0, s.width, s.height)
}
),
this.gp(t),
this.tn.mp(t, this.Yv)
)
}
Mp() {
return this.Kv.bitmapSize
}
xp(e, t, n) {
const s = this.Mp();
s.width > 0 &&
s.height > 0 &&
e.drawImage(this.Kv.canvasElement, t, n)
}
bt() {
var e;
(e = this.Li) === null ||
e === void 0 ||
e.ja()
}
Jv(e) {
if (
this.Li === null ||
this.Li.Ni() ||
!this.cn.handleScale.axisPressedMouseMove.price
) return;
const t = this.tn.Hv().$t(),
n = this.tn.dp();
this.Ev = !0,
t.D_(n, this.Li, e.localY)
}
Qv(e) {
if (
this.Li === null ||
!this.cn.handleScale.axisPressedMouseMove.price
) return;
const t = this.tn.Hv().$t(),
n = this.tn.dp(),
s = this.Li;
t.V_(n, s, e.localY)
}
tp() {
if (
this.Li === null ||
!this.cn.handleScale.axisPressedMouseMove.price
) return;
const e = this.tn.Hv().$t(),
t = this.tn.dp(),
n = this.Li;
this.Ev &&
(this.Ev = !1, e.O_(t, n))
}
ip(e) {
if (
this.Li === null ||
!this.cn.handleScale.axisPressedMouseMove.price
) return;
const t = this.tn.Hv().$t(),
n = this.tn.dp();
this.Ev = !1,
t.O_(n, this.Li)
}
np(e) {
this.cn.handleScale.axisDoubleClickReset.price &&
this.ir()
}
sp(e) {
this.Li !== null &&
(
!this.tn.Hv().$t().W().handleScale.axisPressedMouseMove.price ||
this.Li.gh() ||
this.Li.Vo() ||
this.Sp(1)
)
}
ep(e) {
this.Sp(0)
}
_p() {
const e = [],
t = this.Li === null ? void 0 : this.Li;
return (
n => {
for (let s = 0; s < n.length; ++s) {
const r = n[s].Rn(this.tn.dp(), t);
for (let a = 0; a < r.length; a++) e.push(r[a])
}
}
) (this.tn.dp().$o()),
e
}
pp({
context: e,
bitmapSize: t
}) {
const {
width: n,
height: s
}
= t,
r = this.tn.dp().$t(),
a = r.q(),
l = r.md();
a === l ? xa(e, 0, 0, n, s, a) : Vp(e, 0, 0, n, s, a, l)
}
Ae({
context: e,
bitmapSize: t,
horizontalPixelRatio: n
}) {
if (this.Lv === null || this.Li === null || !this.Li.W().borderVisible) return;
e.fillStyle = this.Li.W().borderColor;
const s = Math.max(1, Math.floor(this.lp().C * n));
let r;
r = this.Uv ? t.width - s : 0,
e.fillRect(r, 0, s, t.height)
}
bp(e) {
if (this.Lv === null || this.Li === null) return;
const t = this.Li.ja(),
n = this.Li.W(),
s = this.lp(),
r = this.Uv ? this.Lv.width - s.T : 0;
n.borderVisible &&
n.ticksVisible &&
e.useBitmapCoordinateSpace(
({
context: a,
horizontalPixelRatio: l,
verticalPixelRatio: o
}) => {
a.fillStyle = n.borderColor;
const u = Math.max(1, Math.floor(o)),
c = Math.floor(0.5 * o),
h = Math.round(s.T * l);
a.beginPath();
for (const d of t) a.rect(Math.floor(r * l), Math.round(d.La * o) - c, h, u);
a.fill()
}
),
e.useMediaCoordinateSpace(
({
context: a
}) => {
var l;
a.font = this.op(),
a.fillStyle = (l = n.textColor) !== null &&
l !== void 0 ? l : this.So.textColor,
a.textAlign = this.Uv ? 'right' : 'left',
a.textBaseline = 'middle';
const o = this.Uv ? Math.round(r - s.A) : Math.round(r + s.T + s.A),
u = t.map(c => this.Nv.Mi(a, c.no));
for (let c = t.length; c--; ) {
const h = t[c];
a.fillText(h.no, o, h.La + u[c])
}
}
)
}
vp() {
if (this.Lv === null || this.Li === null) return;
const e = [],
t = this.Li.$o().slice(),
n = this.tn.dp(),
s = this.lp();
this.Li === n.vr() &&
this.tn.dp().$o().forEach(a => {
n.dr(a) &&
t.push(a)
});
const r = this.Li;
t.forEach(a => {
a.Rn(n, r).forEach(l => {
l.Oi(null),
l.Bi() &&
e.push(l)
})
}),
e.forEach(a => a.Oi(a.ki())),
this.Li.W().alignLabels &&
this.kp(e, s)
}
kp(e, t) {
if (this.Lv === null) return;
const n = this.Lv.height / 2,
s = e.filter(a => a.ki() <= n),
r = e.filter(a => a.ki() > n);
s.sort((a, l) => l.ki() - a.ki()),
r.sort((a, l) => a.ki() - l.ki());
for (const a of e) {
const l = Math.floor(a.At(t) / 2),
o = a.ki();
o > - l &&
o < l &&
a.Oi(l),
o > this.Lv.height - l &&
o < this.Lv.height + l &&
a.Oi(this.Lv.height - l)
}
qh(s, 1, this.Lv.height, t),
qh(r, - 1, this.Lv.height, t)
}
wp(e) {
if (this.Lv === null) return;
const t = this._p(),
n = this.lp(),
s = this.Uv ? 'right' : 'left';
t.forEach(r => {
r.Ai() &&
r.gt(Q(this.Li)).X(e, n, this.Nv, s)
})
}
gp(e) {
if (this.Lv === null || this.Li === null) return;
const t = this.tn.Hv().$t(),
n = [],
s = this.tn.dp(),
r = t.Yc().Rn(s, this.Li);
r.length &&
n.push(r);
const a = this.lp(),
l = this.Uv ? 'right' : 'left';
n.forEach(o => {
o.forEach(u => {
u.gt(Q(this.Li)).X(e, a, this.Nv, l)
})
})
}
Sp(e) {
this.Xv.style.cursor = e === 1 ? 'ns-resize' : 'default'
}
do () {
const e = this.ap();
this.Fv < e &&
this.tn.Hv().$t().Xl(),
this.Fv = e
}
op() {
return qn(this.So.fontSize, this.So.fontFamily)
}
}
function cE(i, e) {
var t,
n;
return (n = (t = i._a) === null || t === void 0 ? void 0 : t.call(i, e)) !== null &&
n !== void 0 ? n : []
}
function vr(i, e) {
var t,
n;
return (n = (t = i.Pn) === null || t === void 0 ? void 0 : t.call(i, e)) !== null &&
n !== void 0 ? n : []
}
function hE(i, e) {
var t,
n;
return (n = (t = i.Ji) === null || t === void 0 ? void 0 : t.call(i, e)) !== null &&
n !== void 0 ? n : []
}
function dE(i, e) {
var t,
n;
return (n = (t = i.la) === null || t === void 0 ? void 0 : t.call(i, e)) !== null &&
n !== void 0 ? n : []
}
class Pu {
constructor(e, t) {
this.Lv = Ke({
width: 0,
height: 0
}),
this.yp = null,
this.Cp = null,
this.Tp = null,
this.Pp = null,
this.Rp = !1,
this.Dp = new Ze,
this.Vp = new Ze,
this.Op = 0,
this.Bp = !1,
this.Ap = null,
this.Ip = !1,
this.zp = null,
this.Lp = null,
this.Wv = !1,
this.jv = () => {
this.Wv ||
this.Ep === null ||
this.$i().$h()
},
this.$v = () => {
this.Wv ||
this.Ep === null ||
this.$i().$h()
},
this.Jd = e,
this.Ep = t,
this.Ep.F_().l(this.Np.bind(this), this, !0),
this.Fp = document.createElement('td'),
this.Fp.style.padding = '0',
this.Fp.style.position = 'relative';
const n = document.createElement('div');
n.style.width = '100%',
n.style.height = '100%',
n.style.position = 'relative',
n.style.overflow = 'hidden',
this.Wp = document.createElement('td'),
this.Wp.style.padding = '0',
this.jp = document.createElement('td'),
this.jp.style.padding = '0',
this.Fp.appendChild(n),
this.Kv = fn(n, Ke({
width: 16,
height: 16
})),
this.Kv.subscribeSuggestedBitmapSizeChanged(this.jv);
const s = this.Kv.canvasElement;
s.style.position = 'absolute',
s.style.zIndex = '1',
s.style.left = '0',
s.style.top = '0',
this.Gv = fn(n, Ke({
width: 16,
height: 16
})),
this.Gv.subscribeSuggestedBitmapSizeChanged(this.$v);
const r = this.Gv.canvasElement;
r.style.position = 'absolute',
r.style.zIndex = '2',
r.style.left = '0',
r.style.top = '0',
this.Hp = document.createElement('tr'),
this.Hp.appendChild(this.Wp),
this.Hp.appendChild(this.Fp),
this.Hp.appendChild(this.jp),
this.$p(),
this.rp = new Lu(
this.Gv.canvasElement,
this,
{
sv: () => this.Ap === null &&
!this.Jd.W().handleScroll.vertTouchDrag,
ev: () => this.Ap === null &&
!this.Jd.W().handleScroll.horzTouchDrag
}
)
}
S() {
this.yp !== null &&
this.yp.S(),
this.Cp !== null &&
this.Cp.S(),
this.Tp = null,
this.Gv.unsubscribeSuggestedBitmapSizeChanged(this.$v),
pn(this.Gv.canvasElement),
this.Gv.dispose(),
this.Kv.unsubscribeSuggestedBitmapSizeChanged(this.jv),
pn(this.Kv.canvasElement),
this.Kv.dispose(),
this.Ep !== null &&
this.Ep.F_().p(this),
this.rp.S()
}
dp() {
return Q(this.Ep)
}
Up(e) {
var t,
n;
this.Ep !== null &&
this.Ep.F_().p(this),
this.Ep = e,
this.Ep !== null &&
this.Ep.F_().l(Pu.prototype.Np.bind(this), this, !0),
this.$p(),
this.Jd.qp().indexOf(this) === this.Jd.qp().length - 1 ? (
this.Tp = (t = this.Tp) !== null &&
t !== void 0 ? t : new lE(this.Fp, this.Jd),
this.Tp.bt()
) : ((n = this.Tp) === null || n === void 0 || n.tf(), this.Tp = null)
}
Hv() {
return this.Jd
}
hp() {
return this.Hp
}
$p() {
if (this.Ep !== null && (this.Yp(), this.$i().wt().length !== 0)) {
if (this.yp !== null) {
const e = this.Ep.P_();
this.yp.Gi(Q(e))
}
if (this.Cp !== null) {
const e = this.Ep.R_();
this.Cp.Gi(Q(e))
}
}
}
Zp() {
this.yp !== null &&
this.yp.bt(),
this.Cp !== null &&
this.Cp.bt()
}
g_() {
return this.Ep !== null ? this.Ep.g_() : 0
}
M_(e) {
this.Ep &&
this.Ep.M_(e)
}
Jf(e) {
if (!this.Ep) return;
this.Xp();
const t = e.localX,
n = e.localY;
this.Kp(t, n, e)
}
mv(e) {
this.Xp(),
this.Gp(),
this.Kp(e.localX, e.localY, e)
}
Qf(e) {
var t;
if (!this.Ep) return;
this.Xp();
const n = e.localX,
s = e.localY;
this.Kp(n, s, e);
const r = this.br(n, s);
this.Jd.Jp((t = r?.zv) !== null && t !== void 0 ? t : null),
this.$i().Wc(r && {
jc: r.jc,
Av: r.Av
})
}
cv(e) {
this.Ep !== null &&
(this.Xp(), this.Qp(e))
}
Uf(e) {
this.Ep !== null &&
this.tm(this.Vp, e)
}
Wf(e) {
this.Uf(e)
}
lv(e) {
this.Xp(),
this.im(e),
this.Kp(e.localX, e.localY, e)
}
uv(e) {
this.Ep !== null &&
(this.Xp(), this.Bp = !1, this.nm(e))
}
_v(e) {
this.Ep !== null &&
this.Qp(e)
}
Pv(e) {
if (this.Bp = !0, this.Ap === null) {
const t = {
x: e.localX,
y: e.localY
};
this.sm(t, t, e)
}
}
Tv(e) {
this.Ep !== null &&
(this.Xp(), this.Ep.$t().Wc(null), this.rm())
}
hm() {
return this.Dp
}
lm() {
return this.Vp
}
Mv() {
this.Op = 1,
this.$i().Un()
}
xv(e, t) {
if (!this.Jd.W().handleScale.pinch) return;
const n = 5 * (t - this.Op);
this.Op = t,
this.$i().Jc(e.nt, n)
}
vv(e) {
this.Bp = !1,
this.Ip = this.Ap !== null,
this.Gp();
const t = this.$i().Yc();
this.Ap !== null &&
t.yt() &&
(this.zp = {
x: t.Yt(),
y: t.Zt()
}, this.Ap = {
x: e.localX,
y: e.localY
})
}
rv(e) {
if (this.Ep === null) return;
const t = e.localX,
n = e.localY;
if (this.Ap === null) this.im(e);
else {
this.Ip = !1;
const s = Q(this.zp),
r = s.x + (t - this.Ap.x),
a = s.y + (n - this.Ap.y);
this.Kp(r, a, e)
}
}
ov(e) {
this.Hv().W().trackingMode.exitMode === 0 &&
(this.Ip = !0),
this.am(),
this.nm(e)
}
br(e, t) {
const n = this.Ep;
return n === null ? null : function (s, r, a) {
const l = s.$o(),
o = function (u, c, h) {
var d,
f;
let p,
g;
for (const b of u) {
const x = (f = (d = b.fa) === null || d === void 0 ? void 0 : d.call(b, c, h)) !== null &&
f !== void 0 ? f : [];
for (const k of x) w = k.zOrder,
(
!(y = p?.zOrder) ||
w === 'top' &&
y !== 'top' ||
w === 'normal' &&
y === 'bottom'
) &&
(p = k, g = b)
}
var w,
y;
return p &&
g ? {
Iv: p,
jc: g
}
: null
}(l, r, a);
if (o?.Iv.zOrder === 'top') return yr(o);
for (const u of l) {
if (o && o.jc === u && o.Iv.zOrder !== 'bottom' && !o.Iv.isBackground) return yr(o);
const c = uE(u.Pn(s), r, a);
if (c !== null) return {
jc: u,
Ov: c.Ov,
Av: c.Av
};
if (o && o.jc === u && o.Iv.zOrder !== 'bottom' && o.Iv.isBackground) return yr(o)
}
return o?.Iv ? yr(o) : null
}(n, e, t)
}
om(e, t) {
Q(t === 'left' ? this.yp : this.Cp).up(Ke({
width: e,
height: this.Lv.height
}))
}
_m() {
return this.Lv
}
up(e) {
an(this.Lv, e) ||
(
this.Lv = e,
this.Wv = !0,
this.Kv.resizeCanvasElement(e),
this.Gv.resizeCanvasElement(e),
this.Wv = !1,
this.Fp.style.width = e.width + 'px',
this.Fp.style.height = e.height + 'px'
)
}
um() {
const e = Q(this.Ep);
e.T_(e.P_()),
e.T_(e.R_());
for (const t of e.Oa()) if (e.dr(t)) {
const n = t.Dt();
n !== null &&
e.T_(n),
t.Vn()
}
}
Mp() {
return this.Kv.bitmapSize
}
xp(e, t, n) {
const s = this.Mp();
s.width > 0 &&
s.height > 0 &&
e.drawImage(this.Kv.canvasElement, t, n)
}
fp(e) {
if (e === 0 || this.Ep === null) return;
if (
e > 1 &&
this.um(),
this.yp !== null &&
this.yp.fp(e),
this.Cp !== null &&
this.Cp.fp(e),
e !== 1
) {
this.Kv.applySuggestedBitmapSize();
const n = hn(this.Kv);
n !== null &&
(
n.useBitmapCoordinateSpace(s => {
this.pp(s)
}),
this.Ep &&
(
this.dm(n, cE),
this.fm(n),
this.vm(n),
this.dm(n, vr),
this.dm(n, hE)
)
)
}
this.Gv.applySuggestedBitmapSize();
const t = hn(this.Gv);
t !== null &&
(
t.useBitmapCoordinateSpace(
({
context: n,
bitmapSize: s
}) => {
n.clearRect(0, 0, s.width, s.height)
}
),
this.pm(t),
this.dm(t, dE)
)
}
bm() {
return this.yp
}
wm() {
return this.Cp
}
mp(e, t) {
this.dm(e, t)
}
Np() {
this.Ep !== null &&
this.Ep.F_().p(this),
this.Ep = null
}
Qp(e) {
this.tm(this.Dp, e)
}
tm(e, t) {
const n = t.localX,
s = t.localY;
e.M() &&
e.m(this.$i().St().Eu(n), {
x: n,
y: s
}, t)
}
pp({
context: e,
bitmapSize: t
}) {
const {
width: n,
height: s
}
= t,
r = this.$i(),
a = r.q(),
l = r.md();
a === l ? xa(e, 0, 0, n, s, l) : Vp(e, 0, 0, n, s, a, l)
}
fm(e) {
const t = Q(this.Ep).W_().Uh().gt();
t !== null &&
t.X(e, !1)
}
vm(e) {
const t = this.$i().qc();
this.gm(e, vr, _o, t),
this.gm(e, vr, $r, t)
}
pm(e) {
this.gm(e, vr, $r, this.$i().Yc())
}
dm(e, t) {
const n = Q(this.Ep).$o();
for (const s of n) this.gm(e, t, _o, s);
for (const s of n) this.gm(e, t, $r, s)
}
gm(e, t, n, s) {
const r = Q(this.Ep),
a = r.$t().Fc(),
l = a !== null &&
a.jc === s,
o = a !== null &&
l &&
a.Av !== void 0 ? a.Av.gr : void 0;
xo(t, u => n(u, e, l, o), s, r)
}
Yp() {
if (this.Ep === null) return;
const e = this.Jd,
t = this.Ep.P_().W().visible,
n = this.Ep.R_().W().visible;
t ||
this.yp === null ||
(this.Wp.removeChild(this.yp.hp()), this.yp.S(), this.yp = null),
n ||
this.Cp === null ||
(this.jp.removeChild(this.Cp.hp()), this.Cp.S(), this.Cp = null);
const s = e.$t()._d();
t &&
this.yp === null &&
(
this.yp = new Gh(this, e.W(), s, 'left'),
this.Wp.appendChild(this.yp.hp())
),
n &&
this.Cp === null &&
(
this.Cp = new Gh(this, e.W(), s, 'right'),
this.jp.appendChild(this.Cp.hp())
)
}
Mm(e) {
return e.Rv &&
this.Bp ||
this.Ap !== null
}
xm(e) {
return Math.max(0, Math.min(e, this.Lv.width - 1))
}
Sm(e) {
return Math.max(0, Math.min(e, this.Lv.height - 1))
}
Kp(e, t, n) {
this.$i().hd(this.xm(e), this.Sm(t), n, Q(this.Ep))
}
rm() {
this.$i().ad()
}
am() {
this.Ip &&
(this.Ap = null, this.rm())
}
sm(e, t, n) {
this.Ap = e,
this.Ip = !1,
this.Kp(t.x, t.y, n);
const s = this.$i().Yc();
this.zp = {
x: s.Yt(),
y: s.Zt()
}
}
$i() {
return this.Jd.$t()
}
nm(e) {
if (!this.Rp) return;
const t = this.$i(),
n = this.dp();
if (t.I_(n, n.vn()), this.Pp = null, this.Rp = !1, t.sd(), this.Lp !== null) {
const s = performance.now(),
r = t.St();
this.Lp.Dr(r.ju(), s),
this.Lp.Ju(s) ||
t.Zn(this.Lp)
}
}
Xp() {
this.Ap = null
}
Gp() {
if (!!this.Ep) {
if (
this.$i().Un(),
document.activeElement !== document.body &&
document.activeElement !== document.documentElement
) Q(document.activeElement).blur();
else {
const e = document.getSelection();
e !== null &&
e.removeAllRanges()
}
!this.Ep.vn().Ni() &&
this.$i().St().Ni()
}
}
im(e) {
if (this.Ep === null) return;
const t = this.$i(),
n = t.St();
if (n.Ni()) return;
const s = this.Jd.W(),
r = s.handleScroll,
a = s.kineticScroll;
if (
(!r.pressedMouseMove || e.Rv) &&
(!r.horzTouchDrag && !r.vertTouchDrag || !e.Rv)
) return;
const l = this.Ep.vn(),
o = performance.now();
if (
this.Pp !== null ||
this.Mm(e) ||
(
this.Pp = {
x: e.clientX,
y: e.clientY,
Vd: o,
km: e.localX,
ym: e.localY
}
),
this.Pp !== null &&
!this.Rp &&
(this.Pp.x !== e.clientX || this.Pp.y !== e.clientY)
) {
if (e.Rv && a.touch || !e.Rv && a.mouse) {
const u = n.he();
this.Lp = new aE(0.2 / u, 7 / u, 0.997, 15 / u),
this.Lp.qd(n.ju(), this.Pp.Vd)
} else this.Lp = null;
l.Ni() ||
t.B_(this.Ep, l, e.localY),
t.td(e.localX),
this.Rp = !0
}
this.Rp &&
(
l.Ni() ||
t.A_(this.Ep, l, e.localY),
t.nd(e.localX),
this.Lp !== null &&
this.Lp.qd(n.ju(), o)
)
}
}
class Kh {
constructor(e, t, n, s, r) {
this.ft = !0,
this.Lv = Ke({
width: 0,
height: 0
}),
this.jv = () => this.fp(3),
this.Uv = e === 'left',
this.Vc = n._d,
this.cn = t,
this.Cm = s,
this.Tm = r,
this.Xv = document.createElement('div'),
this.Xv.style.width = '25px',
this.Xv.style.height = '100%',
this.Xv.style.overflow = 'hidden',
this.Kv = fn(this.Xv, Ke({
width: 16,
height: 16
})),
this.Kv.subscribeSuggestedBitmapSizeChanged(this.jv)
}
S() {
this.Kv.unsubscribeSuggestedBitmapSizeChanged(this.jv),
pn(this.Kv.canvasElement),
this.Kv.dispose()
}
hp() {
return this.Xv
}
_m() {
return this.Lv
}
up(e) {
an(this.Lv, e) ||
(
this.Lv = e,
this.Kv.resizeCanvasElement(e),
this.Xv.style.width = `${ e.width }px`,
this.Xv.style.height = `${ e.height }px`,
this.ft = !0
)
}
fp(e) {
if (e < 3 && !this.ft || this.Lv.width === 0 || this.Lv.height === 0) return;
this.ft = !1,
this.Kv.applySuggestedBitmapSize();
const t = hn(this.Kv);
t !== null &&
t.useBitmapCoordinateSpace(n => {
this.pp(n),
this.Ae(n)
})
}
Mp() {
return this.Kv.bitmapSize
}
xp(e, t, n) {
const s = this.Mp();
s.width > 0 &&
s.height > 0 &&
e.drawImage(this.Kv.canvasElement, t, n)
}
Ae({
context: e,
bitmapSize: t,
horizontalPixelRatio: n,
verticalPixelRatio: s
}) {
if (!this.Cm()) return;
e.fillStyle = this.cn.timeScale.borderColor;
const r = Math.floor(this.Vc.W().C * n),
a = Math.floor(this.Vc.W().C * s),
l = this.Uv ? t.width - r : 0;
e.fillRect(l, 0, r, a)
}
pp({
context: e,
bitmapSize: t
}) {
xa(e, 0, 0, t.width, t.height, this.Tm())
}
}
function Iu(i) {
return e => {
var t,
n;
return (n = (t = e.da) === null || t === void 0 ? void 0 : t.call(e, i)) !== null &&
n !== void 0 ? n : []
}
}
const fE = Iu('normal'),
pE = Iu('top'),
mE = Iu('bottom');
class gE {
constructor(e, t) {
this.Pm = null,
this.Rm = null,
this.k = null,
this.Dm = !1,
this.Lv = Ke({
width: 0,
height: 0
}),
this.Vm = new Ze,
this.Nv = new Ds(5),
this.Wv = !1,
this.jv = () => {
this.Wv ||
this.Jd.$t().$h()
},
this.$v = () => {
this.Wv ||
this.Jd.$t().$h()
},
this.Jd = e,
this.U_ = t,
this.cn = e.W().layout,
this.Zd = document.createElement('tr'),
this.Om = document.createElement('td'),
this.Om.style.padding = '0',
this.Bm = document.createElement('td'),
this.Bm.style.padding = '0',
this.Xv = document.createElement('td'),
this.Xv.style.height = '25px',
this.Xv.style.padding = '0',
this.Am = document.createElement('div'),
this.Am.style.width = '100%',
this.Am.style.height = '100%',
this.Am.style.position = 'relative',
this.Am.style.overflow = 'hidden',
this.Xv.appendChild(this.Am),
this.Kv = fn(this.Am, Ke({
width: 16,
height: 16
})),
this.Kv.subscribeSuggestedBitmapSizeChanged(this.jv);
const n = this.Kv.canvasElement;
n.style.position = 'absolute',
n.style.zIndex = '1',
n.style.left = '0',
n.style.top = '0',
this.Gv = fn(this.Am, Ke({
width: 16,
height: 16
})),
this.Gv.subscribeSuggestedBitmapSizeChanged(this.$v);
const s = this.Gv.canvasElement;
s.style.position = 'absolute',
s.style.zIndex = '2',
s.style.left = '0',
s.style.top = '0',
this.Zd.appendChild(this.Om),
this.Zd.appendChild(this.Xv),
this.Zd.appendChild(this.Bm),
this.Im(),
this.Jd.$t().w_().l(this.Im.bind(this), this),
this.rp = new Lu(
this.Gv.canvasElement,
this,
{
sv: () => !0,
ev: () => !this.Jd.W().handleScroll.horzTouchDrag
}
)
}
S() {
this.rp.S(),
this.Pm !== null &&
this.Pm.S(),
this.Rm !== null &&
this.Rm.S(),
this.Gv.unsubscribeSuggestedBitmapSizeChanged(this.$v),
pn(this.Gv.canvasElement),
this.Gv.dispose(),
this.Kv.unsubscribeSuggestedBitmapSizeChanged(this.jv),
pn(this.Kv.canvasElement),
this.Kv.dispose()
}
hp() {
return this.Zd
}
zm() {
return this.Pm
}
Lm() {
return this.Rm
}
mv(e) {
if (this.Dm) return;
this.Dm = !0;
const t = this.Jd.$t();
!t.St().Ni() &&
this.Jd.W().handleScale.axisPressedMouseMove.time &&
t.Gc(e.localX)
}
vv(e) {
this.mv(e)
}
bv() {
const e = this.Jd.$t();
!e.St().Ni() &&
this.Dm &&
(
this.Dm = !1,
this.Jd.W().handleScale.axisPressedMouseMove.time &&
e.rd()
)
}
lv(e) {
const t = this.Jd.$t();
!t.St().Ni() &&
this.Jd.W().handleScale.axisPressedMouseMove.time &&
t.ed(e.localX)
}
rv(e) {
this.lv(e)
}
uv() {
this.Dm = !1;
const e = this.Jd.$t();
e.St().Ni() &&
!this.Jd.W().handleScale.axisPressedMouseMove.time ||
e.rd()
}
ov() {
this.uv()
}
Uf() {
this.Jd.W().handleScale.axisDoubleClickReset.time &&
this.Jd.$t().Kn()
}
Wf() {
this.Uf()
}
Jf() {
this.Jd.$t().W().handleScale.axisPressedMouseMove.time &&
this.Sp(1)
}
Tv() {
this.Sp(0)
}
_m() {
return this.Lv
}
Em() {
return this.Vm
}
Nm(e, t, n) {
an(this.Lv, e) ||
(
this.Lv = e,
this.Wv = !0,
this.Kv.resizeCanvasElement(e),
this.Gv.resizeCanvasElement(e),
this.Wv = !1,
this.Xv.style.width = `${ e.width }px`,
this.Xv.style.height = `${ e.height }px`,
this.Vm.m(e)
),
this.Pm !== null &&
this.Pm.up(Ke({
width: t,
height: e.height
})),
this.Rm !== null &&
this.Rm.up(Ke({
width: n,
height: e.height
}))
}
Fm() {
const e = this.Wm();
return Math.ceil(e.C + e.T + e.P + e.L + e.B + e.jm)
}
bt() {
this.Jd.$t().St().ja()
}
Mp() {
return this.Kv.bitmapSize
}
xp(e, t, n) {
const s = this.Mp();
s.width > 0 &&
s.height > 0 &&
e.drawImage(this.Kv.canvasElement, t, n)
}
fp(e) {
if (e === 0) return;
if (e !== 1) {
this.Kv.applySuggestedBitmapSize();
const n = hn(this.Kv);
n !== null &&
(
n.useBitmapCoordinateSpace(s => {
this.pp(s),
this.Ae(s),
this.Hm(n, mE)
}),
this.bp(n),
this.Hm(n, fE)
),
this.Pm !== null &&
this.Pm.fp(e),
this.Rm !== null &&
this.Rm.fp(e)
}
this.Gv.applySuggestedBitmapSize();
const t = hn(this.Gv);
t !== null &&
(
t.useBitmapCoordinateSpace(
({
context: n,
bitmapSize: s
}) => {
n.clearRect(0, 0, s.width, s.height)
}
),
this.$m([...this.Jd.$t().wt(),
this.Jd.$t().Yc()], t),
this.Hm(t, pE)
)
}
Hm(e, t) {
const n = this.Jd.$t().wt();
for (const s of n) xo(t, r => _o(r, e, !1, void 0), s, void 0);
for (const s of n) xo(t, r => $r(r, e, !1, void 0), s, void 0)
}
pp({
context: e,
bitmapSize: t
}) {
xa(e, 0, 0, t.width, t.height, this.Jd.$t().md())
}
Ae({
context: e,
bitmapSize: t,
verticalPixelRatio: n
}) {
if (this.Jd.W().timeScale.borderVisible) {
e.fillStyle = this.Um();
const s = Math.max(1, Math.floor(this.Wm().C * n));
e.fillRect(0, 0, t.width, s)
}
}
bp(e) {
const t = this.Jd.$t().St(),
n = t.ja();
if (!n || n.length === 0) return;
const s = this.U_.maxTickMarkWeight(n),
r = this.Wm(),
a = t.W();
a.borderVisible &&
a.ticksVisible &&
e.useBitmapCoordinateSpace(
({
context: l,
horizontalPixelRatio: o,
verticalPixelRatio: u
}) => {
l.strokeStyle = this.Um(),
l.fillStyle = this.Um();
const c = Math.max(1, Math.floor(o)),
h = Math.floor(0.5 * o);
l.beginPath();
const d = Math.round(r.T * u);
for (let f = n.length; f--; ) {
const p = Math.round(n[f].coord * o);
l.rect(p - h, 0, c, d)
}
l.fill()
}
),
e.useMediaCoordinateSpace(
({
context: l
}) => {
const o = r.C + r.T + r.L + r.P / 2;
l.textAlign = 'center',
l.textBaseline = 'middle',
l.fillStyle = this.$(),
l.font = this.op();
for (const u of n) if (u.weight < s) {
const c = u.needAlignCoordinate ? this.qm(l, u.coord, u.label) : u.coord;
l.fillText(u.label, c, o)
}
this.Jd.W().timeScale.allowBoldLabels &&
(l.font = this.Ym());
for (const u of n) if (u.weight >= s) {
const c = u.needAlignCoordinate ? this.qm(l, u.coord, u.label) : u.coord;
l.fillText(u.label, c, o)
}
}
)
}
qm(e, t, n) {
const s = this.Nv.xi(e, n),
r = s / 2,
a = Math.floor(t - r) + 0.5;
return a < 0 ? t += Math.abs(0 - a) : a + s > this.Lv.width &&
(t -= Math.abs(this.Lv.width - (a + s))),
t
}
$m(e, t) {
const n = this.Wm();
for (const s of e) for (const r of s.Qi()) r.gt().X(t, n)
}
Um() {
return this.Jd.W().timeScale.borderColor
}
$() {
return this.cn.textColor
}
j() {
return this.cn.fontSize
}
op() {
return qn(this.j(), this.cn.fontFamily)
}
Ym() {
return qn(this.j(), this.cn.fontFamily, 'bold')
}
Wm() {
this.k === null &&
(
this.k = {
C: 1,
N: NaN,
L: NaN,
B: NaN,
ji: NaN,
T: 5,
P: NaN,
R: '',
Wi: new Ds,
jm: 0
}
);
const e = this.k,
t = this.op();
if (e.R !== t) {
const n = this.j();
e.P = n,
e.R = t,
e.L = 3 * n / 12,
e.B = 3 * n / 12,
e.ji = 9 * n / 12,
e.N = 0,
e.jm = 4 * n / 12,
e.Wi.ir()
}
return this.k
}
Sp(e) {
this.Xv.style.cursor = e === 1 ? 'ew-resize' : 'default'
}
Im() {
const e = this.Jd.$t(),
t = e.W();
t.leftPriceScale.visible ||
this.Pm === null ||
(this.Om.removeChild(this.Pm.hp()), this.Pm.S(), this.Pm = null),
t.rightPriceScale.visible ||
this.Rm === null ||
(this.Bm.removeChild(this.Rm.hp()), this.Rm.S(), this.Rm = null);
const n = {
_d: this.Jd.$t()._d()
},
s = () => t.leftPriceScale.borderVisible &&
e.St().W().borderVisible,
r = () => e.md();
t.leftPriceScale.visible &&
this.Pm === null &&
(
this.Pm = new Kh('left', t, n, s, r),
this.Om.appendChild(this.Pm.hp())
),
t.rightPriceScale.visible &&
this.Rm === null &&
(
this.Rm = new Kh('right', t, n, s, r),
this.Bm.appendChild(this.Rm.hp())
)
}
}
const yE = !!Gn &&
!!navigator.userAgentData &&
navigator.userAgentData.brands.some(i => i.brand.includes('Chromium')) &&
!!Gn &&
(
!((Al = navigator?.userAgentData) === null || Al === void 0) &&
Al.platform ? navigator.userAgentData.platform === 'Windows' : navigator.userAgent.toLowerCase().indexOf('win') >= 0
);
var Al;
class vE {
constructor(e, t, n) {
var s;
this.Zm = [],
this.Xm = 0,
this.ro = 0,
this.o_ = 0,
this.Km = 0,
this.Gm = 0,
this.Jm = null,
this.Qm = !1,
this.Dp = new Ze,
this.Vp = new Ze,
this.Pc = new Ze,
this.tb = null,
this.ib = null,
this.Gd = e,
this.cn = t,
this.U_ = n,
this.Zd = document.createElement('div'),
this.Zd.classList.add('tv-lightweight-charts'),
this.Zd.style.overflow = 'hidden',
this.Zd.style.direction = 'ltr',
this.Zd.style.width = '100%',
this.Zd.style.height = '100%',
(s = this.Zd).style.userSelect = 'none',
s.style.webkitUserSelect = 'none',
s.style.msUserSelect = 'none',
s.style.MozUserSelect = 'none',
s.style.webkitTapHighlightColor = 'transparent',
this.nb = document.createElement('table'),
this.nb.setAttribute('cellspacing', '0'),
this.Zd.appendChild(this.nb),
this.sb = this.eb.bind(this),
Vl(this.cn) &&
this.rb(!0),
this.$i = new tE(this.Dc.bind(this), this.cn, n),
this.$t().Zc().l(this.hb.bind(this), this),
this.lb = new gE(this, this.U_),
this.nb.appendChild(this.lb.hp());
const r = t.autoSize &&
this.ab();
let a = this.cn.width,
l = this.cn.height;
if (r || a === 0 || l === 0) {
const o = e.getBoundingClientRect();
a = a ||
o.width,
l = l ||
o.height
}
this.ob(a, l),
this._b(),
e.appendChild(this.Zd),
this.ub(),
this.$i.St().sc().l(this.$i.Xl.bind(this.$i), this),
this.$i.w_().l(this.$i.Xl.bind(this.$i), this)
}
$t() {
return this.$i
}
W() {
return this.cn
}
qp() {
return this.Zm
}
cb() {
return this.lb
}
S() {
this.rb(!1),
this.Xm !== 0 &&
window.cancelAnimationFrame(this.Xm),
this.$i.Zc().p(this),
this.$i.St().sc().p(this),
this.$i.w_().p(this),
this.$i.S();
for (const e of this.Zm) this.nb.removeChild(e.hp()),
e.hm().p(this),
e.lm().p(this),
e.S();
this.Zm = [],
Q(this.lb).S(),
this.Zd.parentElement !== null &&
this.Zd.parentElement.removeChild(this.Zd),
this.Pc.S(),
this.Dp.S(),
this.Vp.S(),
this.fb()
}
ob(e, t, n = !1) {
if (this.ro === t && this.o_ === e) return;
const s = function (l) {
const o = Math.floor(l.width),
u = Math.floor(l.height);
return Ke({
width: o - o % 2,
height: u - u % 2
})
}(Ke({
width: e,
height: t
}));
this.ro = s.height,
this.o_ = s.width;
const r = this.ro + 'px',
a = this.o_ + 'px';
Q(this.Zd).style.height = r,
Q(this.Zd).style.width = a,
this.nb.style.height = r,
this.nb.style.width = a,
n ? this.pb(ht.es(), performance.now()) : this.$i.Xl()
}
fp(e) {
e === void 0 &&
(e = ht.es());
for (let t = 0; t < this.Zm.length; t++) this.Zm[t].fp(e.Hn(t).Fn);
this.cn.timeScale.visible &&
this.lb.fp(e.jn())
}
Hh(e) {
const t = Vl(this.cn);
this.$i.Hh(e);
const n = Vl(this.cn);
n !== t &&
this.rb(n),
this.ub(),
this.mb(e)
}
hm() {
return this.Dp
}
lm() {
return this.Vp
}
Zc() {
return this.Pc
}
bb() {
this.Jm !== null &&
(this.pb(this.Jm, performance.now()), this.Jm = null);
const e = this.wb(null),
t = document.createElement('canvas');
t.width = e.width,
t.height = e.height;
const n = Q(t.getContext('2d'));
return this.wb(n),
t
}
gb(e) {
return e === 'left' &&
!this.Mb() ||
e === 'right' &&
!this.xb() ||
this.Zm.length === 0 ? 0 : Q(e === 'left' ? this.Zm[0].bm() : this.Zm[0].wm()).cp()
}
Sb() {
return this.cn.autoSize &&
this.tb !== null
}
kb() {
return this.Zd
}
Jp(e) {
this.ib = e,
this.ib ? this.kb().style.setProperty('cursor', e) : this.kb().style.removeProperty('cursor')
}
yb() {
return this.ib
}
Cb() {
return xt(this.Zm[0])._m()
}
mb(e) {
(
e.autoSize !== void 0 ||
!this.tb ||
e.width === void 0 &&
e.height === void 0
) &&
(
e.autoSize &&
!this.tb &&
this.ab(),
e.autoSize === !1 &&
this.tb !== null &&
this.fb(),
e.autoSize ||
e.width === void 0 &&
e.height === void 0 ||
this.ob(e.width || this.o_, e.height || this.ro)
)
}
wb(e) {
let t = 0,
n = 0;
const s = this.Zm[0],
r = (l, o) => {
let u = 0;
for (let c = 0; c < this.Zm.length; c++) {
const h = this.Zm[c],
d = Q(l === 'left' ? h.bm() : h.wm()),
f = d.Mp();
e !== null &&
d.xp(e, o, u),
u += f.height
}
};
this.Mb() &&
(r('left', 0), t += Q(s.bm()).Mp().width);
for (let l = 0; l < this.Zm.length; l++) {
const o = this.Zm[l],
u = o.Mp();
e !== null &&
o.xp(e, t, n),
n += u.height
}
t += s.Mp().width,
this.xb() &&
(r('right', t), t += Q(s.wm()).Mp().width);
const a = (l, o, u) => {
Q(l === 'left' ? this.lb.zm() : this.lb.Lm()).xp(Q(e), o, u)
};
if (this.cn.timeScale.visible) {
const l = this.lb.Mp();
if (e !== null) {
let o = 0;
this.Mb() &&
(a('left', o, n), o = Q(s.bm()).Mp().width),
this.lb.xp(e, o, n),
o += l.width,
this.xb() &&
a('right', o, n)
}
n += l.height
}
return Ke({
width: t,
height: n
})
}
Tb() {
let e = 0,
t = 0,
n = 0;
for (const p of this.Zm) this.Mb() &&
(
t = Math.max(t, Q(p.bm()).ap(), this.cn.leftPriceScale.minimumWidth)
),
this.xb() &&
(
n = Math.max(n, Q(p.wm()).ap(), this.cn.rightPriceScale.minimumWidth)
),
e += p.g_();
t = ko(t),
n = ko(n);
const s = this.o_,
r = this.ro,
a = Math.max(s - t - n, 0),
l = this.cn.timeScale.visible;
let o = l ? Math.max(this.lb.Fm(), this.cn.timeScale.minimumHeight) : 0;
var u;
o = (u = o) + u % 2;
const c = 0 + o,
h = r < c ? 0 : r - c,
d = h / e;
let f = 0;
for (let p = 0; p < this.Zm.length; ++p) {
const g = this.Zm[p];
g.Up(this.$i.Uc() [p]);
let w = 0,
y = 0;
y = p === this.Zm.length - 1 ? h - f : Math.round(g.g_() * d),
w = Math.max(y, 2),
f += w,
g.up(Ke({
width: a,
height: w
})),
this.Mb() &&
g.om(t, 'left'),
this.xb() &&
g.om(n, 'right'),
g.dp() &&
this.$i.Xc(g.dp(), w)
}
this.lb.Nm(Ke({
width: l ? a : 0,
height: o
}), l ? t : 0, l ? n : 0),
this.$i.x_(a),
this.Km !== t &&
(this.Km = t),
this.Gm !== n &&
(this.Gm = n)
}
rb(e) {
e ? this.Zd.addEventListener('wheel', this.sb, {
passive: !1
}) : this.Zd.removeEventListener('wheel', this.sb)
}
Pb(e) {
switch (e.deltaMode) {
case e.DOM_DELTA_PAGE:
return 120;
case e.DOM_DELTA_LINE:
return 32
}
return yE ? 1 / window.devicePixelRatio : 1
}
eb(e) {
if (
!(
e.deltaX !== 0 &&
this.cn.handleScroll.mouseWheel ||
e.deltaY !== 0 &&
this.cn.handleScale.mouseWheel
)
) return;
const t = this.Pb(e),
n = t * e.deltaX / 100,
s = - t * e.deltaY / 100;
if (
e.cancelable &&
e.preventDefault(),
s !== 0 &&
this.cn.handleScale.mouseWheel
) {
const r = Math.sign(s) * Math.min(1, Math.abs(s)),
a = e.clientX - this.Zd.getBoundingClientRect().left;
this.$t().Jc(a, r)
}
n !== 0 &&
this.cn.handleScroll.mouseWheel &&
this.$t().Qc( - 80 * n)
}
pb(e, t) {
var n;
const s = e.jn();
s === 3 &&
this.Rb(),
s !== 3 &&
s !== 2 ||
(
this.Db(e),
this.Vb(e, t),
this.lb.bt(),
this.Zm.forEach(r => {
r.Zp()
}),
((n = this.Jm) === null || n === void 0 ? void 0 : n.jn()) === 3 &&
(
this.Jm.ts(e),
this.Rb(),
this.Db(this.Jm),
this.Vb(this.Jm, t),
e = this.Jm,
this.Jm = null
)
),
this.fp(e)
}
Vb(e, t) {
for (const n of e.Qn()) this.ns(n, t)
}
Db(e) {
const t = this.$i.Uc();
for (let n = 0; n < t.length; n++) e.Hn(n).Wn &&
t[n].E_()
}
ns(e, t) {
const n = this.$i.St();
switch (e.qn) {
case 0:
n.rc();
break;
case 1:
n.hc(e.Vt);
break;
case 2:
n.Gn(e.Vt);
break;
case 3:
n.Jn(e.Vt);
break;
case 4:
n.Uu();
break;
case 5:
e.Vt.Ju(t) ||
n.Jn(e.Vt.Qu(t))
}
}
Dc(e) {
this.Jm !== null ? this.Jm.ts(e) : this.Jm = e,
this.Qm ||
(
this.Qm = !0,
this.Xm = window.requestAnimationFrame(
t => {
if (this.Qm = !1, this.Xm = 0, this.Jm !== null) {
const n = this.Jm;
this.Jm = null,
this.pb(n, t);
for (const s of n.Qn()) if (s.qn === 5 && !s.Vt.Ju(t)) {
this.$t().Zn(s.Vt);
break
}
}
}
)
)
}
Rb() {
this._b()
}
_b() {
const e = this.$i.Uc(),
t = e.length,
n = this.Zm.length;
for (let s = t; s < n; s++) {
const r = xt(this.Zm.pop());
this.nb.removeChild(r.hp()),
r.hm().p(this),
r.lm().p(this),
r.S()
}
for (let s = n; s < t; s++) {
const r = new Pu(this, e[s]);
r.hm().l(this.Ob.bind(this), this),
r.lm().l(this.Bb.bind(this), this),
this.Zm.push(r),
this.nb.insertBefore(r.hp(), this.lb.hp())
}
for (let s = 0; s < t; s++) {
const r = e[s],
a = this.Zm[s];
a.dp() !== r ? a.Up(r) : a.$p()
}
this.ub(),
this.Tb()
}
Ab(e, t, n) {
var s;
const r = new Map;
e !== null &&
this.$i.wt().forEach(c => {
const h = c.In().hl(e);
h !== null &&
r.set(c, h)
});
let a;
if (e !== null) {
const c = (s = this.$i.St().Ui(e)) === null ||
s === void 0 ? void 0 : s.originalTime;
c !== void 0 &&
(a = c)
}
const l = this.$t().Fc(),
o = l !== null &&
l.jc instanceof Cu ? l.jc : void 0,
u = l !== null &&
l.Av !== void 0 ? l.Av.wr : void 0;
return {
Ib: a,
se: e ?? void 0,
zb: t ?? void 0,
Lb: o,
Eb: r,
Nb: u,
Fb: n ?? void 0
}
}
Ob(e, t, n) {
this.Dp.m(() => this.Ab(e, t, n))
}
Bb(e, t, n) {
this.Vp.m(() => this.Ab(e, t, n))
}
hb(e, t, n) {
this.Pc.m(() => this.Ab(e, t, n))
}
ub() {
const e = this.cn.timeScale.visible ? '' : 'none';
this.lb.hp().style.display = e
}
Mb() {
return this.Zm[0].dp().P_().W().visible
}
xb() {
return this.Zm[0].dp().R_().W().visible
}
ab() {
return 'ResizeObserver' in window &&
(
this.tb = new ResizeObserver(
e => {
const t = e.find(n => n.target === this.Gd);
t &&
this.ob(t.contentRect.width, t.contentRect.height)
}
),
this.tb.observe(this.Gd, {
box: 'border-box'
}),
!0
)
}
fb() {
this.tb !== null &&
this.tb.disconnect(),
this.tb = null
}
}
function Vl(i) {
return Boolean(i.handleScroll.mouseWheel || i.handleScale.mouseWheel)
}
function bE(i) {
return function (e) {
return e.open !== void 0
}(i) ||
function (e) {
return e.value !== void 0
}(i)
}
function rm(i, e) {
var t = {};
for (var n in i) Object.prototype.hasOwnProperty.call(i, n) &&
e.indexOf(n) < 0 &&
(t[n] = i[n]);
if (i != null && typeof Object.getOwnPropertySymbols == 'function') {
var s = 0;
for (n = Object.getOwnPropertySymbols(i); s < n.length; s++) e.indexOf(n[s]) < 0 &&
Object.prototype.propertyIsEnumerable.call(i, n[s]) &&
(t[n[s]] = i[n[s]])
}
return t
}
function Xh(i, e, t, n) {
const s = t.value,
r = {
se: e,
ot: i,
Vt: [
s,
s,
s,
s
],
Ib: n
};
return t.color !== void 0 &&
(r.V = t.color),
r
}
function wE(i, e, t, n) {
const s = t.value,
r = {
se: e,
ot: i,
Vt: [
s,
s,
s,
s
],
Ib: n
};
return t.lineColor !== void 0 &&
(r.lt = t.lineColor),
t.topColor !== void 0 &&
(r.Ts = t.topColor),
t.bottomColor !== void 0 &&
(r.Ps = t.bottomColor),
r
}
function kE(i, e, t, n) {
const s = t.value,
r = {
se: e,
ot: i,
Vt: [
s,
s,
s,
s
],
Ib: n
};
return t.topLineColor !== void 0 &&
(r.Pe = t.topLineColor),
t.bottomLineColor !== void 0 &&
(r.Re = t.bottomLineColor),
t.topFillColor1 !== void 0 &&
(r.Se = t.topFillColor1),
t.topFillColor2 !== void 0 &&
(r.ke = t.topFillColor2),
t.bottomFillColor1 !== void 0 &&
(r.ye = t.bottomFillColor1),
t.bottomFillColor2 !== void 0 &&
(r.Ce = t.bottomFillColor2),
r
}
function _E(i, e, t, n) {
const s = {
se: e,
ot: i,
Vt: [
t.open,
t.high,
t.low,
t.close
],
Ib: n
};
return t.color !== void 0 &&
(s.V = t.color),
s
}
function xE(i, e, t, n) {
const s = {
se: e,
ot: i,
Vt: [
t.open,
t.high,
t.low,
t.close
],
Ib: n
};
return t.color !== void 0 &&
(s.V = t.color),
t.borderColor !== void 0 &&
(s.Ot = t.borderColor),
t.wickColor !== void 0 &&
(s.Zh = t.wickColor),
s
}
function TE(i, e, t, n, s) {
const r = xt(s) (t),
a = Math.max(...r),
l = Math.min(...r),
o = r[r.length - 1],
u = [
o,
a,
l,
o
],
c = t,
{
time: h,
color: d
}
= c;
return {
se: e,
ot: i,
Vt: u,
Ib: n,
He: rm(c, [
'time',
'color'
]),
V: d
}
}
function br(i) {
return i.Vt !== void 0
}
function Jh(i, e) {
return e.customValues !== void 0 &&
(i.Wb = e.customValues),
i
}
function en(i) {
return (e, t, n, s, r, a) => function (l, o) {
return o ? o(l) : (u = l).open === void 0 &&
u.value === void 0;
var u
}(n, a) ? Jh({
ot: e,
se: t,
Ib: s
}, n) : Jh(i(e, t, n, s, r), n)
}
function Yh(i) {
return {
Candlestick: en(xE),
Bar: en(_E),
Area: en(wE),
Baseline: en(kE),
Histogram: en(Xh),
Line: en(Xh),
Custom: en(TE)
}
[
i
]
}
function Qh(i) {
return {
se: 0,
jb: new Map,
ha: i
}
}
function Zh(i, e) {
if (i !== void 0 && i.length !== 0) return {
Hb: e.key(i[0].ot),
$b: e.key(i[i.length - 1].ot)
}
}
function ed(i) {
let e;
return i.forEach(t => {
e === void 0 &&
(e = t.Ib)
}),
xt(e)
}
class SE {
constructor(e) {
this.Ub = new Map,
this.qb = new Map,
this.Yb = new Map,
this.Zb = [],
this.U_ = e
}
S() {
this.Ub.clear(),
this.qb.clear(),
this.Yb.clear(),
this.Zb = []
}
Xb(e, t) {
let n = this.Ub.size !== 0,
s = !1;
const r = this.qb.get(e);
if (r !== void 0) if (this.qb.size === 1) n = !1,
s = !0,
this.Ub.clear();
else for (const o of this.Zb) o.pointData.jb.delete(e) &&
(s = !0);
let a = [];
if (t.length !== 0) {
const o = t.map(f => f.time),
u = this.U_.createConverterToInternalObj(t),
c = Yh(e.Jh()),
h = e.ya(),
d = e.Ca();
a = t.map(
(f, p) => {
const g = u(f.time),
w = this.U_.key(g);
let y = this.Ub.get(w);
y === void 0 &&
(y = Qh(g), this.Ub.set(w, y), s = !0);
const b = c(g, y.se, f, o[p], h, d);
return y.jb.set(e, b),
b
}
)
}
n &&
this.Kb(),
this.Gb(e, a);
let l = - 1;
if (s) {
const o = [];
this.Ub.forEach(
u => {
o.push({
timeWeight: 0,
time: u.ha,
pointData: u,
originalTime: ed(u.jb)
})
}
),
o.sort((u, c) => this.U_.key(u.time) - this.U_.key(c.time)),
l = this.Jb(o)
}
return this.Qb(
e,
l,
function (o, u, c) {
const h = Zh(o, c),
d = Zh(u, c);
if (h !== void 0 && d !== void 0) return {
Ql: h.$b >= d.$b &&
h.Hb >= d.Hb
}
}(this.qb.get(e), r, this.U_)
)
}
fd(e) {
return this.Xb(e, [])
}
tw(e, t) {
const n = t;
(function (g) {
g.Ib === void 0 &&
(g.Ib = g.time)
}) (n),
this.U_.preprocessData(t);
const s = this.U_.createConverterToInternalObj([t]) (t.time),
r = this.Yb.get(e);
if (r !== void 0 && this.U_.key(s) < this.U_.key(r)) throw new Error(`Cannot update oldest data, last time=${ r }, new time=${ s }`);
let a = this.Ub.get(this.U_.key(s));
const l = a === void 0;
a === void 0 &&
(a = Qh(s), this.Ub.set(this.U_.key(s), a));
const o = Yh(e.Jh()),
u = e.ya(),
c = e.Ca(),
h = o(s, a.se, t, n.Ib, u, c);
a.jb.set(e, h),
this.iw(e, h);
const d = {
Ql: br(h)
};
if (!l) return this.Qb(e, - 1, d);
const f = {
timeWeight: 0,
time: a.ha,
pointData: a,
originalTime: ed(a.jb)
},
p = Xs(this.Zb, this.U_.key(f.time), (g, w) => this.U_.key(g.time) < w);
this.Zb.splice(p, 0, f);
for (let g = p; g < this.Zb.length; ++g) zl(this.Zb[g].pointData, g);
return this.U_.fillWeightsForPoints(this.Zb, p),
this.Qb(e, p, d)
}
iw(e, t) {
let n = this.qb.get(e);
n === void 0 &&
(n = [], this.qb.set(e, n));
const s = n.length !== 0 ? n[n.length - 1] : null;
s === null ||
this.U_.key(t.ot) > this.U_.key(s.ot) ? br(t) &&
n.push(t) : br(t) ? n[n.length - 1] = t : n.splice( - 1, 1),
this.Yb.set(e, t.ot)
}
Gb(e, t) {
t.length !== 0 ? (this.qb.set(e, t.filter(br)), this.Yb.set(e, t[t.length - 1].ot)) : (this.qb.delete(e), this.Yb.delete(e))
}
Kb() {
for (const e of this.Zb) e.pointData.jb.size === 0 &&
this.Ub.delete(this.U_.key(e.time))
}
Jb(e) {
let t = - 1;
for (let n = 0; n < this.Zb.length && n < e.length; ++n) {
const s = this.Zb[n],
r = e[n];
if (this.U_.key(s.time) !== this.U_.key(r.time)) {
t = n;
break
}
r.timeWeight = s.timeWeight,
zl(r.pointData, n)
}
if (
t === - 1 &&
this.Zb.length !== e.length &&
(t = Math.min(this.Zb.length, e.length)),
t === - 1
) return - 1;
for (let n = t; n < e.length; ++n) zl(e[n].pointData, n);
return this.U_.fillWeightsForPoints(e, t),
this.Zb = e,
t
}
nw() {
if (this.qb.size === 0) return null;
let e = 0;
return this.qb.forEach(t => {
t.length !== 0 &&
(e = Math.max(e, t[t.length - 1].se))
}),
e
}
Qb(e, t, n) {
const s = {
sw: new Map,
St: {
Lu: this.nw()
}
};
if (t !== - 1) this.qb.forEach((r, a) => {
s.sw.set(a, {
He: r,
ew: a === e ? n : void 0
})
}),
this.qb.has(e) ||
s.sw.set(e, {
He: [],
ew: n
}),
s.St.rw = this.Zb,
s.St.hw = t;
else {
const r = this.qb.get(e);
s.sw.set(e, {
He: r ||
[],
ew: n
})
}
return s
}
}
function zl(i, e) {
i.se = e,
i.jb.forEach(t => {
t.se = e
})
}
function Nu(i) {
const e = {
value: i.Vt[3],
time: i.Ib
};
return i.Wb !== void 0 &&
(e.customValues = i.Wb),
e
}
function td(i) {
const e = Nu(i);
return i.V !== void 0 &&
(e.color = i.V),
e
}
function EE(i) {
const e = Nu(i);
return i.lt !== void 0 &&
(e.lineColor = i.lt),
i.Ts !== void 0 &&
(e.topColor = i.Ts),
i.Ps !== void 0 &&
(e.bottomColor = i.Ps),
e
}
function CE(i) {
const e = Nu(i);
return i.Pe !== void 0 &&
(e.topLineColor = i.Pe),
i.Re !== void 0 &&
(e.bottomLineColor = i.Re),
i.Se !== void 0 &&
(e.topFillColor1 = i.Se),
i.ke !== void 0 &&
(e.topFillColor2 = i.ke),
i.ye !== void 0 &&
(e.bottomFillColor1 = i.ye),
i.Ce !== void 0 &&
(e.bottomFillColor2 = i.Ce),
e
}
function am(i) {
const e = {
open: i.Vt[0],
high: i.Vt[1],
low: i.Vt[2],
close: i.Vt[3],
time: i.Ib
};
return i.Wb !== void 0 &&
(e.customValues = i.Wb),
e
}
function $E(i) {
const e = am(i);
return i.V !== void 0 &&
(e.color = i.V),
e
}
function LE(i) {
const e = am(i),
{
V: t,
Ot: n,
Zh: s
}
= i;
return t !== void 0 &&
(e.color = t),
n !== void 0 &&
(e.borderColor = n),
s !== void 0 &&
(e.wickColor = s),
e
}
function To(i) {
return {
Area: EE,
Line: td,
Baseline: CE,
Histogram: td,
Bar: $E,
Candlestick: LE,
Custom: PE
}
[
i
]
}
function PE(i) {
const e = i.Ib;
return Object.assign(Object.assign({
}, i.He), {
time: e
})
}
const IE = {
vertLine: {
color: '#9598A1',
width: 1,
style: 3,
visible: !0,
labelVisible: !0,
labelBackgroundColor: '#131722'
},
horzLine: {
color: '#9598A1',
width: 1,
style: 3,
visible: !0,
labelVisible: !0,
labelBackgroundColor: '#131722'
},
mode: 1
},
NE = {
vertLines: {
color: '#D6DCDE',
style: 0,
visible: !0
},
horzLines: {
color: '#D6DCDE',
style: 0,
visible: !0
}
},
ME = {
background: {
type: 'solid',
color: '#FFFFFF'
},
textColor: '#191919',
fontSize: 12,
fontFamily: ku,
attributionLogo: !0
},
Wl = {
autoScale: !0,
mode: 0,
invertScale: !1,
alignLabels: !0,
borderVisible: !0,
borderColor: '#2B2B43',
entireTextOnly: !1,
visible: !1,
ticksVisible: !1,
scaleMargins: {
bottom: 0.1,
top: 0.2
},
minimumWidth: 0
},
RE = {
rightOffset: 0,
barSpacing: 6,
minBarSpacing: 0.5,
fixLeftEdge: !1,
fixRightEdge: !1,
lockVisibleTimeRangeOnResize: !1,
rightBarStaysOnScroll: !1,
borderVisible: !0,
borderColor: '#2B2B43',
visible: !0,
timeVisible: !1,
secondsVisible: !0,
shiftVisibleRangeOnNewBar: !0,
allowShiftVisibleRangeOnWhitespaceReplacement: !1,
ticksVisible: !1,
uniformDistribution: !1,
minimumHeight: 0,
allowBoldLabels: !0
},
BE = {
color: 'rgba(0, 0, 0, 0)',
visible: !1,
fontSize: 48,
fontFamily: ku,
fontStyle: '',
text: '',
horzAlign: 'center',
vertAlign: 'center'
};
function id() {
return {
width: 0,
height: 0,
autoSize: !1,
layout: ME,
crosshair: IE,
grid: NE,
overlayPriceScales: Object.assign({
}, Wl),
leftPriceScale: Object.assign(Object.assign({
}, Wl), {
visible: !1
}),
rightPriceScale: Object.assign(Object.assign({
}, Wl), {
visible: !0
}),
timeScale: RE,
watermark: BE,
localization: {
locale: Gn ? navigator.language : '',
dateFormat: 'dd MMM \'yy'
},
handleScroll: {
mouseWheel: !0,
pressedMouseMove: !0,
horzTouchDrag: !0,
vertTouchDrag: !0
},
handleScale: {
axisPressedMouseMove: {
time: !0,
price: !0
},
axisDoubleClickReset: {
time: !0,
price: !0
},
mouseWheel: !0,
pinch: !0
},
kineticScroll: {
mouse: !1,
touch: !0
},
trackingMode: {
exitMode: 1
}
}
}
class OE {
constructor(e, t) {
this.lw = e,
this.aw = t
}
applyOptions(e) {
this.lw.$t().Hc(this.aw, e)
}
options() {
return this.Li().W()
}
width() {
return Sa(this.aw) ? this.lw.gb(this.aw) : 0
}
Li() {
return Q(this.lw.$t().$c(this.aw)).Dt
}
}
function nd(i, e, t) {
const n = rm(i, [
'time',
'originalTime'
]),
s = Object.assign({
time: e
}, n);
return t !== void 0 &&
(s.originalTime = t),
s
}
const DE = {
color: '#FF0000',
price: 0,
lineStyle: 2,
lineWidth: 1,
lineVisible: !0,
axisLabelVisible: !0,
title: '',
axisLabelColor: '',
axisLabelTextColor: ''
};
class FE {
constructor(e) {
this.Eh = e
}
applyOptions(e) {
this.Eh.Hh(e)
}
options() {
return this.Eh.W()
}
ow() {
return this.Eh
}
}
class AE {
constructor(e, t, n, s, r) {
this._w = new Ze,
this.Ls = e,
this.uw = t,
this.cw = n,
this.U_ = r,
this.dw = s
}
S() {
this._w.S()
}
priceFormatter() {
return this.Ls.ma()
}
priceToCoordinate(e) {
const t = this.Ls.Ct();
return t === null ? null : this.Ls.Dt().Rt(e, t.Vt)
}
coordinateToPrice(e) {
const t = this.Ls.Ct();
return t === null ? null : this.Ls.Dt().pn(e, t.Vt)
}
barsInLogicalRange(e) {
if (e === null) return null;
const t = new An(new ks(e.from, e.to)).hu(),
n = this.Ls.In();
if (n.Ni()) return null;
const s = n.hl(t.Vs(), 1),
r = n.hl(t.ui(), - 1),
a = Q(n.sl()),
l = Q(n.An());
if (s !== null && r !== null && s.se > r.se) return {
barsBefore: e.from - a,
barsAfter: l - e.to
};
const o = {
barsBefore: s === null ||
s.se === a ? e.from - a : s.se - a,
barsAfter: r === null ||
r.se === l ? l - e.to : l - r.se
};
return s !== null &&
r !== null &&
(o.from = s.Ib, o.to = r.Ib),
o
}
setData(e) {
this.U_,
this.Ls.Jh(),
this.uw.fw(this.Ls, e),
this.pw('full')
}
update(e) {
this.Ls.Jh(),
this.uw.mw(this.Ls, e),
this.pw('update')
}
dataByIndex(e, t) {
const n = this.Ls.In().hl(e, t);
return n === null ? null : To(this.seriesType()) (n)
}
data() {
const e = To(this.seriesType());
return this.Ls.In().ie().map(t => e(t))
}
subscribeDataChanged(e) {
this._w.l(e)
}
unsubscribeDataChanged(e) {
this._w.v(e)
}
setMarkers(e) {
this.U_;
const t = e.map(n => nd(n, this.U_.convertHorzItemToInternal(n.time), n.time));
this.Ls.ia(t)
}
markers() {
return this.Ls.na().map(e => nd(e, e.originalTime, void 0))
}
applyOptions(e) {
this.Ls.Hh(e)
}
options() {
return xi(this.Ls.W())
}
priceScale() {
return this.cw.priceScale(this.Ls.Dt().Ta())
}
createPriceLine(e) {
const t = ni(xi(DE), e),
n = this.Ls.sa(t);
return new FE(n)
}
removePriceLine(e) {
this.Ls.ea(e.ow())
}
seriesType() {
return this.Ls.Jh()
}
attachPrimitive(e) {
this.Ls.Sa(e),
e.attached &&
e.attached({
chart: this.dw,
series: this,
requestUpdate: () => this.Ls.$t().Xl()
})
}
detachPrimitive(e) {
this.Ls.ka(e),
e.detached &&
e.detached()
}
pw(e) {
this._w.M() &&
this._w.m(e)
}
}
class VE {
constructor(e, t, n) {
this.bw = new Ze,
this.pu = new Ze,
this.Vm = new Ze,
this.$i = e,
this.kl = e.St(),
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