vega-lite.min.js

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L("_".concat(t, "_").concat(E(e[t]))) : L("_".concat(t, "_").concat(e[t]))).join("");}function yn(e) {return !0 === e || bn(e) && !e.binned;}function vn(e) {return "binned" === e || bn(e) && !0 === e.binned;}function bn(e) {return t.isObject(e);}function xn(e) {return e === null || e === void 0 ? void 0 : e.param;}function $n(e) {switch (e) {case oe:case ae:case Fe:case we:case ke:case Se:case Ce:case Oe:case _e:case Ne:case De:return 6;case Pe:return 4;default:return 10;}}function wn(e) {return !!(e !== null && e !== void 0 && e.expr);}function kn(e) {const t = j(e || {}),n = {};for (const i of t) n[i] = An(e[i]);return n;}function Sn(e) {const { anchor: t, frame: n, offset: i, orient: r, angle: o, limit: a, color: s, subtitleColor: l, subtitleFont: c, subtitleFontSize: u, subtitleFontStyle: f, subtitleFontWeight: d, subtitleLineHeight: m, subtitlePadding: p } = e,g = _objectWithoutProperties(e, _excluded6),h = _objectSpread(_objectSpread(_objectSpread(_objectSpread(_objectSpread(_objectSpread({}, t ? { anchor: t } : {}), n ? { frame: n } : {}), i ? { offset: i } : {}), r ? { orient: r } : {}), void 0 !== o ? { angle: o } : {}), void 0 !== a ? { limit: a } : {}),y = _objectSpread(_objectSpread(_objectSpread(_objectSpread(_objectSpread(_objectSpread(_objectSpread({}, l ? { subtitleColor: l } : {}), c ? { subtitleFont: c } : {}), u ? { subtitleFontSize: u } : {}), f ? { subtitleFontStyle: f } : {}), d ? { subtitleFontWeight: d } : {}), m ? { subtitleLineHeight: m } : {}), p ? { subtitlePadding: p } : {});return { titleMarkConfig: _objectSpread(_objectSpread({}, g), s ? { fill: s } : {}), subtitleMarkConfig: b(e, ["align", "baseline", "dx", "dy", "limit"]), nonMarkTitleProperties: h, subtitle: y };}function Dn(e) {return t.isString(e) || t.isArray(e) && t.isString(e[0]);}function Fn(e) {return !!(e !== null && e !== void 0 && e.signal);}function zn(e) {return !!e.step;}function On(e) {return !t.isArray(e) && "field" in e && "data" in e;}const _n = j({ aria: 1, description: 1, ariaRole: 1, ariaRoleDescription: 1, blend: 1, opacity: 1, fill: 1, fillOpacity: 1, stroke: 1, strokeCap: 1, strokeWidth: 1, strokeOpacity: 1, strokeDash: 1, strokeDashOffset: 1, strokeJoin: 1, strokeOffset: 1, strokeMiterLimit: 1, startAngle: 1, endAngle: 1, padAngle: 1, innerRadius: 1, outerRadius: 1, size: 1, shape: 1, interpolate: 1, tension: 1, orient: 1, align: 1, baseline: 1, text: 1, dir: 1, dx: 1, dy: 1, ellipsis: 1, limit: 1, radius: 1, theta: 1, angle: 1, font: 1, fontSize: 1, fontWeight: 1, fontStyle: 1, lineBreak: 1, lineHeight: 1, cursor: 1, href: 1, tooltip: 1, cornerRadius: 1, cornerRadiusTopLeft: 1, cornerRadiusTopRight: 1, cornerRadiusBottomLeft: 1, cornerRadiusBottomRight: 1, aspect: 1, width: 1, height: 1, url: 1, smooth: 1 }),Nn = { arc: 1, area: 1, group: 1, image: 1, line: 1, path: 1, rect: 1, rule: 1, shape: 1, symbol: 1, text: 1, trail: 1 },Cn = ["cornerRadius", "cornerRadiusTopLeft", "cornerRadiusTopRight", "cornerRadiusBottomLeft", "cornerRadiusBottomRight"];function Pn(e) {const n = t.isArray(e.condition) ? e.condition.map(jn) : jn(e.condition);return _objectSpread(_objectSpread({}, An(e)), {}, { condition: n });}function An(e) {if (wn(e)) {const { expr: t } = e,n = _objectWithoutProperties(e, _excluded7);return _objectSpread({ signal: t }, n);}return e;}function jn(e) {if (wn(e)) {const { expr: t } = e,n = _objectWithoutProperties(e, _excluded8);return _objectSpread({ signal: t }, n);}return e;}function Tn(e) {if (wn(e)) {const { expr: t } = e,n = _objectWithoutProperties(e, _excluded9);return _objectSpread({ signal: t }, n);}return Fn(e) ? e : void 0 !== e ? { value: e } : void 0;}function En(e) {return Fn(e) ? e.signal : t.stringValue(e.value);}function Mn(e) {return Fn(e) ? e.signal : null == e ? null : t.stringValue(e);}function Ln(e, t, n) {for (const i of n) {const n = Rn(i, t.markDef, t.config);void 0 !== n && (e[i] = Tn(n));}return e;}function qn(e) {var _e$style;return [].concat(e.type, (_e$style = e.style) !== null && _e$style !== void 0 ? _e$style : []);}function Un(e, t, n) {let i = arguments.length > 3 && void 0 !== arguments[3] ? arguments[3] : {};const { vgChannel: r, ignoreVgConfig: o } = i;return r && void 0 !== t[r] ? t[r] : void 0 !== t[e] ? t[e] : !o || r && r !== e ? Rn(e, t, n, i) : void 0;}function Rn(e, t, n) {let { vgChannel: i } = arguments.length > 3 && void 0 !== arguments[3] ? arguments[3] : {};return X(i ? Wn(e, t, n.style) : void 0, Wn(e, t, n.style), i ? n[t.type][i] : void 0, n[t.type][e], i ? n.mark[i] : n.mark[e]);}function Wn(e, t, n) {return Bn(e, qn(t), n);}function Bn(e, n, i) {let r;n = t.array(n);for (const t of n) {const n = i[t];n && void 0 !== n[e] && (r = n[e]);}return r;}function In(e, n) {return t.array(e).reduce((e, t) => {var _t$sort;return e.field.push(pa(t, n)), e.order.push((_t$sort = t.sort) !== null && _t$sort !== void 0 ? _t$sort : "ascending"), e;}, { field: [], order: [] });}function Hn(e, t) {const n = [...e];return t.forEach((e) => {for (const t of n) if (ie(t, e)) return;n.push(e);}), n;}function Vn(e, n) {return ie(e, n) || !n ? e : e ? [...t.array(e), ...t.array(n)].join(", ") : n;}function Gn(e, t) {const n = e.value,i = t.value;if (null == n || null === i) return { explicit: e.explicit, value: null };if ((Dn(n) || Fn(n)) && (Dn(i) || Fn(i))) return { explicit: e.explicit, value: Vn(n, i) };if (Dn(n) || Fn(n)) return { explicit: e.explicit, value: n };if (Dn(i) || Fn(i)) return { explicit: e.explicit, value: i };if (!(Dn(n) || Fn(n) || Dn(i) || Fn(i))) return { explicit: e.explicit, value: Hn(n, i) };throw new Error("It should never reach here");}function Yn(e, t, n) {return (t = function (e) {var t = function (e, t) {if ("object" != typeof e || null === e) return e;var n = e[Symbol.toPrimitive];if (void 0 !== n) {var i = n.call(e, t || "default");if ("object" != typeof i) return i;throw new TypeError("@@toPrimitive must return a primitive value.");}return ("string" === t ? String : Number)(e);}(e, "string");return "symbol" == typeof t ? t : String(t);}(t)) in e ? Object.defineProperty(e, t, { value: n, enumerable: !0, configurable: !0, writable: !0 }) : e[t] = n, e;}function Xn(e, t, n) {return function (e, t, n) {if (t.set) t.set.call(e, n);else {if (!t.writable) throw new TypeError("attempted to set read only private field");t.value = n;}}(e, Jn(e, t, "set"), n), n;}function Jn(e, t, n) {if (!t.has(e)) throw new TypeError("attempted to " + n + " private field on non-instance");return t.get(e);}function Qn(e, t, n) {!function (e, t) {if (t.has(e)) throw new TypeError("Cannot initialize the same private elements twice on an object");}(e, t), t.set(e, n);}function Kn(e) {return "Invalid specification ".concat(re(e), ". Make sure the specification includes at least one of the following properties: \"mark\", \"layer\", \"facet\", \"hconcat\", \"vconcat\", \"concat\", or \"repeat\".");}const Zn = 'Autosize "fit" only works for single views and layered views.';function ei(e) {return "".concat("width" == e ? 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We will use the rule mark (line segments) instead."))), i(_objectSpread(_objectSpread({}, e), {}, { mark: t.isObject(o) ? _objectSpread(_objectSpread({}, o), {}, { type: "rule" }) : "rule" }), n);}}function Fl(e) {let { parentEncoding: n, encoding: i = {}, layer: r } = e,o = {};if (n) {const e = new Set([...j(n), ...j(i)]);for (const a of e) {const e = i[a],s = n[a];if (aa(e)) {const t = _objectSpread(_objectSpread({}, s), e);o[a] = t;} else Zo(e) ? o[a] = _objectSpread(_objectSpread({}, e), {}, { condition: _objectSpread(_objectSpread({}, s), e.condition) }) : e || null === e ? o[a] = e : (r || la(s) || Fn(s) || aa(s) || t.isArray(s)) && (o[a] = s);}} else o = i;return !o || A(o) ? void 0 : o;}function zl(e) {const { parentProjection: t, projection: n } = e;return t && n && Ni(function (e) {const { parentProjection: t, projection: n } = e;return "Layer's shared projection ".concat(re(t), " is overridden by a child projection ").concat(re(n), ".");}({ parentProjection: t, projection: n })), n !== null && n !== void 0 ? n : t;}function Ol(e) {return "filter" in e;}function _l(e) {return "lookup" in e;}function Nl(e) {return "pivot" in e;}function Cl(e) {return "density" in e;}function Pl(e) {return "quantile" in e;}function Al(e) {return "regression" in e;}function jl(e) {return "loess" in e;}function Tl(e) {return "sample" in e;}function El(e) {return "window" in e;}function Ml(e) {return "joinaggregate" in e;}function Ll(e) {return "flatten" in e;}function ql(e) {return "calculate" in e;}function Ul(e) {return "bin" in e;}function Rl(e) {return "impute" in e;}function Wl(e) {return "timeUnit" in e;}function Bl(e) {return "aggregate" in e;}function Il(e) {return "stack" in e;}function Hl(e) {return "fold" in e;}function Vl(e) {return "extent" in e && !("density" in e);}function Gl(e, t) {const { transform: n } = e,i = _objectWithoutProperties(e, _excluded28);if (n) {return _objectSpread(_objectSpread({}, i), {}, { transform: n.map((e) => {if (Ol(e)) return { filter: Jl(e, t) };if (Ul(e) && bn(e.bin)) return _objectSpread(_objectSpread({}, e), {}, { bin: Xl(e.bin) });if (_l(e)) {const _e$from = e.from,{ selection: t } = _e$from,n = _objectWithoutProperties(_e$from, _excluded29);return t ? 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_t$emptySelections$e : !0 };return (_t$selectionPredicate2 = (_t$selectionPredicate = t.selectionPredicates)[e]) !== null && _t$selectionPredicate2 !== void 0 ? _t$selectionPredicate2 : _t$selectionPredicate[e] = [], t.selectionPredicates[e].push(n), n;});return e.selection ? n(e.selection) : h(e.test || e.filter, (e) => e.selection ? n(e.selection) : e);}class Ql extends ol {map(e, t) {var _t$selections;const n = (_t$selections = t.selections) !== null && _t$selections !== void 0 ? _t$selections : [];if (e.params && !Wa(e)) {const t = [];for (const i of e.params) As(i) ? n.push(i) : t.push(i);e.params = t;}return t.selections = n, super.map(e, t);}mapUnit(e, n) {var _n$path;const i = n.selections;if (!i || !i.length) return e;const r = ((_n$path = n.path) !== null && _n$path !== void 0 ? _n$path : []).concat(e.name),o = [];for (const n of i) if (n.views && n.views.length) for (const i of n.views) (t.isString(i) && (i === e.name || r.includes(i)) || t.isArray(i) && i.map((e) => r.indexOf(e)).every((e, t, n) => -1 !== e && (0 === t || e > n[t - 1]))) && o.push(n);else o.push(n);return o.length && (e.params = o), e;}}for (const e of ["mapFacet", "mapRepeat", "mapHConcat", "mapVConcat", "mapLayer"]) {const t = Ql.prototype[e];Ql.prototype[e] = function (e, n) {return t.call(this, e, Kl(e, n));};}function Kl(e, t) {var _t$path;return e.name ? _objectSpread(_objectSpread({}, t), {}, { path: ((_t$path = t.path) !== null && _t$path !== void 0 ? _t$path : []).concat(e.name) }) : t;}function Zl(e, t) {void 0 === t && (t = Ks(e.config));const n = function (e) {let t = arguments.length > 1 && void 0 !== arguments[1] ? arguments[1] : {};const n = { config: t };return nc.map(ec.map(tc.map(e, n), n), n);}(e, t),{ width: i, height: r } = e,o = function (e, t, n) {let { width: i, height: r } = t;const o = Wa(e) || rl(e),a = {};o ? "container" == i && "container" == r ? (a.type = "fit", a.contains = "padding") : "container" == i ? 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"[".concat(t.join(", "), "]") : t;}return Ci(e) ? i(n ? Mi(e) : function (e) {const t = Ei(e, !0);return e.utc ? +new Date(Date.UTC(...t)) : +new Date(...t);}(e)) : n ? i(re(e)) : e;}function kc(e, n) {for (const i of T((_e$component$selectio = e.component.selection) !== null && _e$component$selectio !== void 0 ? _e$component$selectio : {})) {var _e$component$selectio;const r = i.name;let o = "".concat(r).concat(Wu, ", ").concat("global" === i.resolve ? "true" : "{unit: ".concat(Vu(e), "}"));for (const t of Hu) t.defined(i) && (t.signals && (n = t.signals(e, i, n)), t.modifyExpr && (o = t.modifyExpr(e, i, o)));n.push({ name: r + Bu, on: [{ events: { signal: i.name + Wu }, update: "modify(".concat(t.stringValue(i.name + Ru), ", ").concat(o, ")") }] });}return Fc(n);}function Sc(e, n) {if (e.component.selection && j(e.component.selection).length) {const i = t.stringValue(e.getName("cell"));n.unshift({ name: "facet", value: {}, on: [{ events: t.parseSelector("pointermove", "scope"), update: "isTuple(facet) ? facet : group(".concat(i, ").datum") }] });}return Fc(n);}function Dc(e, t) {for (const n of T((_e$component$selectio2 = e.component.selection) !== null && _e$component$selectio2 !== void 0 ? _e$component$selectio2 : {})) {var _e$component$selectio2;for (const i of Hu) i.defined(n) && i.marks && (t = i.marks(e, n, t));}return t;}function Fc(e) {return e.map((e) => (e.on && !e.on.length && delete e.on, e));}class zc {constructor(e, t) {this.debugName = t, Yn(this, "_children", []), Yn(this, "_parent", null), Yn(this, "_hash", void 0), e && (this.parent = e);}clone() {throw new Error("Cannot clone node");}get parent() {return this._parent;}set parent(e) {this._parent = e, e && e.addChild(this);}get children() {return this._children;}numChildren() {return this._children.length;}addChild(e, t) {this._children.includes(e) ? Ni("Attempt to add the same child twice.") : void 0 !== t ? this._children.splice(t, 0, e) : this._children.push(e);}removeChild(e) {const t = this._children.indexOf(e);return this._children.splice(t, 1), t;}remove() {let e = this._parent.removeChild(this);for (const t of this._children) t._parent = this._parent, this._parent.addChild(t, e++);}insertAsParentOf(e) {const t = e.parent;t.removeChild(this), this.parent = t, e.parent = this;}swapWithParent() {const e = this._parent,t = e.parent;for (const t of this._children) t.parent = e;this._children = [], e.removeChild(this);const n = e.parent.removeChild(e);this._parent = t, t.addChild(this, n), e.parent = this;}}class Oc extends zc {clone() {const e = new this.constructor();return e.debugName = "clone_".concat(this.debugName), e._source = this._source, e._name = "clone_".concat(this._name), e.type = this.type, e.refCounts = this.refCounts, e.refCounts[e._name] = 0, e;}constructor(e, t, n, i) {super(e, t), this.type = n, this.refCounts = i, Yn(this, "_source", void 0), Yn(this, "_name", void 0), this._source = this._name = t, this.refCounts && !(this._name in this.refCounts) && (this.refCounts[this._name] = 0);}dependentFields() {return new Set();}producedFields() {return new Set();}hash() {return void 0 === this._hash && (this._hash = "Output ".concat(Q())), this._hash;}getSource() {return this.refCounts[this._name]++, this._source;}isRequired() {return !!this.refCounts[this._name];}setSource(e) {this._source = e;}}function _c(e) {return void 0 !== e.as;}function Nc(e) {return "".concat(e, "_end");}class Cc extends zc {clone() {return new Cc(null, y(this.timeUnits));}constructor(e, t) {super(e), this.timeUnits = t;}static makeFromEncoding(e, t) {const n = t.reduceFieldDef((e, n, i) => {const { field: r, timeUnit: o } = n;if (o) {let a;if (Ui(o)) {if (_m(t)) {const { mark: e, markDef: i, config: s } = t,l = Go({ fieldDef: n, markDef: i, config: s });(ao(e) || l) && (a = { timeUnit: Xi(o), field: r });}} else a = { as: pa(n, { forAs: !0 }), field: r, timeUnit: o };if (_m(t)) {const { mark: e, markDef: r, config: o } = t,s = Go({ fieldDef: n, markDef: r, config: o });ao(e) && Et(i) && .5 !== s && (a.rectBandPosition = s);}a && (e[$(a)] = a);}return e;}, {});return A(n) ? null : new Cc(e, n);}static makeFromTransform(e, t) {const _t2 = _objectSpread({}, t),{ timeUnit: n } = _t2,i = _objectWithoutProperties(_t2, _excluded45),r = _objectSpread(_objectSpread({}, i), {}, { timeUnit: Xi(n) });return new Cc(e, { [$(r)]: r });}merge(e) {this.timeUnits = _objectSpread({}, this.timeUnits);for (const t in e.timeUnits) this.timeUnits[t] || (this.timeUnits[t] = e.timeUnits[t]);for (const t of e.children) e.removeChild(t), t.parent = this;e.remove();}removeFormulas(e) {const t = {};for (const [n, i] of E(this.timeUnits)) {const r = _c(i) ? i.as : "".concat(i.field, "_end");e.has(r) || (t[n] = i);}this.timeUnits = t;}producedFields() {return new Set(T(this.timeUnits).map((e) => _c(e) ? e.as : Nc(e.field)));}dependentFields() {return new Set(T(this.timeUnits).map((e) => e.field));}hash() {return "TimeUnit ".concat($(this.timeUnits));}assemble() {const e = [];for (const t of T(this.timeUnits)) {const { rectBandPosition: n } = t,i = Xi(t.timeUnit);if (_c(t)) {const { field: r, as: o } = t,{ unit: a, utc: s } = i,l = _objectWithoutProperties(i, _excluded46),c = [o, "".concat(o, "_end")];e.push(_objectSpread(_objectSpread(_objectSpread(_objectSpread({ field: H(r), type: "timeunit" }, a ? { units: Ii(a) } : {}), s ? { timezone: "utc" } : {}), l), {}, { as: c })), e.push(...Tc(c, n, i));} else if (t) {const { field: r } = t,o = r.replaceAll("\\.", "."),a = jc({ timeUnit: i, field: o }),s = Nc(o);e.push({ type: "formula", expr: a, as: s }), e.push(...Tc([o, s], n, i));}}return e;}}const Pc = "offsetted_rect_start",Ac = "offsetted_rect_end";function jc(e) {let { timeUnit: t, field: n, reverse: i } = e;const { unit: r, utc: o } = t,a = Hi(r),{ part: s, step: l } = Ki(a, t.step);return "".concat(o ? "utcOffset" : "timeOffset", "('").concat(s, "', datum['").concat(n, "'], ").concat(i ? -l : l, ")");}function Tc(e, t, n) {let [i, r] = e;if (void 0 !== t && .5 !== t) {const e = "datum['".concat(i, "']"),o = "datum['".concat(r, "']");return [{ type: "formula", expr: Ec([jc({ timeUnit: n, field: i, reverse: !0 }), e], t + .5), as: "".concat(i, "_").concat(Pc) }, { type: "formula", expr: Ec([e, o], t + .5), as: "".concat(i, "_").concat(Ac) }];}return [];}function Ec(e, t) {let [n, i] = e;return "".concat(1 - t, " * ").concat(n, " + ").concat(t, " * ").concat(i);}const Mc = "_tuple_fields";class Lc {constructor() {Yn(this, "hasChannel", void 0), Yn(this, "hasField", void 0), Yn(this, "hasSelectionId", void 0), Yn(this, "timeUnit", void 0), Yn(this, "items", void 0);for (var e = arguments.length, t = new Array(e), n = 0; n < e; n++) t[n] = arguments[n];this.items = t, this.hasChannel = {}, this.hasField = {}, this.hasSelectionId = !1;}}const qc = { defined: () => !0, parse: (e, n, i) => {var _n$project;const r = n.name,o = (_n$project = n.project) !== null && _n$project !== void 0 ? _n$project : n.project = new Lc(),a = {},s = {},l = new Set(),c = (e, t) => {const n = "visual" === t ? e.channel : e.field;let i = L("".concat(r, "_").concat(n));for (let e = 1; l.has(i); e++) i = L("".concat(r, "_").concat(n, "_").concat(e));return l.add(i), { [t]: i };},u = n.type,f = e.config.selection[u],d = void 0 !== i.value ? t.array(i.value) : null;let { fields: m, encodings: p } = t.isObject(i.select) ? i.select : {};if (!m && !p && d) for (const e of d) if (t.isObject(e)) for (const t of j(e)) {var _m2;at[t] ? (p || (p = [])).push(t) : "interval" === u ? (Ni('Interval selections should be initialized using "x", "y", "longitude", or "latitude" keys.'), p = f.encodings) : ((_m2 = m) !== null && _m2 !== void 0 ? _m2 : m = []).push(t);}m || p || (p = f.encodings, "fields" in f && (m = f.fields));for (const t of (_p2 = p) !== null && _p2 !== void 0 ? _p2 : []) {var _p2;const n = e.fieldDef(t);if (n) {let i = n.field;if (n.aggregate) {Ni(oi(t, n.aggregate));continue;}if (!i) {Ni(ri(t));continue;}if (n.timeUnit && !Ui(n.timeUnit)) {i = e.vgField(t);const r = { timeUnit: n.timeUnit, as: i, field: n.field };s[$(r)] = r;}if (!a[i]) {const r = { field: i, channel: t, type: "interval" === u && en(t) && Nr(e.getScaleComponent(t).get("type")) ? "R" : n.bin ? "R-RE" : "E", index: o.items.length };r.signals = _objectSpread(_objectSpread({}, c(r, "data")), c(r, "visual")), o.items.push(a[i] = r), o.hasField[i] = a[i], o.hasSelectionId = o.hasSelectionId || i === _s, He(t) ? (r.geoChannel = t, r.channel = Ie(t), o.hasChannel[r.channel] = a[i]) : o.hasChannel[t] = a[i];}} else Ni(ri(t));}for (const e of (_m3 = m) !== null && _m3 !== void 0 ? _m3 : []) {var _m3;if (o.hasField[e]) continue;const t = { type: "E", field: e, index: o.items.length };t.signals = _objectSpread({}, c(t, "data")), o.items.push(t), o.hasField[e] = t, o.hasSelectionId = o.hasSelectionId || e === _s;}d && (n.init = d.map((e) => o.items.map((n) => t.isObject(e) ? void 0 !== e[n.geoChannel || n.channel] ? e[n.geoChannel || n.channel] : e[n.field] : e))), A(s) || (o.timeUnit = new Cc(null, s));}, signals: (e, t, n) => {const i = t.name + Mc;return n.filter((e) => e.name === i).length > 0 || t.project.hasSelectionId ? n : n.concat({ name: i, value: t.project.items.map($c) });} },Uc = { defined: (e) => "interval" === e.type && "global" === e.resolve && e.bind && "scales" === e.bind, parse: (e, t) => {const n = t.scales = [];for (const i of t.project.items) {const r = i.channel;if (!en(r)) continue;const o = e.getScaleComponent(r),a = o ? o.get("type") : void 0;o && Nr(a) ? (o.set("selectionExtent", { param: t.name, field: i.field }, !0), n.push(i)) : Ni("Scale bindings are currently only supported for scales with unbinned, continuous domains.");}}, topLevelSignals: (e, n, i) => {const r = n.scales.filter((e) => 0 === i.filter((t) => t.name === e.signals.data).length);if (!e.parent || Wc(e) || 0 === r.length) return i;const o = i.filter((e) => e.name === n.name)[0];let a = o.update;if (a.indexOf(Iu) >= 0) o.update = "{".concat(r.map((e) => "".concat(t.stringValue(H(e.field)), ": ").concat(e.signals.data)).join(", "), "}");else {for (const e of r) {const n = "".concat(t.stringValue(H(e.field)), ": ").concat(e.signals.data);a.includes(n) || (a = "".concat(a.substring(0, a.length - 1), ", ").concat(n, "}"));}o.update = a;}return i.concat(r.map((e) => ({ name: e.signals.data })));}, signals: (e, t, n) => {if (e.parent && !Wc(e)) for (const e of t.scales) {const t = n.filter((t) => t.name === e.signals.data)[0];t.push = "outer", delete t.value, delete t.update;}return n;} };function Rc(e, n) {return "domain(".concat(t.stringValue(e.scaleName(n)), ")");}function Wc(e) {var _e$parent$parent;return e.parent && Pm(e.parent) && ((_e$parent$parent = !e.parent.parent) !== null && _e$parent$parent !== void 0 ? _e$parent$parent : Wc(e.parent.parent));}const Bc = "_brush",Ic = "_scale_trigger",Hc = "geo_interval_init_tick",Vc = "_init",Gc = { defined: (e) => "interval" === e.type, parse: (e, n, i) => {if (e.hasProjection) {const e = _objectSpread({}, t.isObject(i.select) ? i.select : {});e.fields = [_s], e.encodings || (e.encodings = i.value ? j(i.value) : [be, ve]), i.select = _objectSpread({ type: "interval" }, e);}if (n.translate && !Uc.defined(n)) {const e = "!event.item || event.item.mark.name !== ".concat(t.stringValue(n.name + Bc));for (const i of n.events) {var _i$between$, _i$between$$filter;if (!i.between) {Ni("".concat(i, " is not an ordered event stream for interval selections."));continue;}const n = t.array((_i$between$$filter = (_i$between$ = i.between[0]).filter) !== null && _i$between$$filter !== void 0 ? _i$between$$filter : _i$between$.filter = []);n.indexOf(e) < 0 && n.push(e);}}}, signals: (e, n, i) => {const r = n.name,o = r + Wu,a = T(n.project.hasChannel).filter((e) => e.channel === le || e.channel === ce),s = n.init ? n.init[0] : null;if (i.push(...a.reduce((i, r) => i.concat(function (e, n, i, r) {const o = !e.hasProjection,a = i.channel,s = i.signals.visual,l = t.stringValue(o ? e.scaleName(a) : e.projectionName()),c = (e) => "scale(".concat(l, ", ").concat(e, ")"),u = e.getSizeSignalRef(a === le ? "width" : "height").signal,f = "".concat(a, "(unit)"),d = n.events.reduce((e, t) => [...e, { events: t.between[0], update: "[".concat(f, ", ").concat(f, "]") }, { events: t, update: "[".concat(s, "[0], clamp(").concat(f, ", 0, ").concat(u, ")]") }], []);if (o) {const t = i.signals.data,o = Uc.defined(n),u = e.getScaleComponent(a),f = u ? u.get("type") : void 0,m = r ? { init: wc(r, !0, c) } : { value: [] };return d.push({ events: { signal: n.name + Ic }, update: Nr(f) ? "[".concat(c("".concat(t, "[0]")), ", ").concat(c("".concat(t, "[1]")), "]") : "[0, 0]" }), o ? [{ name: t, on: [] }] : [_objectSpread(_objectSpread({ name: s }, m), {}, { on: d }), _objectSpread(_objectSpread({ name: t }, r ? { init: wc(r) } : {}), {}, { on: [{ events: { signal: s }, update: "".concat(s, "[0] === ").concat(s, "[1] ? null : invert(").concat(l, ", ").concat(s, ")") }] })];}{const e = a === le ? 0 : 1,t = n.name + Vc;return [_objectSpread(_objectSpread({ name: s }, r ? { init: "[".concat(t, "[0][").concat(e, "], ").concat(t, "[1][").concat(e, "]]") } : { value: [] }), {}, { on: d })];}}(e, n, r, s && s[r.index])), [])), e.hasProjection) {const l = t.stringValue(e.projectionName()),c = e.projectionName() + "_center",{ x: u, y: f } = n.project.hasChannel,d = u && u.signals.visual,m = f && f.signals.visual,p = u ? s && s[u.index] : "".concat(c, "[0]"),g = f ? s && s[f.index] : "".concat(c, "[1]"),h = (t) => e.getSizeSignalRef(t).signal,y = "[[".concat(d ? d + "[0]" : "0", ", ").concat(m ? m + "[0]" : "0", "],[").concat(d ? d + "[1]" : h("width"), ", ").concat(m ? m + "[1]" : h("height"), "]]");if (s && (i.unshift({ name: r + Vc, init: "[scale(".concat(l, ", [").concat(u ? p[0] : p, ", ").concat(f ? g[0] : g, "]), scale(").concat(l, ", [").concat(u ? p[1] : p, ", ").concat(f ? g[1] : g, "])]") }), !u || !f)) {i.find((e) => e.name === c) || i.unshift({ name: c, update: "invert(".concat(l, ", [").concat(h("width"), "/2, ").concat(h("height"), "/2])") });}const v = "vlSelectionTuples(".concat("intersect(".concat(y, ", {markname: ").concat(t.stringValue(e.getName("marks")), "}, unit.mark)"), ", ", "{unit: ".concat(Vu(e), "}"), ")"),b = a.map((e) => e.signals.visual);return i.concat({ name: o, on: [{ events: [...(b.length ? [{ signal: b.join(" || ") }] : []), ...(s ? [{ signal: Hc }] : [])], update: v }] });}{if (!Uc.defined(n)) {const n = r + Ic,o = a.map((n) => {const i = n.channel,{ data: r, visual: o } = n.signals,a = t.stringValue(e.scaleName(i)),s = Nr(e.getScaleComponent(i).get("type")) ? "+" : "";return "(!isArray(".concat(r, ") || (").concat(s, "invert(").concat(a, ", ").concat(o, ")[0] === ").concat(s).concat(r, "[0] && ").concat(s, "invert(").concat(a, ", ").concat(o, ")[1] === ").concat(s).concat(r, "[1]))");});o.length && i.push({ name: n, value: {}, on: [{ events: a.map((t) => ({ scale: e.scaleName(t.channel) })), update: o.join(" && ") + " ? ".concat(n, " : {}") }] });}const l = a.map((e) => e.signals.data),c = "unit: ".concat(Vu(e), ", fields: ").concat(r + Mc, ", values");return i.concat(_objectSpread(_objectSpread({ name: o }, s ? { init: "{".concat(c, ": ").concat(wc(s), "}") } : {}), l.length ? { on: [{ events: [{ signal: l.join(" || ") }], update: "".concat(l.join(" && "), " ? {").concat(c, ": [").concat(l, "]} : null") }] } : {}));}}, topLevelSignals: (e, t, n) => {if (_m(e) && e.hasProjection && t.init) {n.filter((e) => e.name === Hc).length || n.unshift({ name: Hc, value: null, on: [{ events: "timer{1}", update: "".concat(Hc, " === null ? {} : ").concat(Hc) }] });}return n;}, marks: (e, n, i) => {const r = n.name,{ x: o, y: a } = n.project.hasChannel,s = o === null || o === void 0 ? void 0 : o.signals.visual,l = a === null || a === void 0 ? void 0 : a.signals.visual,c = "data(".concat(t.stringValue(n.name + Ru), ")");if (Uc.defined(n) || !o && !a) return i;const u = { x: void 0 !== o ? { signal: "".concat(s, "[0]") } : { value: 0 }, y: void 0 !== a ? { signal: "".concat(l, "[0]") } : { value: 0 }, x2: void 0 !== o ? { signal: "".concat(s, "[1]") } : { field: { group: "width" } }, y2: void 0 !== a ? { signal: "".concat(l, "[1]") } : { field: { group: "height" } } };if ("global" === n.resolve) for (const t of j(u)) u[t] = [_objectSpread({ test: "".concat(c, ".length && ").concat(c, "[0].unit === ").concat(Vu(e)) }, u[t]), { value: 0 }];const _n$mark = n.mark,{ fill: f, fillOpacity: d, cursor: m } = _n$mark,p = _objectWithoutProperties(_n$mark, _excluded47),g = j(p).reduce((e, t) => (e[t] = [{ test: [void 0 !== o && "".concat(s, "[0] !== ").concat(s, "[1]"), void 0 !== a && "".concat(l, "[0] !== ").concat(l, "[1]")].filter((e) => e).join(" && "), value: p[t] }, { value: null }], e), {});return [{ name: "".concat(r + Bc, "_bg"), type: "rect", clip: !0, encode: { enter: { fill: { value: f }, fillOpacity: { value: d } }, update: u } }, ...i, { name: r + Bc, type: "rect", clip: !0, encode: { enter: _objectSpread(_objectSpread({}, m ? { cursor: { value: m } } : {}), {}, { fill: { value: "transparent" } }), update: _objectSpread(_objectSpread({}, u), g) } }];} };const Yc = { defined: (e) => "point" === e.type, signals: (e, n, i) => {var _e$component$selectio3;const r = n.name,o = r + Mc,a = n.project,s = "(item().isVoronoi ? datum.datum : datum)",l = T((_e$component$selectio3 = e.component.selection) !== null && _e$component$selectio3 !== void 0 ? _e$component$selectio3 : {}).reduce((e, t) => "interval" === t.type ? e.concat(t.name + Bc) : e, []).map((e) => "indexof(item().mark.name, '".concat(e, "') < 0")).join(" && "),c = "datum && item().mark.marktype !== 'group' && indexof(item().mark.role, 'legend') < 0" + (l ? " && ".concat(l) : "");let u = "unit: ".concat(Vu(e), ", ");if (n.project.hasSelectionId) u += "".concat(_s, ": ").concat(s, "[").concat(t.stringValue(_s), "]");else {u += "fields: ".concat(o, ", values: [").concat(a.items.map((n) => {const i = e.fieldDef(n.channel);return i !== null && i !== void 0 && i.bin ? "[".concat(s, "[").concat(t.stringValue(e.vgField(n.channel, {})), "], ").concat(s, "[").concat(t.stringValue(e.vgField(n.channel, { binSuffix: "end" })), "]]") : "".concat(s, "[").concat(t.stringValue(n.field), "]");}).join(", "), "]");}const f = n.events;return i.concat([{ name: r + Wu, on: f ? [{ events: f, update: "".concat(c, " ? {").concat(u, "} : null"), force: !0 }] : [] }]);} };function Xc(e, n, i, r) {const o = Qo(n) && n.condition,a = r(n);if (o) {return { [i]: [...t.array(o).map((t) => {const n = r(t);if (function (e) {return e.param;}(t)) {const { param: i, empty: r } = t;return _objectSpread({ test: Zu(e, { param: i, empty: r }) }, n);}return _objectSpread({ test: tf(e, t.test) }, n);}), ...(void 0 !== a ? 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Xc(e, i, "zindex", (e) => Tn(e.value)) : {};}function su(e) {let { channel: t, markDef: n, encoding: i = {}, model: r, bandPosition: o } = e;const a = "".concat(t, "Offset"),s = n[a],l = i[a];if (("xOffset" === a || "yOffset" === a) && l) {return { offsetType: "encoding", offset: wo({ channel: a, channelDef: l, markDef: n, config: r === null || r === void 0 ? void 0 : r.config, scaleName: r.scaleName(a), scale: r.getScaleComponent(a), stack: null, defaultRef: Tn(s), bandPosition: o }) };}const c = n[a];return c ? { offsetType: "visual", offset: c } : {};}function lu(e, t, n) {let { defaultPos: i, vgChannel: r } = n;const { encoding: o, markDef: a, config: s, stack: l } = t,c = o[e],u = o[dt(e)],f = t.scaleName(e),d = t.getScaleComponent(e),{ offset: m, offsetType: p } = su({ channel: e, markDef: a, encoding: o, model: t, bandPosition: .5 }),g = cu({ model: t, defaultPos: i, channel: e, scaleName: f, scale: d }),h = !c && Et(e) && (o.latitude || o.longitude) ? { field: t.getName(e) } : function (e) {const { channel: t, channelDef: n, scaleName: i, stack: r, offset: o, markDef: a } = e;if (aa(n) && r && t === r.fieldChannel) {if (ea(n)) {let e = n.bandPosition;if (void 0 !== e || "text" !== a.type || "radius" !== t && "theta" !== t || (e = .5), void 0 !== e) return $o({ scaleName: i, fieldOrDatumDef: n, startSuffix: "start", bandPosition: e, offset: o });}return xo(n, i, { suffix: "end" }, { offset: o });}return yo(e);}({ channel: e, channelDef: c, channel2Def: u, markDef: a, config: s, scaleName: f, scale: d, stack: l, offset: m, defaultRef: g, bandPosition: "encoding" === p ? 0 : void 0 });return h ? { [r || e]: h } : void 0;}function cu(e) {let { model: t, defaultPos: n, channel: i, scaleName: r, scale: o } = e;const { markDef: a, config: s } = t;return () => {const e = ut(i),l = ft(i),c = Un(i, a, s, { vgChannel: l });if (void 0 !== c) return ko(i, c);switch (n) {case "zeroOrMin":case "zeroOrMax":if (r) {const e = o.get("type");if (k([vr.LOG, vr.TIME, vr.UTC], e)) ;else if (o.domainDefinitelyIncludesZero()) return { scale: r, value: 0 };}if ("zeroOrMin" === n) return "y" === e ? { field: { group: "height" } } : { value: 0 };switch (e) {case "radius":return { signal: "min(".concat(t.width.signal, ",").concat(t.height.signal, ")/2") };case "theta":return { signal: "2*PI" };case "x":return { field: { group: "width" } };case "y":return { value: 0 };}break;case "mid":return _objectSpread(_objectSpread({}, t[mt(i)]), {}, { mult: .5 });}};}const uu = { left: "x", center: "xc", right: "x2" },fu = { top: "y", middle: "yc", bottom: "y2" };function du(e, t, n) {let i = arguments.length > 3 && void 0 !== arguments[3] ? arguments[3] : "middle";if ("radius" === e || "theta" === e) return ft(e);const r = "x" === e ? 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".concat(l, "[").concat(t.stringValue(e.field), "] : null") }] : [], bind: (_ref11 = (_a$e$field = a[e.field]) !== null && _a$e$field !== void 0 ? _a$e$field : a[e.channel]) !== null && _ref11 !== void 0 ? _ref11 : a }));}), i;}, signals: (e, t, n) => {const i = t.name,r = t.project,o = n.filter((e) => e.name === i + Wu)[0],a = i + Mc,s = r.items.map((e) => L("".concat(i, "_").concat(e.field))),l = s.map((e) => "".concat(e, " !== null")).join(" && ");return s.length && (o.update = "".concat(l, " ? {fields: ").concat(a, ", values: [").concat(s.join(", "), "]} : null")), delete o.value, delete o.on, n;} },_u = "_toggle",Nu = { defined: (e) => "point" === e.type && !!e.toggle, signals: (e, t, n) => n.concat({ name: t.name + _u, value: !1, on: [{ events: t.events, update: t.toggle }] }), modifyExpr: (e, t) => {const n = t.name + Wu,i = t.name + _u;return "".concat(i, " ? null : ").concat(n, ", ") + ("global" === t.resolve ? 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").concat(n, " : null");} },Cu = { defined: (e) => void 0 !== e.clear && !1 !== e.clear, parse: (e, n) => {n.clear && (n.clear = t.isString(n.clear) ? t.parseSelector(n.clear, "view") : n.clear);}, topLevelSignals: (e, t, n) => {if (Ou.defined(t)) for (const e of t.project.items) {const i = n.findIndex((n) => n.name === L("".concat(t.name, "_").concat(e.field)));-1 !== i && n[i].on.push({ events: t.clear, update: "null" });}return n;}, signals: (e, t, n) => {function i(e, i) {-1 !== e && n[e].on && n[e].on.push({ events: t.clear, update: i });}if ("interval" === t.type) for (const e of t.project.items) {const t = n.findIndex((t) => t.name === e.signals.visual);if (i(t, "[0, 0]"), -1 === t) {i(n.findIndex((t) => t.name === e.signals.data), "null");}} else {let e = n.findIndex((e) => e.name === t.name + Wu);i(e, "null"), Nu.defined(t) && (e = n.findIndex((e) => e.name === t.name + _u), i(e, "false"));}return n;} },Pu = { defined: (e) => {const t = "global" === e.resolve && e.bind && Cs(e.bind),n = 1 === e.project.items.length && e.project.items[0].field !== _s;return t && !n && Ni("Legend bindings are only supported for selections over an individual field or encoding channel."), t && n;}, parse: (e, n, i) => {const r = y(i);if (r.select = t.isString(r.select) ? { type: r.select, toggle: n.toggle } : _objectSpread(_objectSpread({}, r.select), {}, { toggle: n.toggle }), Yu(n, r), t.isObject(i.select) && (i.select.on || i.select.clear)) {const e = 'event.item && indexof(event.item.mark.role, "legend") < 0';for (const i of n.events) {var _i$filter;i.filter = t.array((_i$filter = i.filter) !== null && _i$filter !== void 0 ? _i$filter : []), i.filter.includes(e) || i.filter.push(e);}}const o = Ps(n.bind) ? n.bind.legend : "click",a = t.isString(o) ? t.parseSelector(o, "view") : t.array(o);n.bind = { legend: { merge: a } };}, topLevelSignals: (e, t, n) => {const i = t.name,r = Ps(t.bind) && t.bind.legend,o = (e) => (t) => {const n = y(t);return n.markname = e, n;};for (const e of t.project.items) {if (!e.hasLegend) continue;const a = "".concat(L(e.field), "_legend"),s = "".concat(i, "_").concat(a);if (0 === n.filter((e) => e.name === s).length) {const e = r.merge.map(o("".concat(a, "_symbols"))).concat(r.merge.map(o("".concat(a, "_labels")))).concat(r.merge.map(o("".concat(a, "_entries"))));n.unshift(_objectSpread(_objectSpread({ name: s }, t.init ? {} : { value: null }), {}, { on: [{ events: e, update: "isDefined(datum.value) ? datum.value : item().items[0].items[0].datum.value", force: !0 }, { events: r.merge, update: "!event.item || !datum ? null : ".concat(s), force: !0 }] }));}}return n;}, signals: (e, t, n) => {const i = t.name,r = t.project,o = n.find((e) => e.name === i + Wu),a = i + Mc,s = r.items.filter((e) => e.hasLegend).map((e) => L("".concat(i, "_").concat(L(e.field), "_legend"))),l = "".concat(s.map((e) => "".concat(e, " !== null")).join(" && "), " ? {fields: ").concat(a, ", values: [").concat(s.join(", "), "]} : null");t.events && s.length > 0 ? o.on.push({ events: s.map((e) => ({ signal: e })), update: l }) : s.length > 0 && (o.update = l, delete o.value, delete o.on);const c = n.find((e) => e.name === i + _u),u = Ps(t.bind) && t.bind.legend;return c && (t.events ? c.on.push(_objectSpread(_objectSpread({}, c.on[0]), {}, { events: u })) : c.on[0].events = u), n;} };const Au = "_translate_anchor",ju = "_translate_delta",Tu = { defined: (e) => "interval" === e.type && e.translate, signals: (e, n, i) => {const r = n.name,o = Uc.defined(n),a = r + Au,{ x: s, y: l } = n.project.hasChannel;let c = t.parseSelector(n.translate, "scope");return o || (c = c.map((e) => (e.between[0].markname = r + Bc, e))), i.push({ name: a, value: {}, on: [{ events: c.map((e) => e.between[0]), update: "{x: x(unit), y: y(unit)" + (void 0 !== s ? 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Ju(e.object) : "datum" === e.object.name;}function Qu(e) {const n = t.parseExpression(e),i = new Set();return n.visit((e) => {"MemberExpression" === e.type && Ju(e) && i.add(Xu(e).slice(1).join("."));}), i;}class Ku extends zc {clone() {return new Ku(null, this.model, y(this.filter));}constructor(e, t, n) {super(e), this.model = t, this.filter = n, Yn(this, "expr", void 0), Yn(this, "_dependentFields", void 0), this.expr = tf(this.model, this.filter, this), this._dependentFields = Qu(this.expr);}dependentFields() {return this._dependentFields;}producedFields() {return new Set();}assemble() {return { type: "filter", expr: this.expr };}hash() {return "Filter ".concat(this.expr);}}function Zu(e, n, i) {let r = arguments.length > 3 && void 0 !== arguments[3] ? arguments[3] : "datum";const o = t.isString(n) ? n : n.param,a = L(o),s = t.stringValue(a + Ru);let l;try {l = e.getSelectionComponent(a, o);} catch (e) {return "!!".concat(a);}if (l.project.timeUnit) {const t = i !== null && i !== void 0 ? i : e.component.data.raw,n = l.project.timeUnit.clone();t.parent ? n.insertAsParentOf(t) : t.parent = n;}const c = "".concat(l.project.hasSelectionId ? "vlSelectionIdTest(" : "vlSelectionTest(").concat(s, ", ").concat(r).concat("global" === l.resolve ? ")" : ", ".concat(t.stringValue(l.resolve), ")")),u = "length(data(".concat(s, "))");return !1 === n.empty ? "".concat(u, " && ").concat(c) : "!".concat(u, " || ").concat(c);}function ef(e, n, i) {const r = L(n),o = i.encoding;let a,s = i.field;try {a = e.getSelectionComponent(r, n);} catch (e) {return r;}if (o || s) {if (o && !s) {const e = a.project.items.filter((e) => e.channel === o);!e.length || e.length > 1 ? (s = a.project.items[0].field, Ni((e.length ? "Multiple " : "No ") + "matching ".concat(t.stringValue(o), " encoding found for selection ").concat(t.stringValue(i.param), ". ") + "Using \"field\": ".concat(t.stringValue(s), "."))) : s = e[0].field;}} else s = a.project.items[0].field, a.project.items.length > 1 && Ni("A \"field\" or \"encoding\" must be specified when using a selection as a scale domain. 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"y" : "x";if (e.getScaleComponent(n)) return e.scaleName(n);return;}(t, n);}, labelAlign: (e) => {let { axis: t, labelAngle: n, orient: i, channel: r } = e;return t.labelAlign || df(n, i, r);}, labelAngle: (e) => {let { labelAngle: t } = e;return t;}, labelBaseline: (e) => {let { axis: t, labelAngle: n, orient: i, channel: r } = e;return t.labelBaseline || ff(n, i, r);}, labelFlush: (e) => {var _t$labelFlush;let { axis: t, fieldOrDatumDef: n, channel: i } = e;return (_t$labelFlush = t.labelFlush) !== null && _t$labelFlush !== void 0 ? _t$labelFlush : function (e, t) {if ("x" === t && k(["quantitative", "temporal"], e)) return !0;return;}(n.type, i);}, labelOverlap: (e) => {var _n$labelOverlap;let { axis: n, fieldOrDatumDef: i, scaleType: r } = e;return (_n$labelOverlap = n.labelOverlap) !== null && _n$labelOverlap !== void 0 ? _n$labelOverlap : function (e, n, i, r) {if (i && !t.isObject(r) || "nominal" !== e && "ordinal" !== e) return "log" !== n && "symlog" !== n || "greedy";return;}(i.type, r, ea(i) && !!i.timeUnit, ea(i) ? i.sort : void 0);}, orient: (e) => {let { orient: t } = e;return t;}, tickCount: (e) => {var _i$tickCount;let { channel: t, model: n, axis: i, fieldOrDatumDef: r, scaleType: o } = e;const a = "x" === t ? 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(_Xi8 = Xi(u.timeUnit)) === null || _Xi8 === void 0 ? void 0 : _Xi8.unit : void 0,d = n.orient || o.legend.orient || "right",m = Gf({ legend: n, channel: t, timeUnit: f, scaleType: c }),p = { legend: n, channel: t, model: e, markDef: i, encoding: r, fieldOrDatumDef: u, legendConfig: a, config: o, scaleType: c, orient: d, legendType: m, direction: Yf({ legend: n, legendType: m, orient: d, legendConfig: a }) };for (const i of qf) {if ("gradient" === m && i.startsWith("symbol") || "symbol" === m && i.startsWith("gradient")) continue;const r = i in Vf ? Vf[i](p) : n[i];if (void 0 !== r) {const a = Qf(r, i, n, e.fieldDef(t));(a || void 0 === o.legend[i]) && s.set(i, r, a);}}const g = (_n$encoding = (_n4 = n) === null || _n4 === void 0 ? void 0 : _n4.encoding) !== null && _n$encoding !== void 0 ? _n$encoding : {},h = s.get("selections"),y = {},v = { fieldOrDatumDef: u, model: e, channel: t, legendCmpt: s, legendType: m };for (const t of ["labels", "legend", "title", "symbols", "gradient", "entries"]) {var _g$t;const n = Ef((_g$t = g[t]) !== null && _g$t !== void 0 ? _g$t : {}, e),i = t in Rf ? Rf[t](n, v) : n;void 0 === i || A(i) || (y[t] = _objectSpread(_objectSpread(_objectSpread({}, h !== null && h !== void 0 && h.length && ea(u) ? { name: "".concat(L(u.field), "_legend_").concat(t) } : {}), h !== null && h !== void 0 && h.length ? { interactive: !!h } : {}), {}, { update: i }));}return A(y) || s.set("encode", y, !!((_n5 = n) !== null && _n5 !== void 0 && _n5.encoding)), s;}function Zf(e, t) {var _e$implicit, _e$explicit;if (!e) return t.clone();const n = e.getWithExplicit("orient"),i = t.getWithExplicit("orient");if (n.explicit && i.explicit && n.value !== i.value) return;let r = !1;for (const n of qf) {const i = fc(e.getWithExplicit(n), t.getWithExplicit(n), n, "legend", (e, t) => {switch (n) {case "symbolType":return ed(e, t);case "title":return Gn(e, t);case "type":return r = !0, lc("symbol");}return uc(e, t, n, "legend");});e.setWithExplicit(n, i);}return r && ((_e$implicit = e.implicit) !== null && _e$implicit !== void 0 && (_e$implicit = _e$implicit.encode) !== null && _e$implicit !== void 0 && _e$implicit.gradient && U(e.implicit, ["encode", "gradient"]), (_e$explicit = e.explicit) !== null && _e$explicit !== void 0 && (_e$explicit = _e$explicit.encode) !== null && _e$explicit !== void 0 && _e$explicit.gradient && U(e.explicit, ["encode", "gradient"])), e;}function ed(e, t) {return "circle" === t.value ? t : e;}function td(e) {const t = e.component.legends,n = {};for (const i of j(t)) {const r = re(e.getScaleComponent(i).get("domains"));if (n[r]) for (const e of n[r]) {Zf(e, t[i]) || n[r].push(t[i]);} else n[r] = [t[i].clone()];}return T(n).flat().map((t) => function (e, t, _o$encode) {const _e$combine2 = e.combine(),{ disable: n, labelExpr: i, selections: r } = _e$combine2,o = _objectWithoutProperties(_e$combine2, _excluded52);if (n) return;!1 === t.aria && null == o.aria && (o.aria = !1);if ((_o$encode = o.encode) !== null && _o$encode !== void 0 && _o$encode.symbols) {const e = o.encode.symbols.update;!e.fill || "transparent" === e.fill.value || e.stroke || o.stroke || (e.stroke = { value: "transparent" });for (const t of Os) o[t] && delete e[t];}o.title || delete o.title;if (void 0 !== i) {var _o$encode2;let e = i;(_o$encode2 = o.encode) !== null && _o$encode2 !== void 0 && (_o$encode2 = _o$encode2.labels) !== null && _o$encode2 !== void 0 && _o$encode2.update && Fn(o.encode.labels.update.text) && (e = V(i, "datum.label", o.encode.labels.update.text.signal)), function (e, t, n, i, _e$encode3, _e$encode4, _e$encode4$t, _e$encode$t2, _e$encode$t2$update) {(_e$encode3 = e.encode) !== null && _e$encode3 !== void 0 ? _e$encode3 : e.encode = {}, (_e$encode4$t = (_e$encode4 = e.encode)[t]) !== null && _e$encode4$t !== void 0 ? _e$encode4$t : _e$encode4[t] = {}, (_e$encode$t2$update = (_e$encode$t2 = e.encode[t]).update) !== null && _e$encode$t2$update !== void 0 ? _e$encode$t2$update : _e$encode$t2.update = {}, e.encode[t].update[n] = i;}(o, "labels", "text", { signal: e });}return o;}(t, e.config)).filter((e) => void 0 !== e);}function nd(e) {return Pm(e) || Cm(e) ? function (e) {return e.children.reduce((e, t) => e.concat(t.assembleProjections()), id(e));}(e) : id(e);}function id(e) {const t = e.component.projection;if (!t || t.merged) return [];const n = t.combine(),{ name: i } = n;if (t.data) {const r = { signal: "[".concat(t.size.map((e) => e.signal).join(", "), "]") },o = t.data.reduce((t, n) => {const i = Fn(n) ? n.signal : "data('".concat(e.lookupDataSource(n), "')");return k(t, i) || t.push(i), t;}, []);if (o.length <= 0) throw new Error("Projection's fit didn't find any data sources");return [_objectSpread({ name: i, size: r, fit: { signal: o.length > 1 ? "[".concat(o.join(", "), "]") : o[0] } }, n)];}return [_objectSpread({ name: i, translate: { signal: "[width / 2, height / 2]" } }, n)];}const rd = ["type", "clipAngle", "clipExtent", "center", "rotate", "precision", "reflectX", "reflectY", "coefficient", "distance", "fraction", "lobes", "parallel", "radius", "ratio", "spacing", "tilt"];class od extends ac {constructor(e, t, n, i) {super(_objectSpread({}, t), { name: e }), this.specifiedProjection = t, this.size = n, this.data = i, Yn(this, "merged", !1);}get isFit() {return !!this.data;}}function ad(e) {e.component.projection = _m(e) ? function (e) {if (e.hasProjection) {var _kn;const t = kn(e.specifiedProjection),n = !(t && (null != t.scale || null != t.translate)),i = n ? [e.getSizeSignalRef("width"), e.getSizeSignalRef("height")] : void 0,r = n ? function (e) {const t = [],{ encoding: n } = e;for (const i of [[be, ve], [$e, xe]]) (Sa(n[i[0]]) || Sa(n[i[1]])) && t.push({ signal: e.getName("geojson_".concat(t.length)) });e.channelHasField(De) && e.typedFieldDef(De).type === yr && t.push({ signal: e.getName("geojson_".concat(t.length)) });0 === t.length && t.push(e.requestDataName(xc.Main));return t;}(e) : void 0,o = new od(e.projectionName(!0), _objectSpread(_objectSpread({}, (_kn = kn(e.config.projection)) !== null && _kn !== void 0 ? _kn : {}), t !== null && t !== void 0 ? t : {}), i, r);return o.get("type") || o.set("type", "equalEarth", !1), o;}return;}(e) : function (e) {if (0 === e.children.length) return;let n;for (const t of e.children) ad(t);const i = D(e.children, (e) => {const i = e.component.projection;if (i) {if (n) {const e = function (e, n) {const i = D(rd, (i) => !t.hasOwnProperty(e.explicit, i) && !t.hasOwnProperty(n.explicit, i) || !!(t.hasOwnProperty(e.explicit, i) && t.hasOwnProperty(n.explicit, i) && ie(e.get(i), n.get(i))));if (ie(e.size, n.size)) {if (i) return e;if (ie(e.explicit, {})) return n;if (ie(n.explicit, {})) return e;}return null;}(n, i);return e && (n = e), !!e;}return n = i, !0;}return !0;});if (n && i) {const t = e.projectionName(!0),i = new od(t, n.specifiedProjection, n.size, y(n.data));for (const n of e.children) {const e = n.component.projection;e && (e.isFit && i.data.push(...n.component.projection.data), n.renameProjection(e.get("name"), t), e.merged = !0);}return i;}return;}(e);}function sd(e, t, n, i) {if (Aa(t, n)) {var _ref16, _e$axis;const r = _m(e) ? (_ref16 = (_e$axis = e.axis(n)) !== null && _e$axis !== void 0 ? _e$axis : e.legend(n)) !== null && _ref16 !== void 0 ? _ref16 : {} : {},o = pa(t, { expr: "datum" }),a = pa(t, { expr: "datum", binSuffix: "end" });return { formulaAs: pa(t, { binSuffix: "range", forAs: !0 }), formula: To(o, a, r.format, r.formatType, i) };}return {};}function ld(e, t) {return "".concat(hn(e), "_").concat(t);}function cd(e, t, n) {var _Oa;const i = ld((_Oa = Oa(n, void 0)) !== null && _Oa !== void 0 ? _Oa : {}, t);return e.getName("".concat(i, "_bins"));}function ud(e, n, i) {let r, o;r = function (e) {return "as" in e;}(e) ? t.isString(e.as) ? [e.as, "".concat(e.as, "_end")] : [e.as[0], e.as[1]] : [pa(e, { forAs: !0 }), pa(e, { binSuffix: "end", forAs: !0 })];const a = _objectSpread({}, Oa(n, void 0)),s = ld(a, e.field),{ signal: l, extentSignal: c } = function (e, t) {return { signal: e.getName("".concat(t, "_bins")), extentSignal: e.getName("".concat(t, "_extent")) };}(i, s);if (xn(a.extent)) {const e = a.extent;o = ef(i, e.param, e), delete a.extent;}return { key: s, binComponent: _objectSpread(_objectSpread(_objectSpread({ bin: a, field: e.field, as: [r] }, l ? { signal: l } : {}), c ? { extentSignal: c } : {}), o ? { span: o } : {}) };}class fd extends zc {clone() {return new fd(null, y(this.bins));}constructor(e, t) {super(e), this.bins = t;}static makeFromEncoding(e, t) {const n = t.reduceFieldDef((e, n, i) => {if (sa(n) && yn(n.bin)) {const { key: r, binComponent: o } = ud(n, n.bin, t);e[r] = _objectSpread(_objectSpread(_objectSpread({}, o), e[r]), sd(t, n, i, t.config));}return e;}, {});return A(n) ? null : new fd(e, n);}static makeFromTransform(e, t, n) {const { key: i, binComponent: r } = ud(t, t.bin, n);return new fd(e, { [i]: r });}merge(e, t) {for (const n of j(e.bins)) n in this.bins ? (t(e.bins[n].signal, this.bins[n].signal), this.bins[n].as = O([...this.bins[n].as, ...e.bins[n].as], $)) : this.bins[n] = e.bins[n];for (const t of e.children) e.removeChild(t), t.parent = this;e.remove();}producedFields() {return new Set(T(this.bins).map((e) => e.as).flat(2));}dependentFields() {return new Set(T(this.bins).map((e) => e.field));}hash() {return "Bin ".concat($(this.bins));}assemble() {return T(this.bins).flatMap((e) => {const t = [],[n, ...i] = e.as,_e$bin = e.bin,{ extent: r } = _e$bin,o = _objectWithoutProperties(_e$bin, _excluded53),a = _objectSpread(_objectSpread(_objectSpread({ type: "bin", field: H(e.field), as: n, signal: e.signal }, xn(r) ? { extent: null } : { extent: r }), e.span ? { span: { signal: "span(".concat(e.span, ")") } } : {}), o);!r && e.extentSignal && (t.push({ type: "extent", field: H(e.field), signal: e.extentSignal }), a.extent = { signal: e.extentSignal }), t.push(a);for (const e of i) for (let i = 0; i < 2; i++) t.push({ type: "formula", expr: pa({ field: n[i] }, { expr: "datum" }), as: e[i] });return e.formula && t.push({ type: "formula", expr: e.formula, as: e.formulaAs }), t;});}}function dd(e, n, i, r) {var _i$scale3;const o = _m(r) ? r.encoding[dt(n)] : void 0;if (sa(i) && _m(r) && Xo(i, o, r.markDef, r.config)) {e.add(pa(i, {})), e.add(pa(i, { suffix: "end" }));const { mark: t, markDef: o, config: a } = r,s = Go({ fieldDef: i, markDef: o, config: a });ao(t) && .5 !== s && Et(n) && (e.add(pa(i, { suffix: Pc })), e.add(pa(i, { suffix: Ac }))), i.bin && Aa(i, n) && e.add(pa(i, { binSuffix: "range" }));} else if (He(n)) {const t = Ie(n);e.add(r.getName(t));} else e.add(pa(i));return ca(i) && function (e) {return t.isObject(e) && "field" in e;}((_i$scale3 = i.scale) === null || _i$scale3 === void 0 ? void 0 : _i$scale3.range) && e.add(i.scale.range.field), e;}class md extends zc {clone() {return new md(null, new Set(this.dimensions), y(this.measures));}constructor(e, t, n) {super(e), this.dimensions = t, this.measures = n;}get groupBy() {return this.dimensions;}static makeFromEncoding(e, t) {let n = !1;t.forEachFieldDef((e) => {e.aggregate && (n = !0);});const i = {},r = new Set();return n ? (t.forEachFieldDef((e, n) => {var _2, _i$_;const { aggregate: o, field: a } = e;if (o) {if ("count" === o) (_i$_ = i[_2 = "*"]) !== null && _i$_ !== void 0 ? _i$_ : i[_2] = {}, i["*"].count = new Set([pa(e, { forAs: !0 })]);else {var _i$a, _i$a2;if (cn(o) || un(o)) {var _i$t2;const e = cn(o) ? "argmin" : "argmax",t = o[e];(_i$t2 = i[t]) !== null && _i$t2 !== void 0 ? _i$t2 : i[t] = {}, i[t][e] = new Set([pa({ op: e, field: t }, { forAs: !0 })]);} else (_i$a = i[a]) !== null && _i$a !== void 0 ? _i$a : i[a] = {}, i[a][o] = new Set([pa(e, { forAs: !0 })]);en(n) && "unaggregated" === t.scaleDomain(n) && ((_i$a2 = i[a]) !== null && _i$a2 !== void 0 ? _i$a2 : i[a] = {}, i[a].min = new Set([pa({ field: a, aggregate: "min" }, { forAs: !0 })]), i[a].max = new Set([pa({ field: a, aggregate: "max" }, { forAs: !0 })]));}} else dd(r, n, e, t);}), r.size + j(i).length === 0 ? null : new md(e, r, i)) : null;}static makeFromTransform(e, t) {const n = new Set(),i = {};for (const e of t.aggregate) {var _3, _i$_2, _i$n;const { op: t, field: n, as: r } = e;t && ("count" === t ? ((_i$_2 = i[_3 = "*"]) !== null && _i$_2 !== void 0 ? _i$_2 : i[_3] = {}, i["*"].count = new Set([r || pa(e, { forAs: !0 })])) : ((_i$n = i[n]) !== null && _i$n !== void 0 ? _i$n : i[n] = {}, i[n][t] = new Set([r || pa(e, { forAs: !0 })])));}for (const e of (_t$groupby = t.groupby) !== null && _t$groupby !== void 0 ? _t$groupby : []) {var _t$groupby;n.add(e);}return n.size + j(i).length === 0 ? null : new md(e, n, i);}merge(e) {return _(this.dimensions, e.dimensions) ? (function (e, t) {for (const n of j(t)) {const i = t[n];for (const t of j(i)) {var _e$n$t;n in e ? e[n][t] = new Set([...((_e$n$t = e[n][t]) !== null && _e$n$t !== void 0 ? _e$n$t : []), ...i[t]]) : e[n] = { [t]: i[t] };}}}(this.measures, e.measures), !0) : (function () {_i.debug(...arguments);}("different dimensions, cannot merge"), !1);}addDimensions(e) {e.forEach(this.dimensions.add, this.dimensions);}dependentFields() {return new Set([...this.dimensions, ...j(this.measures)]);}producedFields() {const e = new Set();for (const t of j(this.measures)) for (const n of j(this.measures[t])) {const i = this.measures[t][n];0 === i.size ? e.add("".concat(n, "_").concat(t)) : i.forEach(e.add, e);}return e;}hash() {return "Aggregate ".concat($({ dimensions: this.dimensions, measures: this.measures }));}assemble() {const e = [],t = [],n = [];for (const i of j(this.measures)) for (const r of j(this.measures[i])) for (const o of this.measures[i][r]) n.push(o), e.push(r), t.push("*" === i ? null : H(i));return { type: "aggregate", groupby: [...this.dimensions].map(H), ops: e, fields: t, as: n };}}class pd extends zc {constructor(e, n, i, r) {super(e), this.model = n, this.name = i, this.data = r, Yn(this, "column", void 0), Yn(this, "row", void 0), Yn(this, "facet", void 0), Yn(this, "childModel", void 0);for (const e of Je) {const i = n.facet[e];if (i) {const { bin: r, sort: o } = i;this[e] = _objectSpread({ name: n.getName("".concat(e, "_domain")), fields: [pa(i), ...(yn(r) ? [pa(i, { binSuffix: "end" })] : [])] }, Uo(o) ? { sortField: o } : t.isArray(o) ? { sortIndexField: gf(i, e) } : {});}}this.childModel = n.child;}hash() {let e = "Facet";for (const t of Je) this[t] && (e += " ".concat(t.charAt(0), ":").concat($(this[t])));return e;}get fields() {const e = [];for (const t of Je) {var _this$t;((_this$t = this[t]) === null || _this$t === void 0 ? void 0 : _this$t.fields) && e.push(...this[t].fields);}return e;}dependentFields() {const e = new Set(this.fields);for (const t of Je) this[t] && (this[t].sortField && e.add(this[t].sortField.field), this[t].sortIndexField && e.add(this[t].sortIndexField));return e;}producedFields() {return new Set();}getSource() {return this.name;}getChildIndependentFieldsWithStep() {const e = {};for (const t of Tt) {const n = this.childModel.component.scales[t];if (n && !n.merged) {const i = n.get("type"),r = n.get("range");if (_r(i) && zn(r)) {const n = om(am(this.childModel, t));n ? e[t] = n : Ni(ii(t));}}}return e;}assembleRowColumnHeaderData(e, t, n) {const i = { row: "y", column: "x", facet: void 0 }[e],r = [],o = [],a = [];i && n && n[i] && (t ? (r.push("distinct_".concat(n[i])), o.push("max")) : (r.push(n[i]), o.push("distinct")), a.push("distinct_".concat(n[i])));const { sortField: s, sortIndexField: l } = this[e];if (s) {const { op: e = Eo, field: t } = s;r.push(t), o.push(e), a.push(pa(s, { forAs: !0 }));} else l && (r.push(l), o.push("max"), a.push(l));return { name: this[e].name, source: t !== null && t !== void 0 ? t : this.data, transform: [_objectSpread({ type: "aggregate", groupby: this[e].fields }, r.length ? { fields: r, ops: o, as: a } : {})] };}assembleFacetHeaderData(e) {const { columns: t } = this.model.layout,{ layoutHeaders: n } = this.model.component,i = [],r = {};for (const e of bf) {for (const t of xf) {var _ref17;const i = (_ref17 = n[e] && n[e][t]) !== null && _ref17 !== void 0 ? _ref17 : [];for (const t of i) {var _t$axes;if (((_t$axes = t.axes) === null || _t$axes === void 0 ? void 0 : _t$axes.length) > 0) {r[e] = !0;break;}}}if (r[e]) {const n = "length(data(\"".concat(this.facet.name, "\"))"),r = "row" === e ? t ? { signal: "ceil(".concat(n, " / ").concat(t, ")") } : 1 : t ? { signal: "min(".concat(n, ", ").concat(t, ")") } : { signal: n };i.push({ name: "".concat(this.facet.name, "_").concat(e), transform: [{ type: "sequence", start: 0, stop: r }] });}}const { row: o, column: a } = r;return (o || a) && i.unshift(this.assembleRowColumnHeaderData("facet", null, e)), i;}assemble() {const e = [];let t = null;const n = this.getChildIndependentFieldsWithStep(),{ column: i, row: r, facet: o } = this;if (i && r && (n.x || n.y)) {var _n$x, _n$y;t = "cross_".concat(this.column.name, "_").concat(this.row.name);const i = [].concat((_n$x = n.x) !== null && _n$x !== void 0 ? _n$x : [], (_n$y = n.y) !== null && _n$y !== void 0 ? _n$y : []),r = i.map(() => "distinct");e.push({ name: t, source: this.data, transform: [{ type: "aggregate", groupby: this.fields, fields: i, ops: r }] });}for (const i of [ae, oe]) this[i] && e.push(this.assembleRowColumnHeaderData(i, t, n));if (o) {const t = this.assembleFacetHeaderData(n);t && e.push(...t);}return e;}}function gd(e) {return e.startsWith("'") && e.endsWith("'") || e.startsWith('"') && e.endsWith('"') ? e.slice(1, -1) : e;}function hd(e) {const n = {};return g(e.filter, (e) => {if (ar(e)) {var _e$oneOf;let i = null;Zi(e) ? i = An(e.equal) : tr(e) ? i = An(e.lte) : er(e) ? i = An(e.lt) : nr(e) ? i = An(e.gt) : ir(e) ? i = An(e.gte) : rr(e) ? i = e.range[0] : or(e) && (i = ((_e$oneOf = e.oneOf) !== null && _e$oneOf !== void 0 ? _e$oneOf : e.in)[0]), i && (Ci(i) ? n[e.field] = "date" : t.isNumber(i) ? n[e.field] = "number" : t.isString(i) && (n[e.field] = "string")), e.timeUnit && (n[e.field] = "date");}}), n;}function yd(e) {const n = {};function i(e) {var i;Na(e) ? n[e.field] = "date" : "quantitative" === e.type && (i = e.aggregate, t.isString(i) && k(["min", "max"], i)) ? n[e.field] = "number" : Y(e.field) > 1 ? e.field in n || (n[e.field] = "flatten") : ca(e) && Uo(e.sort) && Y(e.sort.field) > 1 && (e.sort.field in n || (n[e.sort.field] = "flatten"));}if ((_m(e) || Nm(e)) && e.forEachFieldDef((t, n) => {if (sa(t)) i(t);else {const r = ut(n),o = e.fieldDef(r);i(_objectSpread(_objectSpread({}, t), {}, { type: o.type }));}}), _m(e)) {const { mark: t, markDef: i, encoding: r } = e;if (oo(t) && !e.encoding.order) {const e = r["horizontal" === i.orient ? "y" : "x"];ea(e) && "quantitative" === e.type && !(e.field in n) && (n[e.field] = "number");}}return n;}class vd extends zc {clone() {return new vd(null, y(this._parse));}constructor(e, t) {super(e), Yn(this, "_parse", void 0), this._parse = t;}hash() {return "Parse ".concat($(this._parse));}static makeExplicit(e, t, n) {var _r$format;let i = {};const r = t.data;return !hc(r) && r !== null && r !== void 0 && (_r$format = r.format) !== null && _r$format !== void 0 && _r$format.parse && (i = r.format.parse), this.makeWithAncestors(e, i, {}, n);}static makeWithAncestors(e, t, n, i) {for (const e of j(n)) {const t = i.getWithExplicit(e);void 0 !== t.value && (t.explicit || t.value === n[e] || "derived" === t.value || "flatten" === n[e] ? delete n[e] : Ni(ci(e, n[e], t.value)));}for (const e of j(t)) {const n = i.get(e);void 0 !== n && (n === t[e] ? delete t[e] : Ni(ci(e, t[e], n)));}const r = new ac(t, n);i.copyAll(r);const o = {};for (const e of j(r.combine())) {const t = r.get(e);null !== t && (o[e] = t);}return 0 === j(o).length || i.parseNothing ? null : new vd(e, o);}get parse() {return this._parse;}merge(e) {this._parse = _objectSpread(_objectSpread({}, this._parse), e.parse), e.remove();}assembleFormatParse() {const e = {};for (const t of j(this._parse)) {const n = this._parse[t];1 === Y(t) && (e[t] = n);}return e;}producedFields() {return new Set(j(this._parse));}dependentFields() {return new Set(j(this._parse));}assembleTransforms() {let e = arguments.length > 0 && void 0 !== arguments[0] && arguments[0];return j(this._parse).filter((t) => !e || Y(t) > 1).map((e) => {const t = function (e, t) {const n = W(e);if ("number" === t) return "toNumber(".concat(n, ")");if ("boolean" === t) return "toBoolean(".concat(n, ")");if ("string" === t) return "toString(".concat(n, ")");if ("date" === t) return "toDate(".concat(n, ")");if ("flatten" === t) return n;if (t.startsWith("date:")) return "timeParse(".concat(n, ",'").concat(gd(t.slice(5, t.length)), "')");if (t.startsWith("utc:")) return "utcParse(".concat(n, ",'").concat(gd(t.slice(4, t.length)), "')");return Ni("Unrecognized parse \"".concat(t, "\".")), null;}(e, this._parse[e]);if (!t) return null;return { type: "formula", expr: t, as: G(e) };}).filter((e) => null !== e);}}class bd extends zc {clone() {return new bd(null);}constructor(e) {super(e);}dependentFields() {return new Set();}producedFields() {return new Set([_s]);}hash() {return "Identifier";}assemble() {return { type: "identifier", as: _s };}}class xd extends zc {clone() {return new xd(null, this.params);}constructor(e, t) {super(e), this.params = t;}dependentFields() {return new Set();}producedFields() {}hash() {return "Graticule ".concat($(this.params));}assemble() {return _objectSpread({ type: "graticule" }, !0 === this.params ? {} : this.params);}}class $d extends zc {clone() {return new $d(null, this.params);}constructor(e, t) {super(e), this.params = t;}dependentFields() {return new Set();}producedFields() {var _this$params$as;return new Set([(_this$params$as = this.params.as) !== null && _this$params$as !== void 0 ? _this$params$as : "data"]);}hash() {return "Hash ".concat($(this.params));}assemble() {return _objectSpread({ type: "sequence" }, this.params);}}class wd extends zc {constructor(e) {var _e2;let t;if (super(null), Yn(this, "_data", void 0), Yn(this, "_name", void 0), Yn(this, "_generator", void 0), (_e2 = e) !== null && _e2 !== void 0 ? _e2 : e = { name: "source" }, hc(e) || (t = e.format ? _objectSpread({}, x(e.format, ["parse"])) : {}), pc(e)) this._data = { values: e.values };else if (mc(e)) {if (this._data = { url: e.url }, !t.type) {let n = /(?:\.([^.]+))?$/.exec(e.url)[1];k(["json", "csv", "tsv", "dsv", "topojson"], n) || (n = "json"), t.type = n;}} else vc(e) ? this._data = { values: [{ type: "Sphere" }] } : (gc(e) || hc(e)) && (this._data = {});this._generator = hc(e), e.name && (this._name = e.name), t && !A(t) && (this._data.format = t);}dependentFields() {return new Set();}producedFields() {}get data() {return this._data;}hasName() {return !!this._name;}get isGenerator() {return this._generator;}get dataName() {return this._name;}set dataName(e) {this._name = e;}set parent(e) {throw new Error("Source nodes have to be roots.");}remove() {throw new Error("Source nodes are roots and cannot be removed.");}hash() {throw new Error("Cannot hash sources");}assemble() {return _objectSpread(_objectSpread({ name: this._name }, this._data), {}, { transform: [] });}}function kd(e) {return e instanceof wd || e instanceof xd || e instanceof $d;}var Sd = new WeakMap();class Dd {constructor() {Qn(this, Sd, { writable: !0, value: void 0 }), Xn(this, Sd, !1);}setModified() {Xn(this, Sd, !0);}get modifiedFlag() {return function (e, t) {return t.get ? t.get.call(e) : t.value;}(e = this, Jn(e, Sd, "get"));var e;}}class Fd extends Dd {getNodeDepths(e, t, n) {n.set(e, t);for (const i of e.children) this.getNodeDepths(i, t + 1, n);return n;}optimize(e) {const t = [...this.getNodeDepths(e, 0, new Map()).entries()].sort((e, t) => t[1] - e[1]);for (const e of t) this.run(e[0]);return this.modifiedFlag;}}class zd extends Dd {optimize(e) {this.run(e);for (const t of e.children) this.optimize(t);return this.modifiedFlag;}}class Od extends zd {mergeNodes(e, t) {const n = t.shift();for (const i of t) e.removeChild(i), i.parent = n, i.remove();}run(e) {const t = e.children.map((e) => e.hash()),n = {};for (let i = 0; i < t.length; i++) void 0 === n[t[i]] ? n[t[i]] = [e.children[i]] : n[t[i]].push(e.children[i]);for (const t of j(n)) n[t].length > 1 && (this.setModified(), this.mergeNodes(e, n[t]));}}class _d extends zd {constructor(e) {super(), Yn(this, "requiresSelectionId", void 0), this.requiresSelectionId = e && Gu(e);}run(e) {e instanceof bd && (this.requiresSelectionId && (kd(e.parent) || e.parent instanceof md || e.parent instanceof vd) || (this.setModified(), e.remove()));}}class Nd extends Dd {optimize(e) {return this.run(e, new Set()), this.modifiedFlag;}run(e, t) {let n = new Set();e instanceof Cc && (n = e.producedFields(), N(n, t) && (this.setModified(), e.removeFormulas(t), 0 === e.producedFields.length && e.remove()));for (const i of e.children) this.run(i, new Set([...t, ...n]));}}class Cd extends zd {constructor() {super();}run(e) {e instanceof Oc && !e.isRequired() && (this.setModified(), e.remove());}}class Pd extends Fd {run(e) {if (!(kd(e) || e.numChildren() > 1)) for (const t of e.children) if (t instanceof vd) if (e instanceof vd) this.setModified(), e.merge(t);else {if (P(e.producedFields(), t.dependentFields())) continue;this.setModified(), t.swapWithParent();}}}class Ad extends Fd {run(e) {const t = [...e.children],n = e.children.filter((e) => e instanceof vd);if (e.numChildren() > 1 && n.length >= 1) {const i = {},r = new Set();for (const e of n) {const t = e.parse;for (const e of j(t)) e in i ? i[e] !== t[e] && r.add(e) : i[e] = t[e];}for (const e of r) delete i[e];if (!A(i)) {this.setModified();const n = new vd(e, i);for (const r of t) {if (r instanceof vd) for (const e of j(i)) delete r.parse[e];e.removeChild(r), r.parent = n, r instanceof vd && 0 === j(r.parse).length && r.remove();}}}}}class jd extends Fd {run(e) {e instanceof Oc || e.numChildren() > 0 || e instanceof pd || e instanceof wd || (this.setModified(), e.remove());}}class Td extends Fd {run(e) {const t = e.children.filter((e) => e instanceof Cc),n = t.pop();for (const e of t) this.setModified(), n.merge(e);}}class Ed extends Fd {run(e) {const t = e.children.filter((e) => e instanceof md),n = {};for (const e of t) {const t = $(e.groupBy);t in n || (n[t] = []), n[t].push(e);}for (const t of j(n)) {const i = n[t];if (i.length > 1) {const t = i.pop();for (const n of i) t.merge(n) && (e.removeChild(n), n.parent = t, n.remove(), this.setModified());}}}}class Md extends Fd {constructor(e) {super(), this.model = e;}run(e) {const t = !(kd(e) || e instanceof Ku || e instanceof vd || e instanceof bd),n = [],i = [];for (const r of e.children) r instanceof fd && (t && !P(e.producedFields(), r.dependentFields()) ? n.push(r) : i.push(r));if (n.length > 0) {const t = n.pop();for (const e of n) t.merge(e, this.model.renameSignal.bind(this.model));this.setModified(), e instanceof fd ? e.merge(t, this.model.renameSignal.bind(this.model)) : t.swapWithParent();}if (i.length > 1) {const e = i.pop();for (const t of i) e.merge(t, this.model.renameSignal.bind(this.model));this.setModified();}}}class Ld extends Fd {run(e) {const t = [...e.children];if (!S(t, (e) => e instanceof Oc) || e.numChildren() <= 1) return;const n = [];let i;for (const r of t) if (r instanceof Oc) {let t = r;for (; 1 === t.numChildren();) {const [e] = t.children;if (!(e instanceof Oc)) break;t = e;}n.push(...t.children), i ? (e.removeChild(r), r.parent = i.parent, i.parent.removeChild(i), i.parent = t, this.setModified()) : i = t;} else n.push(r);if (n.length) {this.setModified();for (const e of n) e.parent.removeChild(e), e.parent = i;}}}class qd extends zc {clone() {return new qd(null, y(this.transform));}constructor(e, t) {super(e), this.transform = t;}addDimensions(e) {this.transform.groupby = O(this.transform.groupby.concat(e), (e) => e);}dependentFields() {const e = new Set();return this.transform.groupby && this.transform.groupby.forEach(e.add, e), this.transform.joinaggregate.map((e) => e.field).filter((e) => void 0 !== e).forEach(e.add, e), e;}producedFields() {return new Set(this.transform.joinaggregate.map(this.getDefaultName));}getDefaultName(e) {var _e$as;return (_e$as = e.as) !== null && _e$as !== void 0 ? _e$as : pa(e);}hash() {return "JoinAggregateTransform ".concat($(this.transform));}assemble() {const e = [],t = [],n = [];for (const i of this.transform.joinaggregate) t.push(i.op), n.push(this.getDefaultName(i)), e.push(void 0 === i.field ? null : i.field);const i = this.transform.groupby;return _objectSpread({ type: "joinaggregate", as: n, ops: t, fields: e }, void 0 !== i ? { groupby: i } : {});}}class Ud extends zc {clone() {return new Ud(null, y(this._stack));}constructor(e, t) {super(e), Yn(this, "_stack", void 0), this._stack = t;}static makeFromTransform(e, n) {const { stack: i, groupby: r, as: o, offset: a = "zero" } = n,s = [],l = [];if (void 0 !== n.sort) for (const e of n.sort) s.push(e.field), l.push(X(e.order, "ascending"));const c = { field: s, order: l };let u;return u = function (e) {return t.isArray(e) && e.every((e) => t.isString(e)) && e.length > 1;}(o) ? o : t.isString(o) ? [o, "".concat(o, "_end")] : ["".concat(n.stack, "_start"), "".concat(n.stack, "_end")], new Ud(e, { dimensionFieldDefs: [], stackField: i, groupby: r, offset: a, sort: c, facetby: [], as: u });}static makeFromEncoding(e, n) {const i = n.stack,{ encoding: r } = n;if (!i) return null;const { groupbyChannels: o, fieldChannel: a, offset: s, impute: l } = i,c = o.map((e) => ka(r[e])).filter((e) => !!e),u = function (e) {return e.stack.stackBy.reduce((e, t) => {const n = pa(t.fieldDef);return n && e.push(n), e;}, []);}(n),f = n.encoding.order;let d;if (t.isArray(f) || ea(f)) d = In(f);else {const e = Jo(f) ? f.sort : "y" === a ? "descending" : "ascending";d = u.reduce((t, n) => (t.field.push(n), t.order.push(e), t), { field: [], order: [] });}return new Ud(e, { dimensionFieldDefs: c, stackField: n.vgField(a), facetby: [], stackby: u, sort: d, offset: s, impute: l, as: [n.vgField(a, { suffix: "start", forAs: !0 }), n.vgField(a, { suffix: "end", forAs: !0 })] });}get stack() {return this._stack;}addDimensions(e) {this._stack.facetby.push(...e);}dependentFields() {const e = new Set();return e.add(this._stack.stackField), this.getGroupbyFields().forEach(e.add, e), this._stack.facetby.forEach(e.add, e), this._stack.sort.field.forEach(e.add, e), e;}producedFields() {return new Set(this._stack.as);}hash() {return "Stack ".concat($(this._stack));}getGroupbyFields() {const { dimensionFieldDefs: e, impute: t, groupby: n } = this._stack;return e.length > 0 ? e.map((e) => e.bin ? t ? [pa(e, { binSuffix: "mid" })] : [pa(e, {}), pa(e, { binSuffix: "end" })] : [pa(e)]).flat() : n !== null && n !== void 0 ? n : [];}assemble() {const e = [],{ facetby: t, dimensionFieldDefs: n, stackField: i, stackby: r, sort: o, offset: a, impute: s, as: l } = this._stack;if (s) for (const o of n) {const { bandPosition: n = .5, bin: a } = o;if (a) {const t = pa(o, { expr: "datum" }),i = pa(o, { expr: "datum", binSuffix: "end" });e.push({ type: "formula", expr: "".concat(n, "*").concat(t, "+").concat(1 - n, "*").concat(i), as: pa(o, { binSuffix: "mid", forAs: !0 }) });}e.push({ type: "impute", field: i, groupby: [...r, ...t], key: pa(o, { binSuffix: "mid" }), method: "value", value: 0 });}return e.push({ type: "stack", groupby: [...this.getGroupbyFields(), ...t], field: i, sort: o, as: l, offset: a }), e;}}class Rd extends zc {clone() {return new Rd(null, y(this.transform));}constructor(e, t) {super(e), this.transform = t;}addDimensions(e) {this.transform.groupby = O(this.transform.groupby.concat(e), (e) => e);}dependentFields() {var _this$transform$group, _this$transform$sort;const e = new Set();return ((_this$transform$group = this.transform.groupby) !== null && _this$transform$group !== void 0 ? _this$transform$group : []).forEach(e.add, e), ((_this$transform$sort = this.transform.sort) !== null && _this$transform$sort !== void 0 ? _this$transform$sort : []).forEach((t) => e.add(t.field)), this.transform.window.map((e) => e.field).filter((e) => void 0 !== e).forEach(e.add, e), e;}producedFields() {return new Set(this.transform.window.map(this.getDefaultName));}getDefaultName(e) {var _e$as2;return (_e$as2 = e.as) !== null && _e$as2 !== void 0 ? _e$as2 : pa(e);}hash() {return "WindowTransform ".concat($(this.transform));}assemble() {const e = [],t = [],n = [],i = [];for (const r of this.transform.window) t.push(r.op), n.push(this.getDefaultName(r)), i.push(void 0 === r.param ? null : r.param), e.push(void 0 === r.field ? null : r.field);const r = this.transform.frame,o = this.transform.groupby;if (r && null === r[0] && null === r[1] && t.every((e) => fn(e))) return _objectSpread({ type: "joinaggregate", as: n, ops: t, fields: e }, void 0 !== o ? { groupby: o } : {});const a = [],s = [];if (void 0 !== this.transform.sort) for (const e of this.transform.sort) {var _e$order;a.push(e.field), s.push((_e$order = e.order) !== null && _e$order !== void 0 ? _e$order : "ascending");}const l = { field: a, order: s },c = this.transform.ignorePeers;return _objectSpread(_objectSpread(_objectSpread({ type: "window", params: i, as: n, ops: t, fields: e, sort: l }, void 0 !== c ? { ignorePeers: c } : {}), void 0 !== o ? { groupby: o } : {}), void 0 !== r ? { frame: r } : {});}}function Wd(e) {if (e instanceof pd) {if (1 !== e.numChildren() || e.children[0] instanceof Oc) {const n = e.model.component.data.main;Bd(n);const i = (t = e, function e(n) {if (!(n instanceof pd)) {const i = n.clone();if (i instanceof Oc) {const e = Id + i.getSource();i.setSource(e), t.model.component.data.outputNodes[e] = i;} else (i instanceof md || i instanceof Ud || i instanceof Rd || i instanceof qd) && i.addDimensions(t.fields);for (const t of n.children.flatMap(e)) t.parent = i;return [i];}return n.children.flatMap(e);}),r = e.children.map(i).flat();for (const e of r) e.parent = n;} else {const t = e.children[0];(t instanceof md || t instanceof Ud || t instanceof Rd || t instanceof qd) && t.addDimensions(e.fields), t.swapWithParent(), Wd(e);}} else e.children.map(Wd);var t;}function Bd(e) {if (e instanceof Oc && e.type === xc.Main && 1 === e.numChildren()) {const t = e.children[0];t instanceof pd || (t.swapWithParent(), Bd(e));}}const Id = "scale_",Hd = 5;function Vd(e) {for (const t of e) {for (const e of t.children) if (e.parent !== t) return !1;if (!Vd(t.children)) return !1;}return !0;}function Gd(e, t) {let n = !1;for (const i of t) n = e.optimize(i) || n;return n;}function Yd(e, t, n) {let i = e.sources,r = !1;return r = Gd(new Cd(), i) || r, r = Gd(new _d(t), i) || r, i = i.filter((e) => e.numChildren() > 0), r = Gd(new jd(), i) || r, i = i.filter((e) => e.numChildren() > 0), n || (r = Gd(new Pd(), i) || r, r = Gd(new Md(t), i) || r, r = Gd(new Nd(), i) || r, r = Gd(new Ad(), i) || r, r = Gd(new Ed(), i) || r, r = Gd(new Td(), i) || r, r = Gd(new Od(), i) || r, r = Gd(new Ld(), i) || r), e.sources = i, r;}class Xd {constructor(e) {Yn(this, "signal", void 0), Object.defineProperty(this, "signal", { enumerable: !0, get: e });}static fromName(e, t) {return new Xd(() => e(t));}}function Jd(e) {_m(e) ? function (e) {const t = e.component.scales;for (const n of j(t)) {const i = Qd(e, n);if (t[n].setWithExplicit("domains", i), tm(e, n), e.component.data.isFaceted) {let t = e;for (; !Nm(t) && t.parent;) t = t.parent;if ("shared" === t.component.resolve.scale[n]) for (const e of i.value) On(e) && (e.data = Id + e.data.replace(Id, ""));}}}(e) : function (e) {for (const t of e.children) Jd(t);const t = e.component.scales;for (const n of j(t)) {let i,r = null;for (const t of e.children) {const e = t.component.scales[n];if (e) {i = void 0 === i ? e.getWithExplicit("domains") : fc(i, e.getWithExplicit("domains"), "domains", "scale", im);const t = e.get("selectionExtent");r && t && r.param !== t.param && Ni(si), r = t;}}t[n].setWithExplicit("domains", i), r && t[n].set("selectionExtent", r, !0);}}(e);}function Qd(e, t) {const n = e.getScaleComponent(t).get("type"),{ encoding: i } = e,r = function (e, t, n, i) {if ("unaggregated" === e) {const { valid: e, reason: i } = nm(t, n);if (!e) return void Ni(i);} else if (void 0 === e && i.useUnaggregatedDomain) {const { valid: e } = nm(t, n);if (e) return "unaggregated";}return e;}(e.scaleDomain(t), e.typedFieldDef(t), n, e.config.scale);return r !== e.scaleDomain(t) && (e.specifiedScales[t] = _objectSpread(_objectSpread({}, e.specifiedScales[t]), {}, { domain: r })), "x" === t && Sa(i.x2) ? Sa(i.x) ? fc(Zd(n, r, e, "x"), Zd(n, r, e, "x2"), "domain", "scale", im) : Zd(n, r, e, "x2") : "y" === t && Sa(i.y2) ? Sa(i.y) ? fc(Zd(n, r, e, "y"), Zd(n, r, e, "y2"), "domain", "scale", im) : Zd(n, r, e, "y2") : Zd(n, r, e, t);}function Kd(e, t, n) {var _Xi9;const i = (_Xi9 = Xi(n)) === null || _Xi9 === void 0 ? void 0 : _Xi9.unit;return "temporal" === t || i ? function (e, t, n) {return e.map((e) => ({ signal: "{data: ".concat(Ca(e, { timeUnit: n, type: t }), "}") }));}(e, t, i) : [e];}function Zd(e, n, i, r) {const { encoding: o, markDef: a, mark: s, config: l, stack: c } = i,u = Sa(o[r]),{ type: f } = u,d = u.timeUnit;if (function (e) {return e === null || e === void 0 ? void 0 : e.unionWith;}(n)) {const t = Zd(e, void 0, i, r);return sc([...Kd(n.unionWith, f, d), ...t.value]);}if (Fn(n)) return sc([n]);if (n && "unaggregated" !== n && !Ar(n)) return sc(Kd(n, f, d));if (c && r === c.fieldChannel) {if ("normalize" === c.offset) return lc([[0, 1]]);const e = i.requestDataName(xc.Main);return lc([{ data: e, field: i.vgField(r, { suffix: "start" }) }, { data: e, field: i.vgField(r, { suffix: "end" }) }]);}const m = en(r) && ea(u) ? function (e, t, n) {if (!_r(n)) return;const i = e.fieldDef(t),r = i.sort;if (Ro(r)) return { op: "min", field: gf(i, t), order: "ascending" };const { stack: o } = e,a = o ? new Set([...o.groupbyFields, ...o.stackBy.map((e) => e.fieldDef.field)]) : void 0;if (Uo(r)) {return em(r, o && !a.has(r.field));}if (qo(r)) {const { encoding: t, order: n } = r,i = e.fieldDef(t),{ aggregate: s, field: l } = i,c = o && !a.has(l);if (cn(s) || un(s)) return em({ field: pa(i), order: n }, c);if (fn(s) || !s) return em({ op: s, field: l, order: n }, c);} else {if ("descending" === r) return { op: "min", field: e.vgField(t), order: "descending" };if (k(["ascending", void 0], r)) return !0;}return;}(i, r, e) : void 0;if (na(u)) {return lc(Kd([u.datum], f, d));}const p = u;if ("unaggregated" === n) {const e = i.requestDataName(xc.Main),{ field: t } = u;return lc([{ data: e, field: pa({ field: t, aggregate: "min" }) }, { data: e, field: pa({ field: t, aggregate: "max" }) }]);}if (yn(p.bin)) {if (_r(e)) return lc("bin-ordinal" === e ? [] : [{ data: M(m) ? i.requestDataName(xc.Main) : i.requestDataName(xc.Raw), field: i.vgField(r, Aa(p, r) ? { binSuffix: "range" } : {}), sort: !0 !== m && t.isObject(m) ? m : { field: i.vgField(r, {}), op: "min" } }]);{const { bin: e } = p;if (yn(e)) {const t = cd(i, p.field, e);return lc([new Xd(() => {const e = i.getSignalName(t);return "[".concat(e, ".start, ").concat(e, ".stop]");})]);}return lc([{ data: i.requestDataName(xc.Main), field: i.vgField(r, {}) }]);}}if (p.timeUnit && k(["time", "utc"], e)) {const e = o[dt(r)];if (Xo(p, e, a, l)) {const t = i.requestDataName(xc.Main),n = Go({ fieldDef: p, fieldDef2: e, markDef: a, config: l }),o = ao(s) && .5 !== n && Et(r);return lc([{ data: t, field: i.vgField(r, o ? { suffix: Pc } : {}) }, { data: t, field: i.vgField(r, { suffix: o ? Ac : "end" }) }]);}}return lc(m ? [{ data: M(m) ? i.requestDataName(xc.Main) : i.requestDataName(xc.Raw), field: i.vgField(r), sort: m }] : [{ data: i.requestDataName(xc.Main), field: i.vgField(r) }]);}function em(e, t) {const { op: n, field: i, order: r } = e;return _objectSpread(_objectSpread({ op: n !== null && n !== void 0 ? n : t ? "sum" : Eo }, i ? { field: H(i) } : {}), r ? { order: r } : {});}function tm(e, t) {var _e$fieldDef2;const n = e.component.scales[t],i = e.specifiedScales[t].domain,r = (_e$fieldDef2 = e.fieldDef(t)) === null || _e$fieldDef2 === void 0 ? void 0 : _e$fieldDef2.bin,o = Ar(i) && i,a = bn(r) && xn(r.extent) && r.extent;(o || a) && n.set("selectionExtent", o !== null && o !== void 0 ? o : a, !0);}function nm(e, n) {const { aggregate: i, type: r } = e;return i ? t.isString(i) && !gn.has(i) ? { valid: !1, reason: xi(i) } : "quantitative" === r && "log" === n ? { valid: !1, reason: $i(e) } : { valid: !0 } : { valid: !1, reason: bi(e) };}function im(e, t, n, i) {return e.explicit && t.explicit && Ni(function (e, t, n, i) {return "Conflicting ".concat(t.toString(), " property \"").concat(e.toString(), "\" (").concat(re(n), " and ").concat(re(i), "). Using the union of the two domains.");}(n, i, e.value, t.value)), { explicit: e.explicit, value: [...e.value, ...t.value] };}function rm(e) {const n = O(e.map((e) => {if (On(e)) {const { sort: t } = e,n = _objectWithoutProperties(e, _excluded54);return n;}return e;}), $),i = O(e.map((e) => {if (On(e)) {const t = e.sort;return void 0 === t || M(t) || ("op" in t && "count" === t.op && delete t.field, "ascending" === t.order && delete t.order), t;}}).filter((e) => void 0 !== e), $);if (0 === n.length) return;if (1 === n.length) {const n = e[0];if (On(n) && i.length > 0) {let e = i[0];if (i.length > 1) {Ni(Si);const n = i.filter((e) => t.isObject(e) && "op" in e && "min" !== e.op);e = !i.every((e) => t.isObject(e) && "op" in e) || 1 !== n.length || n[0];} else if (t.isObject(e) && "field" in e) {const t = e.field;n.field === t && (e = !e.order || { order: e.order });}return _objectSpread(_objectSpread({}, n), {}, { sort: e });}return n;}const r = O(i.map((e) => M(e) || !("op" in e) || t.isString(e.op) && e.op in ln ? e : (Ni(function (e) {return "Dropping sort property ".concat(re(e), " as unioned domains only support boolean or op \"count\", \"min\", and \"max\".");}(e)), !0)), $);let o;1 === r.length ? o = r[0] : r.length > 1 && (Ni(Si), o = !0);const a = O(e.map((e) => On(e) ? e.data : null), (e) => e);if (1 === a.length && null !== a[0]) {return _objectSpread({ data: a[0], fields: n.map((e) => e.field) }, o ? { sort: o } : {});}return _objectSpread({ fields: n }, o ? { sort: o } : {});}function om(e) {if (On(e) && t.isString(e.field)) return e.field;if (function (e) {return !t.isArray(e) && "fields" in e && !("data" in e);}(e)) {let n;for (const i of e.fields) if (On(i) && t.isString(i.field)) if (n) {if (n !== i.field) return Ni("Detected faceted independent scales that union domain of multiple fields from different data sources. We will use the first field. The result view size may be incorrect."), n;} else n = i.field;return Ni("Detected faceted independent scales that union domain of the same fields from different source. We will assume that this is the same field from a different fork of the same data source. However, if this is not the case, the result view size may be incorrect."), n;}if (function (e) {return !t.isArray(e) && "fields" in e && "data" in e;}(e)) {Ni("Detected faceted independent scales that union domain of multiple fields from the same data source. We will use the first field. The result view size may be incorrect.");const n = e.fields[0];return t.isString(n) ? n : void 0;}}function am(e, t) {const n = e.component.scales[t].get("domains").map((t) => (On(t) && (t.data = e.lookupDataSource(t.data)), t));return rm(n);}function sm(e) {return Pm(e) || Cm(e) ? e.children.reduce((e, t) => e.concat(sm(t)), lm(e)) : lm(e);}function lm(e) {return j(e.component.scales).reduce((n, i) => {const r = e.component.scales[i];if (r.merged) return n;const o = r.combine(),{ name: a, type: s, selectionExtent: l, domains: c, range: u, reverse: f } = o,d = _objectWithoutProperties(o, _excluded55),m = function (e, n, i, r) {if (Et(i)) {if (zn(e)) return { step: { signal: "".concat(n, "_step") } };} else if (t.isObject(e) && On(e)) return _objectSpread(_objectSpread({}, e), {}, { data: r.lookupDataSource(e.data) });return e;}(o.range, a, i, e),p = am(e, i),g = l ? function (e, n, i, r) {const o = ef(e, n.param, n);return { signal: Nr(i.get("type")) && t.isArray(r) && r[0] > r[1] ? "isValid(".concat(o, ") && reverse(").concat(o, ")") : o };}(e, l, r, p) : null;return n.push(_objectSpread(_objectSpread(_objectSpread(_objectSpread({ name: a, type: s }, p ? { domain: p } : {}), g ? { domainRaw: g } : {}), {}, { range: m }, void 0 !== f ? { reverse: f } : {}), d)), n;}, []);}class cm extends ac {constructor(e, t) {super({}, { name: e }), Yn(this, "merged", !1), this.setWithExplicit("type", t);}domainDefinitelyIncludesZero() {return !1 !== this.get("zero") || S(this.get("domains"), (e) => t.isArray(e) && 2 === e.length && t.isNumber(e[0]) && e[0] <= 0 && t.isNumber(e[1]) && e[1] >= 0);}}const um = ["range", "scheme"];function fm(e, n) {const i = e.fieldDef(n);if (i !== null && i !== void 0 && i.bin) {const { bin: r, field: o } = i,a = mt(n),s = e.getName(a);if (t.isObject(r) && r.binned && void 0 !== r.step) return new Xd(() => {const t = e.scaleName(n),i = "(domain(\"".concat(t, "\")[1] - domain(\"").concat(t, "\")[0]) / ").concat(r.step);return "".concat(e.getSignalName(s), " / (").concat(i, ")");});if (yn(r)) {const t = cd(e, o, r);return new Xd(() => {const n = e.getSignalName(t),i = "(".concat(n, ".stop - ").concat(n, ".start) / ").concat(n, ".step");return "".concat(e.getSignalName(s), " / (").concat(i, ")");});}}}function dm(e, n) {const i = n.specifiedScales[e],{ size: r } = n,o = n.getScaleComponent(e).get("type");for (const r of um) if (void 0 !== i[r]) {const a = Wr(o, r),s = Br(e, r);if (a) {if (s) Ni(s);else switch (r) {case "range":{const r = i.range;if (t.isArray(r)) {if (Et(e)) return sc(r.map((e) => {if ("width" === e || "height" === e) {const t = n.getName(e),i = n.getSignalName.bind(n);return Xd.fromName(i, t);}return e;}));} else if (t.isObject(r)) return sc({ data: n.requestDataName(xc.Main), field: r.field, sort: { op: "min", field: n.vgField(e) } });return sc(r);}case "scheme":return sc(mm(i[r]));}} else Ni(wi(o, r, e));}const a = e === le || "xOffset" === e ? "width" : "height",s = r[a];if (qs(s)) if (Et(e)) {if (_r(o)) {const t = gm(s, n, e);if (t) return sc({ step: t });} else Ni(ki(a));} else if (Rt(e)) {const t = e === de ? "x" : "y";if ("band" === n.getScaleComponent(t).get("type")) {const e = hm(s, o);if (e) return sc(e);}}const { rangeMin: l, rangeMax: c } = i,u = function (e, n) {const { size: i, config: r, mark: o, encoding: a } = n,{ type: s } = Sa(a[e]),l = n.getScaleComponent(e),c = l.get("type"),{ domain: u, domainMid: f } = n.specifiedScales[e];switch (e) {case le:case ce:if (k(["point", "band"], c)) {const t = ym(e, i, r.view);if (qs(t)) {return { step: gm(t, n, e) };}}return pm(e, n, c);case de:case me:return function (e, t, n) {const i = e === de ? "x" : "y",r = t.getScaleComponent(i);if (!r) return pm(i, t, n, { center: !0 });const o = r.get("type"),a = t.scaleName(i),{ markDef: s, config: l } = t;if ("band" === o) {const e = ym(i, t.size, t.config.view);if (qs(e)) {const t = hm(e, n);if (t) return t;}return [0, { signal: "bandwidth('".concat(a, "')") }];}{const n = t.encoding[i];if (ea(n) && n.timeUnit) {const e = Ji(n.timeUnit, (e) => "scale('".concat(a, "', ").concat(e, ")")),i = t.config.scale.bandWithNestedOffsetPaddingInner,r = Go({ fieldDef: n, markDef: s, config: l }) - .5,o = 0 !== r ? " + ".concat(r) : "";if (i) {return [{ signal: "".concat(Fn(i) ? "".concat(i.signal, "/2") + o : "".concat(i / 2 + r), " * (").concat(e, ")") }, { signal: "".concat(Fn(i) ? "(1 - ".concat(i.signal, "/2)") + o : "".concat(1 - i / 2 + r), " * (").concat(e, ")") }];}return [0, { signal: e }];}return v("Cannot use ".concat(e, " scale if ").concat(i, " scale is not discrete."));}}(e, n, c);case Fe:{const a = vm(o, n.component.scales[e].get("zero"), r),s = function (e, n, i, r) {const o = { x: fm(i, "x"), y: fm(i, "y") };switch (e) {case "bar":case "tick":{if (void 0 !== r.scale.maxBandSize) return r.scale.maxBandSize;const e = xm(n, o, r.view);return t.isNumber(e) ? e - 1 : new Xd(() => "".concat(e.signal, " - 1"));}case "line":case "trail":case "rule":return r.scale.maxStrokeWidth;case "text":return r.scale.maxFontSize;case "point":case "square":case "circle":{if (r.scale.maxSize) return r.scale.maxSize;const e = xm(n, o, r.view);return t.isNumber(e) ? Math.pow(bm * e, 2) : new Xd(() => "pow(".concat(bm, " * ").concat(e.signal, ", 2)"));}}throw new Error(gi("size", e));}(o, i, n, r);return Pr(c) ? function (e, t, n) {const i = () => {const i = Mn(t),r = Mn(e),o = "(".concat(i, " - ").concat(r, ") / (").concat(n, " - 1)");return "sequence(".concat(r, ", ").concat(i, " + ").concat(o, ", ").concat(o, ")");};return Fn(t) ? new Xd(i) : { signal: i() };}(a, s, function (e, n, i, r) {switch (e) {case "quantile":return n.scale.quantileCount;case "quantize":return n.scale.quantizeCount;case "threshold":return void 0 !== i && t.isArray(i) ? i.length + 1 : (Ni(function (e) {return "Domain for ".concat(e, " is required for threshold scale.");}(r)), 3);}}(c, r, u, e)) : [a, s];}case he:return [0, 2 * Math.PI];case ze:return [0, 360];case pe:return [0, new Xd(() => "min(".concat(n.getSignalName("width"), ",").concat(n.getSignalName("height"), ")/2"))];case Ce:return [r.scale.minStrokeWidth, r.scale.maxStrokeWidth];case Pe:return [[1, 0], [4, 2], [2, 1], [1, 1], [1, 2, 4, 2]];case De:return "symbol";case we:case ke:case Se:return "ordinal" === c ? "nominal" === s ? "category" : "ordinal" : void 0 !== f ? "diverging" : "rect" === o || "geoshape" === o ? "heatmap" : "ramp";case Oe:case _e:case Ne:return [r.scale.minOpacity, r.scale.maxOpacity];}}(e, n);return (void 0 !== l || void 0 !== c) && Wr(o, "rangeMin") && t.isArray(u) && 2 === u.length ? sc([l !== null && l !== void 0 ? l : u[0], c !== null && c !== void 0 ? c : u[1]]) : lc(u);}function mm(e) {return function (e) {return !t.isString(e) && !!e.name;}(e) ? _objectSpread({ scheme: e.name }, x(e, ["name"])) : { scheme: e };}function pm(e, t, n) {let { center: i } = arguments.length > 3 && void 0 !== arguments[3] ? arguments[3] : {};const r = mt(e),o = t.getName(r),a = t.getSignalName.bind(t);return e === ce && Nr(n) ? i ? [Xd.fromName((e) => "".concat(a(e), "/2"), o), Xd.fromName((e) => "-".concat(a(e), "/2"), o)] : [Xd.fromName(a, o), 0] : i ? [Xd.fromName((e) => "-".concat(a(e), "/2"), o), Xd.fromName((e) => "".concat(a(e), "/2"), o)] : [0, Xd.fromName(a, o)];}function gm(e, n, i) {const { encoding: r } = n,o = n.getScaleComponent(i),a = gt(i),s = r[a];if ("offset" === Ls({ step: e, offsetIsDiscrete: aa(s) && dr(s.type) }) && Ha(r, a)) {var _o$get;const i = n.getScaleComponent(a);let r = "domain('".concat(n.scaleName(a), "').length");if ("band" === i.get("type")) {var _ref18, _i$get, _ref19, _i$get2;r = "bandspace(".concat(r, ", ").concat((_ref18 = (_i$get = i.get("paddingInner")) !== null && _i$get !== void 0 ? _i$get : i.get("padding")) !== null && _ref18 !== void 0 ? _ref18 : 0, ", ").concat((_ref19 = (_i$get2 = i.get("paddingOuter")) !== null && _i$get2 !== void 0 ? _i$get2 : i.get("padding")) !== null && _ref19 !== void 0 ? _ref19 : 0, ")");}const s = (_o$get = o.get("paddingInner")) !== null && _o$get !== void 0 ? _o$get : o.get("padding");return { signal: "".concat(e.step, " * ").concat(r, " / (1-").concat((l = s, Fn(l) ? l.signal : t.stringValue(l)), ")") };}return e.step;var l;}function hm(e, t) {if ("offset" === Ls({ step: e, offsetIsDiscrete: _r(t) })) return { step: e.step };}function ym(e, t, n) {const i = e === le ? "width" : "height",r = t[i];return r || Is(n, i);}function vm(e, t, n) {if (t) return Fn(t) ? { signal: "".concat(t.signal, " ? 0 : ").concat(vm(e, !1, n)) } : 0;switch (e) {case "bar":case "tick":return n.scale.minBandSize;case "line":case "trail":case "rule":return n.scale.minStrokeWidth;case "text":return n.scale.minFontSize;case "point":case "square":case "circle":return n.scale.minSize;}throw new Error(gi("size", e));}const bm = .95;function xm(e, t, n) {const i = qs(e.width) ? e.width.step : Bs(n, "width"),r = qs(e.height) ? e.height.step : Bs(n, "height");return t.x || t.y ? new Xd(() => "min(".concat([t.x ? t.x.signal : i, t.y ? t.y.signal : r].join(", "), ")")) : Math.min(i, r);}function $m(e, t) {_m(e) ? function (e, t) {const n = e.component.scales,{ config: i, encoding: r, markDef: o, specifiedScales: a } = e;for (const s of j(n)) {const l = a[s],c = n[s],u = e.getScaleComponent(s),f = Sa(r[s]),d = l[t],m = u.get("type"),p = u.get("padding"),g = u.get("paddingInner"),h = Wr(m, t),y = Br(s, t);if (void 0 !== d && (h ? y && Ni(y) : Ni(wi(m, t, s))), h && void 0 === y) if (void 0 !== d) {const e = f.timeUnit,n = f.type;switch (t) {case "domainMax":case "domainMin":Ci(l[t]) || "temporal" === n || e ? c.set(t, { signal: Ca(l[t], { type: n, timeUnit: e }) }, !0) : c.set(t, l[t], !0);break;default:c.copyKeyFromObject(t, l);}} else {const n = t in wm ? wm[t]({ model: e, channel: s, fieldOrDatumDef: f, scaleType: m, scalePadding: p, scalePaddingInner: g, domain: l.domain, domainMin: l.domainMin, domainMax: l.domainMax, markDef: o, config: i, hasNestedOffsetScale: Va(r, s), hasSecondaryRangeChannel: !!r[dt(s)] }) : i.scale[t];void 0 !== n && c.set(t, n, !1);}}}(e, t) : Sm(e, t);}const wm = { bins: (e) => {let { model: t, fieldOrDatumDef: n } = e;return ea(n) ? function (e, t) {const n = t.bin;if (yn(n)) {const i = cd(e, t.field, n);return new Xd(() => e.getSignalName(i));}if (vn(n) && bn(n) && void 0 !== n.step) return { step: n.step };return;}(t, n) : void 0;}, interpolate: (e) => {let { channel: t, fieldOrDatumDef: n } = e;return function (e, t) {if (k([we, ke, Se], e) && "nominal" !== t) return "hcl";return;}(t, n.type);}, nice: (e) => {let { scaleType: n, channel: i, domain: r, domainMin: o, domainMax: a, fieldOrDatumDef: s } = e;return function (e, n, i, r, o, a, _ka) {if ((_ka = ka(a)) !== null && _ka !== void 0 && _ka.bin || t.isArray(i) || null != o || null != r || k([vr.TIME, vr.UTC], e)) return;return !!Et(n) || void 0;}(n, i, r, o, a, s);}, padding: (e) => {let { channel: t, scaleType: n, fieldOrDatumDef: i, markDef: r, config: o } = e;return function (e, t, n, i, r, o) {if (Et(e)) {if (Cr(t)) {if (void 0 !== n.continuousPadding) return n.continuousPadding;const { type: t, orient: a } = r;if ("bar" === t && (!ea(i) || !i.bin && !i.timeUnit) && ("vertical" === a && "x" === e || "horizontal" === a && "y" === e)) return o.continuousBandSize;}if (t === vr.POINT) return n.pointPadding;}return;}(t, n, o.scale, i, r, o.bar);}, paddingInner: (e) => {let { scalePadding: t, channel: n, markDef: i, scaleType: r, config: o, hasNestedOffsetScale: a } = e;return function (e, t, n, i, r) {let o = arguments.length > 5 && void 0 !== arguments[5] && arguments[5];if (void 0 !== e) return;if (Et(t)) {const { bandPaddingInner: e, barBandPaddingInner: t, rectBandPaddingInner: i, bandWithNestedOffsetPaddingInner: a } = r;return o ? a : X(e, "bar" === n ? t : i);}if (Rt(t) && i === vr.BAND) return r.offsetBandPaddingInner;return;}(t, n, i.type, r, o.scale, a);}, paddingOuter: (e) => {let { scalePadding: t, channel: n, scaleType: i, scalePaddingInner: r, config: o, hasNestedOffsetScale: a } = e;return function (e, t, n, i, r) {let o = arguments.length > 5 && void 0 !== arguments[5] && arguments[5];if (void 0 !== e) return;if (Et(t)) {const { bandPaddingOuter: e, bandWithNestedOffsetPaddingOuter: t } = r;if (o) return t;if (n === vr.BAND) return X(e, Fn(i) ? { signal: "".concat(i.signal, "/2") } : i / 2);} else if (Rt(t)) {if (n === vr.POINT) return .5;if (n === vr.BAND) return r.offsetBandPaddingOuter;}return;}(t, n, i, r, o.scale, a);}, reverse: (e) => {let { fieldOrDatumDef: t, scaleType: n, channel: i, config: r } = e;return function (e, t, n, i) {if ("x" === n && void 0 !== i.xReverse) return Nr(e) && "descending" === t ? 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void 0 : e.type);}function Nm(e) {return "facet" === (e === null || e === void 0 ? void 0 : e.type);}function Cm(e) {return "concat" === (e === null || e === void 0 ? void 0 : e.type);}function Pm(e) {return "layer" === (e === null || e === void 0 ? void 0 : e.type);}class Am {constructor(e, n, i, r, o, a, s) {var _e$name, _e$transform;this.type = n, this.parent = i, this.config = o, Yn(this, "name", void 0), Yn(this, "size", void 0), Yn(this, "title", void 0), Yn(this, "description", void 0), Yn(this, "data", void 0), Yn(this, "transforms", void 0), Yn(this, "layout", void 0), Yn(this, "scaleNameMap", void 0), Yn(this, "projectionNameMap", void 0), Yn(this, "signalNameMap", void 0), Yn(this, "component", void 0), Yn(this, "view", void 0), Yn(this, "children", void 0), Yn(this, "correctDataNames", (e) => {var _e$from2, _e$from3;return (_e$from2 = e.from) !== null && _e$from2 !== void 0 && _e$from2.data && (e.from.data = this.lookupDataSource(e.from.data)), (_e$from3 = e.from) !== null && _e$from3 !== void 0 && (_e$from3 = _e$from3.facet) !== null && _e$from3 !== void 0 && _e$from3.data && (e.from.facet.data = this.lookupDataSource(e.from.facet.data)), e;}), this.parent = i, this.config = o, this.view = kn(s), this.name = (_e$name = e.name) !== null && _e$name !== void 0 ? _e$name : r, this.title = Dn(e.title) ? { text: e.title } : e.title ? kn(e.title) : void 0, this.scaleNameMap = i ? i.scaleNameMap : new Om(), this.projectionNameMap = i ? i.projectionNameMap : new Om(), this.signalNameMap = i ? i.signalNameMap : new Om(), this.data = e.data, this.description = e.description, this.transforms = ((_e$transform = e.transform) !== null && _e$transform !== void 0 ? _e$transform : []).map((e) => Ol(e) ? { filter: h(e.filter, ur) } : e), this.layout = "layer" === n || "unit" === n ? {} : function (e, n, i) {const r = i[n],o = {},{ spacing: a, columns: s } = r;void 0 !== a && (o.spacing = a), void 0 !== s && (Io(e) && !Wo(e.facet) || Ts(e)) && (o.columns = s), Es(e) && (o.columns = 1);for (const n of Rs) if (void 0 !== e[n]) if ("spacing" === n) {var _i$row, _i$column;const i = e[n];o[n] = t.isNumber(i) ? i : { row: (_i$row = i.row) !== null && _i$row !== void 0 ? _i$row : a, column: (_i$column = i.column) !== null && _i$column !== void 0 ? _i$column : a };} else o[n] = e[n];return o;}(e, n, o), this.component = { data: { sources: i ? i.component.data.sources : [], outputNodes: i ? i.component.data.outputNodes : {}, outputNodeRefCounts: i ? i.component.data.outputNodeRefCounts : {}, isFaceted: Io(e) || (i === null || i === void 0 ? void 0 : i.component.data.isFaceted) && void 0 === e.data }, layoutSize: new ac(), layoutHeaders: { row: {}, column: {}, facet: {} }, mark: null, resolve: _objectSpread({ scale: {}, axis: {}, legend: {} }, a ? y(a) : {}), selection: null, scales: null, projection: null, axes: {}, legends: {} };}get width() {return this.getSizeSignalRef("width");}get height() {return this.getSizeSignalRef("height");}parse() {this.parseScale(), this.parseLayoutSize(), this.renameTopLevelLayoutSizeSignal(), this.parseSelections(), this.parseProjection(), this.parseData(), this.parseAxesAndHeaders(), this.parseLegends(), this.parseMarkGroup();}parseScale() {!function (e) {let { ignoreRange: t } = arguments.length > 1 && void 0 !== arguments[1] ? arguments[1] : {};Fm(e), Jd(e);for (const t of Rr) $m(e, t);t || km(e);}(this);}parseProjection() {ad(this);}renameTopLevelLayoutSizeSignal() {"width" !== this.getName("width") && this.renameSignal(this.getName("width"), "width"), "height" !== this.getName("height") && this.renameSignal(this.getName("height"), "height");}parseLegends() {Jf(this);}assembleEncodeFromView(e) {const { style: t } = e,n = _objectWithoutProperties(e, _excluded56),i = {};for (const e of j(n)) {const t = n[e];void 0 !== t && (i[e] = Tn(t));}return i;}assembleGroupEncodeEntry(e) {var _t3;let t = {};return this.view && (t = this.assembleEncodeFromView(this.view)), e || (this.description && (t.description = Tn(this.description)), "unit" !== this.type && "layer" !== this.type) ? A(t) ? void 0 : t : _objectSpread({ width: this.getSizeSignalRef("width"), height: this.getSizeSignalRef("height") }, (_t3 = t) !== null && _t3 !== void 0 ? _t3 : {});}assembleLayout() {if (!this.layout) return;const _this$layout = this.layout,{ spacing: e } = _this$layout,t = _objectWithoutProperties(_this$layout, _excluded57),{ component: n, config: i } = this,r = function (e, t) {const n = {};for (const i of Je) {const r = e[i];if (r !== null && r !== void 0 && r.facetFieldDef) {const { titleAnchor: e, titleOrient: o } = vf(["titleAnchor", "titleOrient"], r.facetFieldDef.header, t, i),a = hf(i, o),s = _f(e, a);void 0 !== s && (n[a] = s);}}return A(n) ? void 0 : n;}(n.layoutHeaders, i);return _objectSpread(_objectSpread(_objectSpread({ padding: e }, this.assembleDefaultLayout()), t), r ? { titleBand: r } : {});}assembleDefaultLayout() {return {};}assembleHeaderMarks() {const { layoutHeaders: e } = this.component;let t = [];for (const n of Je) e[n].title && t.push($f(this, n));for (const e of bf) t = t.concat(Sf(this, e));return t;}assembleAxes() {return function (e, t) {const { x: n = [], y: i = [] } = e;return [...n.map((e) => rf(e, "grid", t)), ...i.map((e) => rf(e, "grid", t)), ...n.map((e) => rf(e, "main", t)), ...i.map((e) => rf(e, "main", t))].filter((e) => e);}(this.component.axes, this.config);}assembleLegends() {return td(this);}assembleProjections() {return nd(this);}assembleTitle() {var _this$title, _n$frame, _n$anchor;const _ref20 = (_this$title = this.title) !== null && _this$title !== void 0 ? _this$title : {},{ encoding: e } = _ref20,t = _objectWithoutProperties(_ref20, _excluded58),n = _objectSpread(_objectSpread(_objectSpread({}, Sn(this.config.title).nonMarkTitleProperties), t), e ? { encode: { update: e } } : {});if (n.text) return k(["unit", "layer"], this.type) ? k(["middle", void 0], n.anchor) && ((_n$frame = n.frame) !== null && _n$frame !== void 0 ? _n$frame : n.frame = "group") : (_n$anchor = n.anchor) !== null && _n$anchor !== void 0 ? _n$anchor : n.anchor = "start", A(n) ? void 0 : n;}assembleGroup() {let e = arguments.length > 0 && void 0 !== arguments[0] ? arguments[0] : [];const t = {};e = e.concat(this.assembleSignals()), e.length > 0 && (t.signals = e);const n = this.assembleLayout();n && (t.layout = n), t.marks = [].concat(this.assembleHeaderMarks(), this.assembleMarks());const i = !this.parent || Nm(this.parent) ? sm(this) : [];i.length > 0 && (t.scales = i);const r = this.assembleAxes();r.length > 0 && (t.axes = r);const o = this.assembleLegends();return o.length > 0 && (t.legends = o), t;}getName(e) {return L((this.name ? "".concat(this.name, "_") : "") + e);}getDataName(e) {return this.getName(xc[e].toLowerCase());}requestDataName(e) {const t = this.getDataName(e),n = this.component.data.outputNodeRefCounts;return n[t] = (n[t] || 0) + 1, t;}getSizeSignalRef(e) {if (Nm(this.parent)) {const t = qt(Tf(e)),n = this.component.scales[t];if (n && !n.merged) {const e = n.get("type"),i = n.get("range");if (_r(e) && zn(i)) {const e = n.get("name"),i = om(am(this, t));if (i) {return { signal: jf(e, n, pa({ aggregate: "distinct", field: i }, { expr: "datum" })) };}return Ni(ii(t)), null;}}}return { signal: this.signalNameMap.get(this.getName(e)) };}lookupDataSource(e) {const t = this.component.data.outputNodes[e];return t ? t.getSource() : e;}getSignalName(e) {return this.signalNameMap.get(e);}renameSignal(e, t) {this.signalNameMap.rename(e, t);}renameScale(e, t) {this.scaleNameMap.rename(e, t);}renameProjection(e, t) {this.projectionNameMap.rename(e, t);}scaleName(e, t) {return t ? this.getName(e) : st(e) && en(e) && this.component.scales[e] || this.scaleNameMap.has(this.getName(e)) ? this.scaleNameMap.get(this.getName(e)) : void 0;}projectionName(e) {return e ? this.getName("projection") : this.component.projection && !this.component.projection.merged || this.projectionNameMap.has(this.getName("projection")) ? this.projectionNameMap.get(this.getName("projection")) : void 0;}getScaleComponent(e) {if (!this.component.scales) throw new Error("getScaleComponent cannot be called before parseScale(). Make sure you have called parseScale or use parseUnitModelWithScale().");const t = this.component.scales[e];return t && !t.merged ? t : this.parent ? this.parent.getScaleComponent(e) : void 0;}getSelectionComponent(e, t) {let n = this.component.selection[e];if (!n && this.parent && (n = this.parent.getSelectionComponent(e, t)), !n) throw new Error(function (e) {return "Cannot find a selection named \"".concat(e, "\".");}(t));return n;}hasAxisOrientSignalRef() {var _this$component$axes$, _this$component$axes$2;return ((_this$component$axes$ = this.component.axes.x) === null || _this$component$axes$ === void 0 ? void 0 : _this$component$axes$.some((e) => e.hasOrientSignalRef())) || ((_this$component$axes$2 = this.component.axes.y) === null || _this$component$axes$2 === void 0 ? void 0 : _this$component$axes$2.some((e) => e.hasOrientSignalRef()));}}class jm extends Am {vgField(e) {let t = arguments.length > 1 && void 0 !== arguments[1] ? arguments[1] : {};const n = this.fieldDef(e);if (n) return pa(n, t);}reduceFieldDef(e, n) {return function (e, n, i, r) {return e ? j(e).reduce((i, o) => {const a = e[o];return t.isArray(a) ? a.reduce((e, t) => n.call(r, e, t, o), i) : n.call(r, i, a, o);}, i) : i;}(this.getMapping(), (t, n, i) => {const r = ka(n);return r ? e(t, r, i) : t;}, n);}forEachFieldDef(e, t) {Qa(this.getMapping(), (t, n) => {const i = ka(t);i && e(i, n);}, t);}}class Tm extends zc {clone() {return new Tm(null, y(this.transform));}constructor(e, t) {var _this$transform$as, _n$, _n$2;super(e), this.transform = t, this.transform = y(t);const n = (_this$transform$as = this.transform.as) !== null && _this$transform$as !== void 0 ? _this$transform$as : [void 0, void 0];this.transform.as = [(_n$ = n[0]) !== null && _n$ !== void 0 ? _n$ : "value", (_n$2 = n[1]) !== null && _n$2 !== void 0 ? _n$2 : "density"];}dependentFields() {var _this$transform$group2;return new Set([this.transform.density, ...((_this$transform$group2 = this.transform.groupby) !== null && _this$transform$group2 !== void 0 ? _this$transform$group2 : [])]);}producedFields() {return new Set(this.transform.as);}hash() {return "DensityTransform ".concat($(this.transform));}assemble() {const _this$transform = this.transform,{ density: e } = _this$transform,t = _objectWithoutProperties(_this$transform, _excluded59),n = _objectSpread({ type: "kde", field: e }, t);return this.transform.groupby && (n.resolve = "shared"), n;}}class Em extends zc {clone() {return new Em(null, y(this.transform));}constructor(e, t) {super(e), this.transform = t, this.transform = y(t);}dependentFields() {return new Set([this.transform.extent]);}producedFields() {return new Set([]);}hash() {return "ExtentTransform ".concat($(this.transform));}assemble() {const { extent: e, param: t } = this.transform;return { type: "extent", field: e, signal: t };}}class Mm extends zc {clone() {return new Mm(null, _objectSpread({}, this.filter));}constructor(e, t) {super(e), this.filter = t;}static make(e, t) {const { config: n, mark: i, markDef: r } = t;if ("filter" !== Un("invalid", r, n)) return null;const o = t.reduceFieldDef((e, n, r) => {const o = en(r) && t.getScaleComponent(r);if (o) {Nr(o.get("type")) && "count" !== n.aggregate && !oo(i) && (e[n.field] = n);}return e;}, {});return j(o).length ? new Mm(e, o) : null;}dependentFields() {return new Set(j(this.filter));}producedFields() {return new Set();}hash() {return "FilterInvalid ".concat($(this.filter));}assemble() {const e = j(this.filter).reduce((e, t) => {const n = this.filter[t],i = pa(n, { expr: "datum" });return null !== n && ("temporal" === n.type ? e.push("(isDate(".concat(i, ") || (isValid(").concat(i, ") && isFinite(+").concat(i, ")))")) : "quantitative" === n.type && (e.push("isValid(".concat(i, ")")), e.push("isFinite(+".concat(i, ")")))), e;}, []);return e.length > 0 ? { type: "filter", expr: e.join(" && ") } : null;}}class Lm extends zc {clone() {return new Lm(this.parent, y(this.transform));}constructor(e, t) {super(e), this.transform = t, this.transform = y(t);const { flatten: n, as: i = [] } = this.transform;this.transform.as = n.map((e, t) => {var _i$t3;return (_i$t3 = i[t]) !== null && _i$t3 !== void 0 ? _i$t3 : e;});}dependentFields() {return new Set(this.transform.flatten);}producedFields() {return new Set(this.transform.as);}hash() {return "FlattenTransform ".concat($(this.transform));}assemble() {const { flatten: e, as: t } = this.transform;return { type: "flatten", fields: e, as: t };}}class qm extends zc {clone() {return new qm(null, y(this.transform));}constructor(e, t) {var _this$transform$as2, _n$3, _n$4;super(e), this.transform = t, this.transform = y(t);const n = (_this$transform$as2 = this.transform.as) !== null && _this$transform$as2 !== void 0 ? _this$transform$as2 : [void 0, void 0];this.transform.as = [(_n$3 = n[0]) !== null && _n$3 !== void 0 ? _n$3 : "key", (_n$4 = n[1]) !== null && _n$4 !== void 0 ? _n$4 : "value"];}dependentFields() {return new Set(this.transform.fold);}producedFields() {return new Set(this.transform.as);}hash() {return "FoldTransform ".concat($(this.transform));}assemble() {const { fold: e, as: t } = this.transform;return { type: "fold", fields: e, as: t };}}class Um extends zc {clone() {return new Um(null, y(this.fields), this.geojson, this.signal);}static parseAll(e, t) {if (t.component.projection && !t.component.projection.isFit) return e;let n = 0;for (const i of [[be, ve], [$e, xe]]) {const r = i.map((e) => {const n = Sa(t.encoding[e]);return ea(n) ? n.field : na(n) ? { expr: "".concat(n.datum) } : la(n) ? { expr: "".concat(n.value) } : void 0;});(r[0] || r[1]) && (e = new Um(e, r, null, t.getName("geojson_" + n++)));}if (t.channelHasField(De)) {const i = t.typedFieldDef(De);i.type === yr && (e = new Um(e, null, i.field, t.getName("geojson_" + n++)));}return e;}constructor(e, t, n, i) {super(e), this.fields = t, this.geojson = n, this.signal = i;}dependentFields() {var _this$fields;const e = ((_this$fields = this.fields) !== null && _this$fields !== void 0 ? _this$fields : []).filter(t.isString);return new Set([...(this.geojson ? [this.geojson] : []), ...e]);}producedFields() {return new Set();}hash() {return "GeoJSON ".concat(this.geojson, " ").concat(this.signal, " ").concat($(this.fields));}assemble() {return [...(this.geojson ? [{ type: "filter", expr: "isValid(datum[\"".concat(this.geojson, "\"])") }] : []), _objectSpread(_objectSpread(_objectSpread({ type: "geojson" }, this.fields ? { fields: this.fields } : {}), this.geojson ? { geojson: this.geojson } : {}), {}, { signal: this.signal })];}}class Rm extends zc {clone() {return new Rm(null, this.projection, y(this.fields), y(this.as));}constructor(e, t, n, i) {super(e), this.projection = t, this.fields = n, this.as = i;}static parseAll(e, t) {if (!t.projectionName()) return e;for (const n of [[be, ve], [$e, xe]]) {const i = n.map((e) => {const n = Sa(t.encoding[e]);return ea(n) ? n.field : na(n) ? { expr: "".concat(n.datum) } : la(n) ? { expr: "".concat(n.value) } : void 0;}),r = n[0] === $e ? "2" : "";(i[0] || i[1]) && (e = new Rm(e, t.projectionName(), i, [t.getName("x".concat(r)), t.getName("y".concat(r))]));}return e;}dependentFields() {return new Set(this.fields.filter(t.isString));}producedFields() {return new Set(this.as);}hash() {return "Geopoint ".concat(this.projection, " ").concat($(this.fields), " ").concat($(this.as));}assemble() {return { type: "geopoint", projection: this.projection, fields: this.fields, as: this.as };}}class Wm extends zc {clone() {return new Wm(null, y(this.transform));}constructor(e, t) {super(e), this.transform = t;}dependentFields() {var _this$transform$group3;return new Set([this.transform.impute, this.transform.key, ...((_this$transform$group3 = this.transform.groupby) !== null && _this$transform$group3 !== void 0 ? _this$transform$group3 : [])]);}producedFields() {return new Set([this.transform.impute]);}processSequence(e) {const { start: t = 0, stop: n, step: i } = e;return { signal: "sequence(".concat([t, n, ...(i ? [i] : [])].join(","), ")") };}static makeFromTransform(e, t) {return new Wm(e, t);}static makeFromEncoding(e, t) {const n = t.encoding,i = n.x,r = n.y;if (ea(i) && ea(r)) {const o = i.impute ? i : r.impute ? r : void 0;if (void 0 === o) return;const a = i.impute ? r : r.impute ? i : void 0,{ method: s, value: l, frame: c, keyvals: u } = o.impute,f = Ka(t.mark, n);return new Wm(e, _objectSpread(_objectSpread(_objectSpread(_objectSpread(_objectSpread({ impute: o.field, key: a.field }, s ? { method: s } : {}), void 0 !== l ? { value: l } : {}), c ? { frame: c } : {}), void 0 !== u ? { keyvals: u } : {}), f.length ? { groupby: f } : {}));}return null;}hash() {return "Impute ".concat($(this.transform));}assemble() {var _l3;const { impute: e, key: t, keyvals: n, method: i, groupby: r, value: o, frame: a = [null, null] } = this.transform,s = _objectSpread(_objectSpread(_objectSpread({ type: "impute", field: e, key: t }, n ? { keyvals: (l = n, void 0 !== ((_l3 = l) === null || _l3 === void 0 ? void 0 : _l3.stop) ? this.processSequence(n) : n) } : {}), {}, { method: "value" }, r ? { groupby: r } : {}), {}, { value: i && "value" !== i ? null : o });var l;if (i && "value" !== i) {return [s, _objectSpread({ type: "window", as: ["imputed_".concat(e, "_value")], ops: [i], fields: [e], frame: a, ignorePeers: !1 }, r ? { groupby: r } : {}), { type: "formula", expr: "datum.".concat(e, " === null ? datum.imputed_").concat(e, "_value : datum.").concat(e), as: e }];}return [s];}}class Bm extends zc {clone() {return new Bm(null, y(this.transform));}constructor(e, t) {var _this$transform$as3, _n$5, _n$6;super(e), this.transform = t, this.transform = y(t);const n = (_this$transform$as3 = this.transform.as) !== null && _this$transform$as3 !== void 0 ? _this$transform$as3 : [void 0, void 0];this.transform.as = [(_n$5 = n[0]) !== null && _n$5 !== void 0 ? _n$5 : t.on, (_n$6 = n[1]) !== null && _n$6 !== void 0 ? _n$6 : t.loess];}dependentFields() {var _this$transform$group4;return new Set([this.transform.loess, this.transform.on, ...((_this$transform$group4 = this.transform.groupby) !== null && _this$transform$group4 !== void 0 ? _this$transform$group4 : [])]);}producedFields() {return new Set(this.transform.as);}hash() {return "LoessTransform ".concat($(this.transform));}assemble() {const _this$transform2 = this.transform,{ loess: e, on: t } = _this$transform2,n = _objectWithoutProperties(_this$transform2, _excluded60);return _objectSpread({ type: "loess", x: t, y: e }, n);}}class Im extends zc {clone() {return new Im(null, y(this.transform), this.secondary);}constructor(e, t, n) {super(e), this.transform = t, this.secondary = n;}static make(e, t, n, i) {const r = t.component.data.sources,{ from: o } = n;let a = null;if (function (e) {return "data" in e;}(o)) {let e = op(o.data, r);e || (e = new wd(o.data), r.push(e));const n = t.getName("lookup_".concat(i));a = new Oc(e, n, xc.Lookup, t.component.data.outputNodeRefCounts), t.component.data.outputNodes[n] = a;} else if (function (e) {return "param" in e;}(o)) {const e = o.param;let i;n = _objectSpread({ as: e }, n);try {i = t.getSelectionComponent(L(e), e);} catch (t) {throw new Error(function (e) {return "Lookups can only be performed on selection parameters. \"".concat(e, "\" is a variable parameter.");}(e));}if (a = i.materialized, !a) throw new Error(function (e) {return "Cannot define and lookup the \"".concat(e, "\" selection in the same view. Try moving the lookup into a second, layered view?");}(e));}return new Im(e, n, a.getSource());}dependentFields() {return new Set([this.transform.lookup]);}producedFields() {return new Set(this.transform.as ? t.array(this.transform.as) : this.transform.from.fields);}hash() {return "Lookup ".concat($({ transform: this.transform, secondary: this.secondary }));}assemble() {let e;if (this.transform.from.fields) e = _objectSpread({ values: this.transform.from.fields }, this.transform.as ? { as: t.array(this.transform.as) } : {});else {let n = this.transform.as;t.isString(n) || (Ni('If "from.fields" is not specified, "as" has to be a string that specifies the key to be used for the data from the secondary source.'), n = "_lookup"), e = { as: [n] };}return _objectSpread(_objectSpread({ type: "lookup", from: this.secondary, key: this.transform.from.key, fields: [this.transform.lookup] }, e), this.transform.default ? { default: this.transform.default } : {});}}class Hm extends zc {clone() {return new Hm(null, y(this.transform));}constructor(e, t) {var _this$transform$as4, _n$7, _n$8;super(e), this.transform = t, this.transform = y(t);const n = (_this$transform$as4 = this.transform.as) !== null && _this$transform$as4 !== void 0 ? _this$transform$as4 : [void 0, void 0];this.transform.as = [(_n$7 = n[0]) !== null && _n$7 !== void 0 ? _n$7 : "prob", (_n$8 = n[1]) !== null && _n$8 !== void 0 ? _n$8 : "value"];}dependentFields() {var _this$transform$group5;return new Set([this.transform.quantile, ...((_this$transform$group5 = this.transform.groupby) !== null && _this$transform$group5 !== void 0 ? _this$transform$group5 : [])]);}producedFields() {return new Set(this.transform.as);}hash() {return "QuantileTransform ".concat($(this.transform));}assemble() {const _this$transform3 = this.transform,{ quantile: e } = _this$transform3,t = _objectWithoutProperties(_this$transform3, _excluded61);return _objectSpread({ type: "quantile", field: e }, t);}}class Vm extends zc {clone() {return new Vm(null, y(this.transform));}constructor(e, t) {var _this$transform$as5, _n$9, _n$10;super(e), this.transform = t, this.transform = y(t);const n = (_this$transform$as5 = this.transform.as) !== null && _this$transform$as5 !== void 0 ? _this$transform$as5 : [void 0, void 0];this.transform.as = [(_n$9 = n[0]) !== null && _n$9 !== void 0 ? _n$9 : t.on, (_n$10 = n[1]) !== null && _n$10 !== void 0 ? _n$10 : t.regression];}dependentFields() {var _this$transform$group6;return new Set([this.transform.regression, this.transform.on, ...((_this$transform$group6 = this.transform.groupby) !== null && _this$transform$group6 !== void 0 ? _this$transform$group6 : [])]);}producedFields() {return new Set(this.transform.as);}hash() {return "RegressionTransform ".concat($(this.transform));}assemble() {const _this$transform4 = this.transform,{ regression: e, on: t } = _this$transform4,n = _objectWithoutProperties(_this$transform4, _excluded62);return _objectSpread({ type: "regression", x: t, y: e }, n);}}class Gm extends zc {clone() {return new Gm(null, y(this.transform));}constructor(e, t) {super(e), this.transform = t;}addDimensions(e) {var _this$transform$group7;this.transform.groupby = O(((_this$transform$group7 = this.transform.groupby) !== null && _this$transform$group7 !== void 0 ? _this$transform$group7 : []).concat(e), (e) => e);}producedFields() {}dependentFields() {var _this$transform$group8;return new Set([this.transform.pivot, this.transform.value, ...((_this$transform$group8 = this.transform.groupby) !== null && _this$transform$group8 !== void 0 ? _this$transform$group8 : [])]);}hash() {return "PivotTransform ".concat($(this.transform));}assemble() {const { pivot: e, value: t, groupby: n, limit: i, op: r } = this.transform;return _objectSpread(_objectSpread(_objectSpread({ type: "pivot", field: e, value: t }, void 0 !== i ? { limit: i } : {}), void 0 !== r ? { op: r } : {}), void 0 !== n ? { groupby: n } : {});}}class Ym extends zc {clone() {return new Ym(null, y(this.transform));}constructor(e, t) {super(e), this.transform = t;}dependentFields() {return new Set();}producedFields() {return new Set();}hash() {return "SampleTransform ".concat($(this.transform));}assemble() {return { type: "sample", size: this.transform.sample };}}function Xm(e) {let t = 0;return function n(i, r) {var _r$format2;if (i instanceof wd && !i.isGenerator && !mc(i.data)) {e.push(r);r = { name: null, source: r.name, transform: [] };}if (i instanceof vd && (i.parent instanceof wd && !r.source ? (r.format = _objectSpread(_objectSpread({}, (_r$format2 = r.format) !== null && _r$format2 !== void 0 ? _r$format2 : {}), {}, { parse: i.assembleFormatParse() }), r.transform.push(...i.assembleTransforms(!0))) : r.transform.push(...i.assembleTransforms())), i instanceof pd) return r.name || (r.name = "data_" + t++), !r.source || r.transform.length > 0 ? (e.push(r), i.data = r.name) : i.data = r.source, void e.push(...i.assemble());if ((i instanceof xd || i instanceof $d || i instanceof Mm || i instanceof Ku || i instanceof pf || i instanceof Rm || i instanceof md || i instanceof Im || i instanceof Rd || i instanceof qd || i instanceof qm || i instanceof Lm || i instanceof Tm || i instanceof Bm || i instanceof Hm || i instanceof Vm || i instanceof bd || i instanceof Ym || i instanceof Gm || i instanceof Em) && r.transform.push(i.assemble()), (i instanceof fd || i instanceof Cc || i instanceof Wm || i instanceof Ud || i instanceof Um) && r.transform.push(...i.assemble()), i instanceof Oc) if (r.source && 0 === r.transform.length) i.setSource(r.source);else if (i.parent instanceof Oc) i.setSource(r.name);else if (r.name || (r.name = "data_" + t++), i.setSource(r.name), 1 === i.numChildren()) {e.push(r);r = { name: null, source: r.name, transform: [] };}switch (i.numChildren()) {case 0:i instanceof Oc && (!r.source || r.transform.length > 0) && e.push(r);break;case 1:n(i.children[0], r);break;default:{r.name || (r.name = "data_" + t++);let o = r.name;!r.source || r.transform.length > 0 ? e.push(r) : o = r.source;for (const e of i.children) {n(e, { name: null, source: o, transform: [] });}break;}}};}function Jm(e) {return "top" === e || "left" === e || Fn(e) ? "header" : "footer";}function Qm(e, n) {const { facet: i, config: r, child: o, component: a } = e;if (e.channelHasField(n)) {var _s$header;const s = i[n],l = yf("title", null, r, n);let c = ba(s, r, { allowDisabling: !0, includeDefault: void 0 === l || !!l });o.component.layoutHeaders[n].title && (c = t.isArray(c) ? c.join(", ") : c, c += " / ".concat(o.component.layoutHeaders[n].title), o.component.layoutHeaders[n].title = null);const u = yf("labelOrient", s.header, r, n),f = null !== s.header && X((_s$header = s.header) === null || _s$header === void 0 ? void 0 : _s$header.labels, r.header.labels, !0),d = k(["bottom", "right"], u) ? "footer" : "header";a.layoutHeaders[n] = { title: null !== s.header ? c : null, facetFieldDef: s, [d]: "facet" === n ? [] : [Km(e, n, f)] };}}function Km(e, t, n) {const i = "row" === t ? "height" : "width";return { labels: n, sizeSignal: e.child.component.layoutSize.get(i) ? e.child.getSizeSignalRef(i) : void 0, axes: [] };}function Zm(e, t) {const { child: n } = e;if (n.component.axes[t]) {const { layoutHeaders: i, resolve: r } = e.component;if (r.axis[t] = Lf(r, t), "shared" === r.axis[t]) {const r = "x" === t ? "column" : "row",o = i[r];for (const i of n.component.axes[t]) {var _o$t;const t = Jm(i.get("orient"));(_o$t = o[t]) !== null && _o$t !== void 0 ? _o$t : o[t] = [Km(e, r, !1)];const n = rf(i, "main", e.config, { header: !0 });n && o[t][0].axes.push(n), i.mainExtracted = !0;}}}}function ep(e) {for (const t of e.children) t.parseLayoutSize();}function tp(e, t) {const n = Tf(t),i = qt(n),r = e.component.resolve,o = e.component.layoutSize;let a;for (const t of e.children) {var _r$scale$i;const o = t.component.layoutSize.getWithExplicit(n),s = (_r$scale$i = r.scale[i]) !== null && _r$scale$i !== void 0 ? _r$scale$i : Mf(i, e);if ("independent" === s && "step" === o.value) {a = void 0;break;}if (a) {if ("independent" === s && a.value !== o.value) {a = void 0;break;}a = fc(a, o, n, "");} else a = o;}if (a) {for (const i of e.children) e.renameSignal(i.getName(n), e.getName(t)), i.component.layoutSize.set(n, "merged", !1);o.setWithExplicit(t, a);} else o.setWithExplicit(t, { explicit: !1, value: void 0 });}function np(e, t) {const n = "width" === t ? "x" : "y",i = e.config,r = e.getScaleComponent(n);if (r) {const e = r.get("type"),n = r.get("range");if (_r(e)) {const e = Is(i.view, t);return zn(n) || qs(e) ? "step" : e;}return Ws(i.view, t);}if (e.hasProjection || "arc" === e.mark) return Ws(i.view, t);{const e = Is(i.view, t);return qs(e) ? e.step : e;}}function ip(e, t, n) {return pa(t, _objectSpread({ suffix: "by_".concat(pa(e)) }, n !== null && n !== void 0 ? n : {}));}class rp extends jm {constructor(e, t, n, i) {super(e, "facet", t, n, i, e.resolve), Yn(this, "facet", void 0), Yn(this, "child", void 0), Yn(this, "children", void 0), this.child = Cp(e.spec, this, this.getName("child"), void 0, i), this.children = [this.child], this.facet = this.initFacet(e.facet);}initFacet(e) {if (!Wo(e)) return { facet: this.initFacetFieldDef(e, "facet") };const t = j(e),n = {};for (const i of t) {if (![oe, ae].includes(i)) {Ni(gi(i, "facet"));break;}const t = e[i];if (void 0 === t.field) {Ni(pi(t, i));break;}n[i] = this.initFacetFieldDef(t, i);}return n;}initFacetFieldDef(e, t) {const n = za(e, t);return n.header ? n.header = kn(n.header) : null === n.header && (n.header = null), n;}channelHasField(e) {return !!this.facet[e];}fieldDef(e) {return this.facet[e];}parseData() {this.component.data = ap(this), this.child.parseData();}parseLayoutSize() {ep(this);}parseSelections() {this.child.parseSelections(), this.component.selection = this.child.component.selection;}parseMarkGroup() {this.child.parseMarkGroup();}parseAxesAndHeaders() {this.child.parseAxesAndHeaders(), function (e) {for (const t of Je) Qm(e, t);Zm(e, "x"), Zm(e, "y");}(this);}assembleSelectionTopLevelSignals(e) {return this.child.assembleSelectionTopLevelSignals(e);}assembleSignals() {return this.child.assembleSignals(), [];}assembleSelectionData(e) {return this.child.assembleSelectionData(e);}getHeaderLayoutMixins() {const e = {};for (const t of Je) for (const n of xf) {const i = this.component.layoutHeaders[t],r = i[n],{ facetFieldDef: o } = i;if (o) {const n = yf("titleOrient", o.header, this.config, t);if (["right", "bottom"].includes(n)) {var _e$titleAnchor;const i = hf(t, n);(_e$titleAnchor = e.titleAnchor) !== null && _e$titleAnchor !== void 0 ? _e$titleAnchor : e.titleAnchor = {}, e.titleAnchor[i] = "end";}}if (r !== null && r !== void 0 && r[0]) {var _e$o, _e$offset;const r = "row" === t ? "height" : "width",o = "header" === n ? "headerBand" : "footerBand";"facet" === t || this.child.component.layoutSize.get(r) || ((_e$o = e[o]) !== null && _e$o !== void 0 ? _e$o : e[o] = {}, e[o][t] = .5), i.title && ((_e$offset = e.offset) !== null && _e$offset !== void 0 ? _e$offset : e.offset = {}, e.offset["row" === t ? "rowTitle" : "columnTitle"] = 10);}}return e;}assembleDefaultLayout() {const { column: e, row: t } = this.facet,n = e ? this.columnDistinctSignal() : t ? 1 : void 0;let i = "all";return (t || "independent" !== this.component.resolve.scale.x) && (e || "independent" !== this.component.resolve.scale.y) || (i = "none"), _objectSpread(_objectSpread(_objectSpread({}, this.getHeaderLayoutMixins()), n ? { columns: n } : {}), {}, { bounds: "full", align: i });}assembleLayoutSignals() {return this.child.assembleLayoutSignals();}columnDistinctSignal() {if (!(this.parent && this.parent instanceof rp)) {return { signal: "length(data('".concat(this.getName("column_domain"), "'))") };}}assembleGroupStyle() {}assembleGroup(e) {return this.parent && this.parent instanceof rp ? _objectSpread(_objectSpread({}, this.channelHasField("column") ? { encode: { update: { columns: { field: pa(this.facet.column, { prefix: "distinct" }) } } } } : {}), super.assembleGroup(e)) : super.assembleGroup(e);}getCardinalityAggregateForChild() {const e = [],t = [],n = [];if (this.child instanceof rp) {if (this.child.channelHasField("column")) {const i = pa(this.child.facet.column);e.push(i), t.push("distinct"), n.push("distinct_".concat(i));}} else for (const i of Tt) {const r = this.child.component.scales[i];if (r && !r.merged) {const o = r.get("type"),a = r.get("range");if (_r(o) && zn(a)) {const r = om(am(this.child, i));r ? (e.push(r), t.push("distinct"), n.push("distinct_".concat(r))) : Ni(ii(i));}}}return { fields: e, ops: t, as: n };}assembleFacet() {const { name: e, data: n } = this.component.data.facetRoot,{ row: i, column: r } = this.facet,{ fields: o, ops: a, as: s } = this.getCardinalityAggregateForChild(),l = [];for (const e of Je) {const n = this.facet[e];if (n) {l.push(pa(n));const { bin: c, sort: u } = n;if (yn(c) && l.push(pa(n, { binSuffix: "end" })), Uo(u)) {const { field: e, op: t = Eo } = u,l = ip(n, u);i && r ? (o.push(l), a.push("max"), s.push(l)) : (o.push(e), a.push(t), s.push(l));} else if (t.isArray(u)) {const t = gf(n, e);o.push(t), a.push("max"), s.push(t);}}}const c = !!i && !!r;return _objectSpread({ name: e, data: n, groupby: l }, c || o.length > 0 ? { aggregate: _objectSpread(_objectSpread({}, c ? { cross: c } : {}), o.length ? { fields: o, ops: a, as: s } : {}) } : {});}facetSortFields(e) {const { facet: n } = this,i = n[e];return i ? Uo(i.sort) ? [ip(i, i.sort, { expr: "datum" })] : t.isArray(i.sort) ? [gf(i, e, { expr: "datum" })] : [pa(i, { expr: "datum" })] : [];}facetSortOrder(e) {const { facet: n } = this,i = n[e];if (i) {const { sort: e } = i;return [(Uo(e) ? e.order : !t.isArray(e) && e) || "ascending"];}return [];}assembleLabelTitle() {const { facet: e, config: t } = this;if (e.facet) return Ff(e.facet, "facet", t);const n = { row: ["top", "bottom"], column: ["left", "right"] };for (const i of bf) if (e[i]) {var _e$i;const r = yf("labelOrient", (_e$i = e[i]) === null || _e$i === void 0 ? void 0 : _e$i.header, t, i);if (n[i].includes(r)) return Ff(e[i], i, t);}}assembleMarks() {const { child: e } = this,t = function (e) {const t = [],n = Xm(t);for (const t of e.children) n(t, { source: e.name, name: null, transform: [] });return t;}(this.component.data.facetRoot),n = e.assembleGroupEncodeEntry(!1),i = this.assembleLabelTitle() || e.assembleTitle(),r = e.assembleGroupStyle();return [_objectSpread(_objectSpread(_objectSpread(_objectSpread(_objectSpread({ name: this.getName("cell"), type: "group" }, i ? { title: i } : {}), r ? { style: r } : {}), {}, { from: { facet: this.assembleFacet() }, sort: { field: Je.map((e) => this.facetSortFields(e)).flat(), order: Je.map((e) => this.facetSortOrder(e)).flat() } }, t.length > 0 ? { data: t } : {}), n ? { encode: { update: n } } : {}), e.assembleGroup(Sc(this, [])))];}getMapping() {return this.facet;}}function op(e, t) {for (const n of t) {var _e$format, _t$format, _e$format2, _t$format2;const t = n.data;if (e.name && n.hasName() && e.name !== n.dataName) continue;const i = (_e$format = e.format) === null || _e$format === void 0 ? void 0 : _e$format.mesh,r = (_t$format = t.format) === null || _t$format === void 0 ? void 0 : _t$format.feature;if (i && r) continue;const o = (_e$format2 = e.format) === null || _e$format2 === void 0 ? void 0 : _e$format2.feature;if ((o || r) && o !== r) continue;const a = (_t$format2 = t.format) === null || _t$format2 === void 0 ? void 0 : _t$format2.mesh;if (!i && !a || i === a) if (pc(e) && pc(t)) {if (ie(e.values, t.values)) return n;} else if (mc(e) && mc(t)) {if (e.url === t.url) return n;} else if (gc(e) && e.name === n.dataName) return n;}return null;}function ap(e) {var _r$format3, _vd$makeExplicit, _fd$makeFromEncoding, _vd$makeWithAncestors2, _fd$makeFromEncoding2, _Cc$makeFromEncoding, _Mm$make;let t = function (e, t) {if (e.data || !e.parent) {if (null === e.data) {const e = new wd({ values: [] });return t.push(e), e;}const n = op(e.data, t);if (n) return hc(e.data) || (n.data.format = F({}, e.data.format, n.data.format)), !n.hasName() && e.data.name && (n.dataName = e.data.name), n;{const n = new wd(e.data);return t.push(n), n;}}return e.parent.component.data.facetRoot ? e.parent.component.data.facetRoot : e.parent.component.data.main;}(e, e.component.data.sources);const { outputNodes: n, outputNodeRefCounts: i } = e.component.data,r = e.data,o = !(r && (hc(r) || mc(r) || pc(r))) && e.parent ? e.parent.component.data.ancestorParse.clone() : new dc();hc(r) ? (yc(r) ? t = new $d(t, r.sequence) : bc(r) && (t = new xd(t, r.graticule)), o.parseNothing = !0) : null === (r === null || r === void 0 || (_r$format3 = r.format) === null || _r$format3 === void 0 ? void 0 : _r$format3.parse) && (o.parseNothing = !0), t = (_vd$makeExplicit = vd.makeExplicit(t, e, o)) !== null && _vd$makeExplicit !== void 0 ? _vd$makeExplicit : t, t = new bd(t);const a = e.parent && Pm(e.parent);(_m(e) || Nm(e)) && a && (t = (_fd$makeFromEncoding = fd.makeFromEncoding(t, e)) !== null && _fd$makeFromEncoding !== void 0 ? _fd$makeFromEncoding : t), e.transforms.length > 0 && (t = function (e, t, n) {let i = 0;for (const r of t.transforms) {let o, a;if (ql(r)) a = e = new pf(e, r), o = "derived";else if (Ol(r)) {var _vd$makeWithAncestors;const i = hd(r);a = e = (_vd$makeWithAncestors = vd.makeWithAncestors(e, {}, i, n)) !== null && _vd$makeWithAncestors !== void 0 ? _vd$makeWithAncestors : e, e = new Ku(e, t, r.filter);} else if (Ul(r)) a = e = fd.makeFromTransform(e, r, t), o = "number";else if (Wl(r)) o = "date", void 0 === n.getWithExplicit(r.field).value && (e = new vd(e, { [r.field]: o }), n.set(r.field, o, !1)), a = e = Cc.makeFromTransform(e, r);else if (Bl(r)) a = e = md.makeFromTransform(e, r), o = "number", Gu(t) && (e = new bd(e));else if (_l(r)) a = e = Im.make(e, t, r, i++), o = "derived";else if (El(r)) a = e = new Rd(e, r), o = "number";else if (Ml(r)) a = e = new qd(e, r), o = "number";else if (Il(r)) a = e = Ud.makeFromTransform(e, r), o = "derived";else if (Hl(r)) a = e = new qm(e, r), o = "derived";else if (Vl(r)) a = e = new Em(e, r), o = "derived";else if (Ll(r)) a = e = new Lm(e, r), o = "derived";else if (Nl(r)) a = e = new Gm(e, r), o = "derived";else if (Tl(r)) e = new Ym(e, r);else if (Rl(r)) a = e = Wm.makeFromTransform(e, r), o = "derived";else if (Cl(r)) a = e = new Tm(e, r), o = "derived";else if (Pl(r)) a = e = new Hm(e, r), o = "derived";else if (Al(r)) a = e = new Vm(e, r), o = "derived";else {if (!jl(r)) {Ni("Ignoring an invalid transform: ".concat(re(r), "."));continue;}a = e = new Bm(e, r), o = "derived";}if (a && void 0 !== o) for (const e of (_a$producedFields = a.producedFields()) !== null && _a$producedFields !== void 0 ? _a$producedFields : []) {var _a$producedFields;n.set(e, o, !1);}}return e;}(t, e, o));const s = function (e) {const t = {};if (_m(e) && e.component.selection) for (const n of j(e.component.selection)) {const i = e.component.selection[n];for (const e of i.project.items) !e.channel && Y(e.field) > 1 && (t[e.field] = "flatten");}return t;}(e),l = yd(e);t = (_vd$makeWithAncestors2 = vd.makeWithAncestors(t, {}, _objectSpread(_objectSpread({}, s), l), o)) !== null && _vd$makeWithAncestors2 !== void 0 ? _vd$makeWithAncestors2 : t, _m(e) && (t = Um.parseAll(t, e), t = Rm.parseAll(t, e)), (_m(e) || Nm(e)) && (a || (t = (_fd$makeFromEncoding2 = fd.makeFromEncoding(t, e)) !== null && _fd$makeFromEncoding2 !== void 0 ? _fd$makeFromEncoding2 : t), t = (_Cc$makeFromEncoding = Cc.makeFromEncoding(t, e)) !== null && _Cc$makeFromEncoding !== void 0 ? _Cc$makeFromEncoding : t, t = pf.parseAllForSortIndex(t, e));const c = e.getDataName(xc.Raw),u = new Oc(t, c, xc.Raw, i);if (n[c] = u, t = u, _m(e)) {var _Wm$makeFromEncoding, _Ud$makeFromEncoding;const n = md.makeFromEncoding(t, e);n && (t = n, Gu(e) && (t = new bd(t))), t = (_Wm$makeFromEncoding = Wm.makeFromEncoding(t, e)) !== null && _Wm$makeFromEncoding !== void 0 ? _Wm$makeFromEncoding : t, t = (_Ud$makeFromEncoding = Ud.makeFromEncoding(t, e)) !== null && _Ud$makeFromEncoding !== void 0 ? _Ud$makeFromEncoding : t;}_m(e) && (t = (_Mm$make = Mm.make(t, e)) !== null && _Mm$make !== void 0 ? _Mm$make : t);const f = e.getDataName(xc.Main),d = new Oc(t, f, xc.Main, i);n[f] = d, t = d, _m(e) && function (e, t) {for (const [n, i] of E((_e$component$selectio6 = e.component.selection) !== null && _e$component$selectio6 !== void 0 ? _e$component$selectio6 : {})) {var _e$component$selectio6;const r = e.getName("lookup_".concat(n));e.component.data.outputNodes[r] = i.materialized = new Oc(new Ku(t, e, { param: n }), r, xc.Lookup, e.component.data.outputNodeRefCounts);}}(e, d);let m = null;if (Nm(e)) {var _ref21;const i = e.getName("facet");t = (_ref21 = function (e, t) {const { row: n, column: i } = t;if (n && i) {let t = null;for (const r of [n, i]) if (Uo(r.sort)) {const { field: n, op: i = Eo } = r.sort;e = t = new qd(e, { joinaggregate: [{ op: i, field: n, as: ip(r, r.sort, { forAs: !0 }) }], groupby: [pa(r)] });}return t;}return null;}(t, e.facet)) !== null && _ref21 !== void 0 ? _ref21 : t, m = new pd(t, e, i, d.getSource()), n[i] = m;}return _objectSpread(_objectSpread({}, e.component.data), {}, { outputNodes: n, outputNodeRefCounts: i, raw: u, main: d, facetRoot: m, ancestorParse: o });}class sp extends Am {constructor(e, t, n, i) {var _e$resolve, _e$resolve2;super(e, "concat", t, n, i, e.resolve), Yn(this, "children", void 0), "shared" !== ((_e$resolve = e.resolve) === null || _e$resolve === void 0 || (_e$resolve = _e$resolve.axis) === null || _e$resolve === void 0 ? void 0 : _e$resolve.x) && "shared" !== ((_e$resolve2 = e.resolve) === null || _e$resolve2 === void 0 || (_e$resolve2 = _e$resolve2.axis) === null || _e$resolve2 === void 0 ? void 0 : _e$resolve2.y) || Ni("Axes cannot be shared in concatenated or repeated views yet (https://github.com/vega/vega-lite/issues/2415)."), this.children = this.getChildren(e).map((e, t) => Cp(e, this, this.getName("concat_".concat(t)), void 0, i));}parseData() {this.component.data = ap(this);for (const e of this.children) e.parseData();}parseSelections() {this.component.selection = {};for (const e of this.children) {e.parseSelections();for (const t of j(e.component.selection)) this.component.selection[t] = e.component.selection[t];}}parseMarkGroup() {for (const e of this.children) e.parseMarkGroup();}parseAxesAndHeaders() {for (const e of this.children) e.parseAxesAndHeaders();}getChildren(e) {return Es(e) ? e.vconcat : Ms(e) ? e.hconcat : e.concat;}parseLayoutSize() {!function (e) {ep(e);const t = 1 === e.layout.columns ? "width" : "childWidth",n = void 0 === e.layout.columns ? "height" : "childHeight";tp(e, t), tp(e, n);}(this);}parseAxisGroup() {return null;}assembleSelectionTopLevelSignals(e) {return this.children.reduce((e, t) => t.assembleSelectionTopLevelSignals(e), e);}assembleSignals() {return this.children.forEach((e) => e.assembleSignals()), [];}assembleLayoutSignals() {const e = Cf(this);for (const t of this.children) e.push(...t.assembleLayoutSignals());return e;}assembleSelectionData(e) {return this.children.reduce((e, t) => t.assembleSelectionData(e), e);}assembleMarks() {return this.children.map((e) => {const t = e.assembleTitle(),n = e.assembleGroupStyle(),i = e.assembleGroupEncodeEntry(!1);return _objectSpread(_objectSpread(_objectSpread(_objectSpread({ type: "group", name: e.getName("group") }, t ? { title: t } : {}), n ? { style: n } : {}), i ? { encode: { update: i } } : {}), e.assembleGroup());});}assembleGroupStyle() {}assembleDefaultLayout() {const e = this.layout.columns;return _objectSpread(_objectSpread({}, null != e ? { columns: e } : {}), {}, { bounds: "full", align: "each" });}}const lp = _objectSpread(_objectSpread({ disable: 1, gridScale: 1, scale: 1 }, La), {}, { labelExpr: 1, encode: 1 }),cp = j(lp);class up extends ac {constructor() {let e = arguments.length > 0 && void 0 !== arguments[0] ? arguments[0] : {},t = arguments.length > 1 && void 0 !== arguments[1] ? arguments[1] : {},n = arguments.length > 2 && void 0 !== arguments[2] && arguments[2];super(), this.explicit = e, this.implicit = t, this.mainExtracted = n;}clone() {return new up(y(this.explicit), y(this.implicit), this.mainExtracted);}hasAxisPart(e) {return "axis" === e || ("grid" === e || "title" === e ? !!this.get(e) : !(!1 === (t = this.get(e)) || null === t));var t;}hasOrientSignalRef() {return Fn(this.explicit.orient);}}const fp = { bottom: "top", top: "bottom", left: "right", right: "left" };function dp(e, t) {if (!e) return t.map((e) => e.clone());{if (e.length !== t.length) return;const n = e.length;for (let i = 0; i < n; i++) {const n = e[i],r = t[i];if (!!n != !!r) return;if (n && r) {const t = n.getWithExplicit("orient"),o = r.getWithExplicit("orient");if (t.explicit && o.explicit && t.value !== o.value) return;e[i] = mp(n, r);}}}return e;}function mp(e, t) {for (const n of cp) {const i = fc(e.getWithExplicit(n), t.getWithExplicit(n), n, "axis", (e, t) => {switch (n) {case "title":return Gn(e, t);case "gridScale":return { explicit: e.explicit, value: X(e.value, t.value) };}return uc(e, t, n, "axis");});e.setWithExplicit(n, i);}return e;}function pp(e, t, n, i, r) {if ("disable" === t) return void 0 !== n;switch (n = n || {}, t) {case "titleAngle":case "labelAngle":return e === (Fn(n.labelAngle) ? n.labelAngle : ee(n.labelAngle));case "values":return !!n.values;case "encode":return !!n.encoding || !!n.labelAngle;case "title":if (e === mf(i, r)) return !0;}return e === n[t];}const gp = new Set(["grid", "translate", "format", "formatType", "orient", "labelExpr", "tickCount", "position", "tickMinStep"]);function hp(e, t) {var _n6, _a2, _a$axis, _n7, _n$encoding2;let n = t.axis(e);const i = new up(),r = Sa(t.encoding[e]),{ mark: o, config: a } = t,s = ((_n6 = n) === null || _n6 === void 0 ? void 0 : _n6.orient) || ((_a2 = a["x" === e ? "axisX" : "axisY"]) === null || _a2 === void 0 ? void 0 : _a2.orient) || ((_a$axis = a.axis) === null || _a$axis === void 0 ? void 0 : _a$axis.orient) || function (e) {return "x" === e ? "bottom" : "left";}(e),l = t.getScaleComponent(e).get("type"),c = function (e, t, n, i) {const r = "band" === t ? ["axisDiscrete", "axisBand"] : "point" === t ? ["axisDiscrete", "axisPoint"] : Dr(t) ? ["axisQuantitative"] : "time" === t || "utc" === t ? ["axisTemporal"] : [],o = "x" === e ? "axisX" : "axisY",a = Fn(n) ? "axisOrient" : "axis".concat(R(n)),s = [...r, ...r.map((e) => o + e.substr(4))],l = ["axis", a, o];return { vlOnlyAxisConfig: af(s, i, e, n), vgAxisConfig: af(l, i, e, n), axisConfigStyle: sf([...l, ...s], i) };}(e, l, s, t.config),u = void 0 !== n ? !n : lf("disable", a.style, (_n7 = n) === null || _n7 === void 0 ? void 0 : _n7.style, c).configValue;if (i.set("disable", u, void 0 !== n), u) return i;n = n || {};const f = function (e, t, n, i, r) {const o = t === null || t === void 0 ? void 0 : t.labelAngle;if (void 0 !== o) return Fn(o) ? o : ee(o);{const { configValue: o } = lf("labelAngle", i, t === null || t === void 0 ? void 0 : t.style, r);return void 0 !== o ? ee(o) : n !== le || !k([hr, pr], e.type) || ea(e) && e.timeUnit ? void 0 : 270;}}(r, n, e, a.style, c),d = Co(n.formatType, r, l),m = No(r, r.type, n.format, n.formatType, a, !0),p = { fieldOrDatumDef: r, axis: n, channel: e, model: t, scaleType: l, orient: s, labelAngle: f, format: m, formatType: d, mark: o, config: a };for (const r of cp) {const o = r in cf ? cf[r](p) : Ua(r) ? n[r] : void 0,s = void 0 !== o,l = pp(o, r, n, t, e);if (s && l) i.set(r, o, l);else {const { configValue: e, configFrom: t } = Ua(r) && "values" !== r ? lf(r, a.style, n.style, c) : {},u = void 0 !== e;s && !u ? i.set(r, o, l) : ("vgAxisConfig" !== t || gp.has(r) && u || Ta(e) || Fn(e)) && i.set(r, e, !1);}}const g = (_n$encoding2 = n.encoding) !== null && _n$encoding2 !== void 0 ? _n$encoding2 : {},h = Ea.reduce((n, r) => {var _g$r;if (!i.hasAxisPart(r)) return n;const o = Ef((_g$r = g[r]) !== null && _g$r !== void 0 ? _g$r : {}, t),a = "labels" === r ? function (e, t, n, _Sa) {const { encoding: i, config: r } = e,o = (_Sa = Sa(i[t])) !== null && _Sa !== void 0 ? _Sa : Sa(i[dt(t)]),a = e.axis(t) || {},{ format: s, formatType: l } = a;if (So(l)) return _objectSpread({ text: _o({ fieldOrDatumDef: o, field: "datum.value", format: s, formatType: l, config: r }) }, n);if (void 0 === s && void 0 === l && r.customFormatTypes) {if ("quantitative" === ta(o)) {if (ua(o) && "normalize" === o.stack && r.normalizedNumberFormatType) return _objectSpread({ text: _o({ fieldOrDatumDef: o, field: "datum.value", format: r.normalizedNumberFormat, formatType: r.normalizedNumberFormatType, config: r }) }, n);if (r.numberFormatType) return _objectSpread({ text: _o({ fieldOrDatumDef: o, field: "datum.value", format: r.numberFormat, formatType: r.numberFormatType, config: r }) }, n);}if ("temporal" === ta(o) && r.timeFormatType && ea(o) && !o.timeUnit) return _objectSpread({ text: _o({ fieldOrDatumDef: o, field: "datum.value", format: r.timeFormat, formatType: r.timeFormatType, config: r }) }, n);}return n;}(t, e, o) : o;return void 0 === a || A(a) || (n[r] = { update: a }), n;}, {});return A(h) || i.set("encode", h, !!n.encoding || void 0 !== n.labelAngle), i;}function yp(e, t) {const { config: n } = e;return _objectSpread(_objectSpread(_objectSpread(_objectSpread(_objectSpread(_objectSpread({}, $u(e, { align: "ignore", baseline: "ignore", color: "include", size: "include", orient: "ignore", theta: "ignore" })), lu("x", e, { defaultPos: "mid" })), lu("y", e, { defaultPos: "mid" })), ru("size", e)), ru("angle", e)), vp(e, n, t));}function vp(e, t, n) {return n ? { shape: { value: n } } : ru("shape", e);}const bp = { vgMark: "rule", encodeEntry: (e) => {const { markDef: t } = e,n = t.orient;return e.encoding.x || e.encoding.y || e.encoding.latitude || e.encoding.longitude ? _objectSpread(_objectSpread(_objectSpread(_objectSpread({}, $u(e, { align: "ignore", baseline: "ignore", color: "include", orient: "ignore", size: "ignore", theta: "ignore" })), mu("x", e, { defaultPos: "horizontal" === n ? "zeroOrMax" : "mid", defaultPos2: "zeroOrMin", range: "vertical" !== n })), mu("y", e, { defaultPos: "vertical" === n ? "zeroOrMax" : "mid", defaultPos2: "zeroOrMin", range: "horizontal" !== n })), ru("size", e, { vgChannel: "strokeWidth" })) : {};} };function xp(e, t, n) {if (void 0 === Un("align", e, n)) return "center";}function $p(e, t, n) {if (void 0 === Un("baseline", e, n)) return "middle";}const wp = { vgMark: "rect", encodeEntry: (e) => {const { config: t, markDef: n } = e,i = n.orient,r = "horizontal" === i ? "width" : "height",o = "horizontal" === i ? "height" : "width";return _objectSpread(_objectSpread(_objectSpread(_objectSpread(_objectSpread({}, $u(e, { align: "ignore", baseline: "ignore", color: "include", orient: "ignore", size: "ignore", theta: "ignore" })), lu("x", e, { defaultPos: "mid", vgChannel: "xc" })), lu("y", e, { defaultPos: "mid", vgChannel: "yc" })), ru("size", e, { defaultValue: kp(e), vgChannel: r })), {}, { [o]: Tn(Un("thickness", n, t)) });} };function kp(e) {var _Un4;const { config: n, markDef: i } = e,{ orient: r } = i,o = "horizontal" === r ? "width" : "height",a = e.getScaleComponent("horizontal" === r ? "x" : "y"),s = (_Un4 = Un("size", i, n, { vgChannel: o })) !== null && _Un4 !== void 0 ? _Un4 : n.tick.bandSize;if (void 0 !== s) return s;{const e = a ? a.get("range") : void 0;if (e && zn(e) && t.isNumber(e.step)) return 3 * e.step / 4;return 3 * Bs(n.view, o) / 4;}}const Sp = { arc: { vgMark: "arc", encodeEntry: (e) => _objectSpread(_objectSpread(_objectSpread(_objectSpread(_objectSpread({}, $u(e, { align: "ignore", baseline: "ignore", color: "include", size: "ignore", orient: "ignore", theta: "ignore" })), lu("x", e, { defaultPos: "mid" })), lu("y", e, { defaultPos: "mid" })), hu(e, "radius")), hu(e, "theta")) }, area: { vgMark: "area", encodeEntry: (e) => _objectSpread(_objectSpread(_objectSpread(_objectSpread({}, $u(e, { align: "ignore", baseline: "ignore", color: "include", orient: "include", size: "ignore", theta: "ignore" })), mu("x", e, { defaultPos: "zeroOrMin", defaultPos2: "zeroOrMin", range: "horizontal" === e.markDef.orient })), mu("y", e, { defaultPos: "zeroOrMin", defaultPos2: "zeroOrMin", range: "vertical" === e.markDef.orient })), Su(e)) }, bar: { vgMark: "rect", encodeEntry: (e) => _objectSpread(_objectSpread(_objectSpread({}, $u(e, { align: "ignore", baseline: "ignore", color: "include", orient: "ignore", size: "ignore", theta: "ignore" })), hu(e, "x")), hu(e, "y")) }, circle: { vgMark: "symbol", encodeEntry: (e) => yp(e, "circle") }, geoshape: { vgMark: "shape", encodeEntry: (e) => _objectSpread({}, $u(e, { align: "ignore", baseline: "ignore", color: "include", size: "ignore", orient: "ignore", theta: "ignore" })), postEncodingTransform: (e) => {const { encoding: t } = e,n = t.shape;return [_objectSpread({ type: "geoshape", projection: e.projectionName() }, n && ea(n) && n.type === yr ? { field: pa(n, { expr: "datum" }) } : {})];} }, image: { vgMark: "image", encodeEntry: (e) => _objectSpread(_objectSpread(_objectSpread(_objectSpread({}, $u(e, { align: "ignore", baseline: "ignore", color: "ignore", orient: "ignore", size: "ignore", theta: "ignore" })), hu(e, "x")), hu(e, "y")), Jc(e, "url")) }, line: { vgMark: "line", encodeEntry: (e) => _objectSpread(_objectSpread(_objectSpread(_objectSpread(_objectSpread({}, $u(e, { align: "ignore", baseline: "ignore", color: "include", size: "ignore", orient: "ignore", theta: "ignore" })), lu("x", e, { defaultPos: "mid" })), lu("y", e, { defaultPos: "mid" })), ru("size", e, { vgChannel: "strokeWidth" })), Su(e)) }, point: { vgMark: "symbol", encodeEntry: (e) => yp(e) }, rect: { vgMark: "rect", encodeEntry: (e) => _objectSpread(_objectSpread(_objectSpread({}, $u(e, { align: "ignore", baseline: "ignore", color: "include", orient: "ignore", size: "ignore", theta: "ignore" })), hu(e, "x")), hu(e, "y")) }, rule: bp, square: { vgMark: "symbol", encodeEntry: (e) => yp(e, "square") }, text: { vgMark: "text", encodeEntry: (e) => {const { config: t, encoding: n } = e;return _objectSpread(_objectSpread(_objectSpread(_objectSpread(_objectSpread(_objectSpread(_objectSpread(_objectSpread(_objectSpread(_objectSpread({}, $u(e, { align: "include", baseline: "include", color: "include", size: "ignore", orient: "ignore", theta: "include" })), lu("x", e, { defaultPos: "mid" })), lu("y", e, { defaultPos: "mid" })), Jc(e)), ru("size", e, { vgChannel: "fontSize" })), ru("angle", e)), Du("align", xp(e.markDef, n, t))), Du("baseline", $p(e.markDef, n, t))), lu("radius", e, { defaultPos: null })), lu("theta", e, { defaultPos: null }));} }, tick: wp, trail: { vgMark: "trail", encodeEntry: (e) => _objectSpread(_objectSpread(_objectSpread(_objectSpread(_objectSpread({}, $u(e, { align: "ignore", baseline: "ignore", color: "include", size: "include", orient: "ignore", theta: "ignore" })), lu("x", e, { defaultPos: "mid" })), lu("y", e, { defaultPos: "mid" })), ru("size", e)), Su(e)) } };function Dp(e) {if (k([Xr, Vr, to], e.mark)) {const t = Ka(e.mark, e.encoding);if (t.length > 0) return function (e, t) {return [{ name: e.getName("pathgroup"), type: "group", from: { facet: { name: Fp + e.requestDataName(xc.Main), data: e.requestDataName(xc.Main), groupby: t } }, encode: { update: { width: { field: { group: "width" } }, height: { field: { group: "height" } } } }, marks: Op(e, { fromPrefix: Fp }) }];}(e, t);} else if (e.mark === Gr) {const t = Cn.some((t) => Un(t, e.markDef, e.config));if (e.stack && !e.fieldDef("size") && t) return function (e, _e$stack$groupbyChann) {const [t] = Op(e, { fromPrefix: zp }),n = e.scaleName(e.stack.fieldChannel),i = function i() {let t = arguments.length > 0 && void 0 !== arguments[0] ? arguments[0] : {};return e.vgField(e.stack.fieldChannel, t);},r = (e, t) => "".concat(e, "(").concat([i({ prefix: "min", suffix: "start", expr: t }), i({ prefix: "max", suffix: "start", expr: t }), i({ prefix: "min", suffix: "end", expr: t }), i({ prefix: "max", suffix: "end", expr: t })].map((e) => "scale('".concat(n, "',").concat(e, ")")).join(","), ")");let o, a;"x" === e.stack.fieldChannel ? (o = _objectSpread(_objectSpread({}, b(t.encode.update, ["y", "yc", "y2", "height", ...Cn])), {}, { x: { signal: r("min", "datum") }, x2: { signal: r("max", "datum") }, clip: { value: !0 } }), a = { x: { field: { group: "x" }, mult: -1 }, height: { field: { group: "height" } } }, t.encode.update = _objectSpread(_objectSpread({}, x(t.encode.update, ["y", "yc", "y2"])), {}, { height: { field: { group: "height" } } })) : (o = _objectSpread(_objectSpread({}, b(t.encode.update, ["x", "xc", "x2", "width"])), {}, { y: { signal: r("min", "datum") }, y2: { signal: r("max", "datum") }, clip: { value: !0 } }), a = { y: { field: { group: "y" }, mult: -1 }, width: { field: { group: "width" } } }, t.encode.update = _objectSpread(_objectSpread({}, x(t.encode.update, ["x", "xc", "x2"])), {}, { width: { field: { group: "width" } } }));for (const n of Cn) {const i = Rn(n, e.markDef, e.config);t.encode.update[n] ? (o[n] = t.encode.update[n], delete t.encode.update[n]) : i && (o[n] = Tn(i)), i && (t.encode.update[n] = { value: 0 });}const s = [];if (((_e$stack$groupbyChann = e.stack.groupbyChannels) === null || _e$stack$groupbyChann === void 0 ? void 0 : _e$stack$groupbyChann.length) > 0) for (const t of e.stack.groupbyChannels) {const n = e.fieldDef(t),i = pa(n);i && s.push(i), ((n === null || n === void 0 ? void 0 : n.bin) || (n === null || n === void 0 ? void 0 : n.timeUnit)) && s.push(pa(n, { binSuffix: "end" }));}o = ["stroke", "strokeWidth", "strokeJoin", "strokeCap", "strokeDash", "strokeDashOffset", "strokeMiterLimit", "strokeOpacity"].reduce((n, i) => {if (t.encode.update[i]) return _objectSpread(_objectSpread({}, n), {}, { [i]: t.encode.update[i] });{const t = Rn(i, e.markDef, e.config);return void 0 !== t ? _objectSpread(_objectSpread({}, n), {}, { [i]: Tn(t) }) : n;}}, o), o.stroke && (o.strokeForeground = { value: !0 }, o.strokeOffset = { value: 0 });return [{ type: "group", from: { facet: { data: e.requestDataName(xc.Main), name: zp + e.requestDataName(xc.Main), groupby: s, aggregate: { fields: [i({ suffix: "start" }), i({ suffix: "start" }), i({ suffix: "end" }), i({ suffix: "end" })], ops: ["min", "max", "min", "max"] } } }, encode: { update: o }, marks: [{ type: "group", encode: { update: a }, marks: [t] }] }];}(e);}return Op(e);}const Fp = "faceted_path_";const zp = "stack_group_";function Op(e) {let n = arguments.length > 1 && void 0 !== arguments[1] ? arguments[1] : { fromPrefix: "" };const { mark: i, markDef: r, encoding: o, config: a } = e,s = X(r.clip, function (e) {const t = e.getScaleComponent("x"),n = e.getScaleComponent("y");return !(!(t !== null && t !== void 0 && t.get("selectionExtent")) && !(n !== null && n !== void 0 && n.get("selectionExtent"))) || void 0;}(e), function (e) {const t = e.component.projection;return !(!t || t.isFit) || void 0;}(e)),l = qn(r),c = o.key,u = function (e) {const { encoding: n, stack: i, mark: r, markDef: o, config: a } = e,s = n.order;if (!(!t.isArray(s) && la(s) && w(s.value) || !s && w(Un("order", o, a)))) {if ((t.isArray(s) || ea(s)) && !i) return In(s, { expr: "datum" });if (oo(r)) {const i = "horizontal" === o.orient ? "y" : "x",r = n[i];if (ea(r)) {var _e$stack2;const n = r.sort;return t.isArray(n) ? { field: pa(r, { prefix: i, suffix: "sort_index", expr: "datum" }) } : Uo(n) ? { field: pa({ aggregate: Ga(e.encoding) ? n.op : void 0, field: n.field }, { expr: "datum" }) } : qo(n) ? { field: pa(e.fieldDef(n.encoding), { expr: "datum" }), order: n.order } : null === n ? void 0 : { field: pa(r, { binSuffix: (_e$stack2 = e.stack) !== null && _e$stack2 !== void 0 && _e$stack2.impute ? "mid" : void 0, expr: "datum" }) };}}}}(e),f = function (e) {if (!e.component.selection) return null;const t = j(e.component.selection).length;let n = t,i = e.parent;for (; i && 0 === n;) n = j(i.component.selection).length, i = i.parent;return n ? { interactive: t > 0 || "geoshape" === e.mark || !!e.encoding.tooltip } : null;}(e),d = Un("aria", r, a),m = Sp[i].postEncodingTransform ? Sp[i].postEncodingTransform(e) : null;return [_objectSpread(_objectSpread(_objectSpread(_objectSpread(_objectSpread(_objectSpread(_objectSpread({ name: e.getName("marks"), type: Sp[i].vgMark }, s ? { clip: !0 } : {}), l ? { style: l } : {}), c ? { key: c.field } : {}), u ? { sort: u } : {}), f || {}), !1 === d ? { aria: d } : {}), {}, { from: { data: n.fromPrefix + e.requestDataName(xc.Main) }, encode: { update: Sp[i].encodeEntry(e) } }, m ? { transform: m } : {})];}class _p extends jm {constructor(e, n, i) {var _e$params;let r = arguments.length > 3 && void 0 !== arguments[3] ? arguments[3] : {},o = arguments.length > 4 ? arguments[4] : void 0;super(e, "unit", n, i, o, void 0, Us(e) ? e.view : void 0), Yn(this, "markDef", void 0), Yn(this, "encoding", void 0), Yn(this, "specifiedScales", {}), Yn(this, "stack", void 0), Yn(this, "specifiedAxes", {}), Yn(this, "specifiedLegends", {}), Yn(this, "specifiedProjection", {}), Yn(this, "selection", []), Yn(this, "children", []);const a = lo(e.mark) ? _objectSpread({}, e.mark) : { type: e.mark },s = a.type;void 0 === a.filled && (a.filled = function (e, t, n) {let { graticule: i } = n;if (i) return !1;const r = Rn("filled", e, t),o = e.type;return X(r, o !== Jr && o !== Xr && o !== Kr);}(a, o, { graticule: e.data && bc(e.data) }));const l = this.encoding = function (e, n, i, r) {const o = {};for (const t of j(e)) st(t) || Ni("".concat(a = t, "-encoding is dropped as ").concat(a, " is not a valid encoding channel."));var a;for (let a of yt) {if (!e[a]) continue;const s = e[a];if (Rt(a)) {const e = ht(a),t = o[e];if (ea(t) && fr(t.type) && ea(s) && !t.timeUnit) {Ni(fi(e));continue;}}if ("angle" !== a || "arc" !== n || e.theta || (Ni("Arc marks uses theta channel rather than angle, replacing angle with theta."), a = he), Xa(e, a, n)) {if (a === Fe && "line" === n) {const t = ka(e[a]);if (t !== null && t !== void 0 && t.aggregate) {Ni("Line marks cannot encode size with a non-groupby field. You may want to use trail marks instead.");continue;}}if (a === we && (i ? "fill" in e : "stroke" in e)) Ni(mi("encoding", { fill: "fill" in e, stroke: "stroke" in e }));else if (a === Te || a === je && !t.isArray(s) && !la(s) || a === Me && t.isArray(s)) {if (s) {if (a === je) {const t = e[a];if (Jo(t)) {o[a] = t;continue;}}o[a] = t.array(s).reduce((e, t) => (ea(t) ? e.push(za(t, a)) : Ni(pi(t, a)), e), []);}} else {if (a === Me && null === s) o[a] = null;else if (!(ea(s) || na(s) || la(s) || Qo(s) || Fn(s))) {Ni(pi(s, a));continue;}o[a] = Da(s, a, r);}} else Ni(gi(a, n));}return o;}(e.encoding || {}, s, a.filled, o);this.markDef = dl(a, l, o), this.size = function (e) {let { encoding: t, size: n } = e;for (const e of Tt) {const i = mt(e);qs(n[i]) && ia(t[e]) && (delete n[i], Ni(ki(i)));}return n;}({ encoding: l, size: Us(e) ? _objectSpread(_objectSpread(_objectSpread({}, r), e.width ? { width: e.width } : {}), e.height ? { height: e.height } : {}) : r }), this.stack = fl(this.markDef, l), this.specifiedScales = this.initScales(s, l), this.specifiedAxes = this.initAxes(l), this.specifiedLegends = this.initLegends(l), this.specifiedProjection = e.projection, this.selection = ((_e$params = e.params) !== null && _e$params !== void 0 ? _e$params : []).filter((e) => As(e));}get hasProjection() {const { encoding: e } = this,t = this.mark === ro,n = e && Ve.some((t) => aa(e[t]));return t || n;}scaleDomain(e) {const t = this.specifiedScales[e];return t ? t.domain : void 0;}axis(e) {return this.specifiedAxes[e];}legend(e) {return this.specifiedLegends[e];}initScales(e, t) {return Zt.reduce((e, n) => {var _i$scale5;const i = Sa(t[n]);return i && (e[n] = this.initScale((_i$scale5 = i.scale) !== null && _i$scale5 !== void 0 ? _i$scale5 : {})), e;}, {});}initScale(e) {const { domain: n, range: i } = e,r = kn(e);return t.isArray(n) && (r.domain = n.map(An)), t.isArray(i) && (r.range = i.map(An)), r;}initAxes(e) {return Tt.reduce((t, n) => {const i = e[n];if (aa(i) || n === le && aa(e.x2) || n === ce && aa(e.y2)) {const e = aa(i) ? i.axis : void 0;t[n] = e ? this.initAxis(_objectSpread({}, e)) : e;}return t;}, {});}initAxis(e) {const t = j(e),n = {};for (const i of t) {const t = e[i];n[i] = Ta(t) ? Pn(t) : An(t);}return n;}initLegends(e) {return Qt.reduce((t, n) => {const i = Sa(e[n]);if (i && function (e) {switch (e) {case we:case ke:case Se:case Fe:case De:case Oe:case Ce:case Pe:return !0;case _e:case Ne:case ze:return !1;}}(n)) {const e = i.legend;t[n] = e ? kn(e) : e;}return t;}, {});}parseData() {this.component.data = ap(this);}parseLayoutSize() {!function (e) {const { size: t, component: n } = e;for (const i of Tt) {const r = mt(i);if (t[r]) {const e = t[r];n.layoutSize.set(r, qs(e) ? "step" : e, !0);} else {const t = np(e, r);n.layoutSize.set(r, t, !1);}}}(this);}parseSelections() {this.component.selection = function (e, n) {const i = {},r = e.config.selection;if (!n || !n.length) return i;for (const o of n) {const n = L(o.name),a = o.select,s = t.isString(a) ? a : a.type,l = t.isObject(a) ? y(a) : { type: s },c = r[s];for (const e in c) {var _c$e;"fields" !== e && "encodings" !== e && ("mark" === e && (l[e] = _objectSpread(_objectSpread({}, c[e]), l[e])), void 0 !== l[e] && !0 !== l[e] || (l[e] = y((_c$e = c[e]) !== null && _c$e !== void 0 ? _c$e : l[e])));}const u = i[n] = _objectSpread(_objectSpread({}, l), {}, { name: n, type: s, init: o.value, bind: o.bind, events: t.isString(l.on) ? t.parseSelector(l.on, "scope") : t.array(y(l.on)) }),f = y(o);for (const t of Hu) t.defined(u) && t.parse && t.parse(e, u, f);}return i;}(this, this.selection);}parseMarkGroup() {this.component.mark = Dp(this);}parseAxesAndHeaders() {var e;this.component.axes = (e = this, Tt.reduce((t, n) => (e.component.scales[n] && (t[n] = [hp(n, e)]), t), {}));}assembleSelectionTopLevelSignals(e) {return function (e, n) {let i = !1;for (const r of T((_e$component$selectio7 = e.component.selection) !== null && _e$component$selectio7 !== void 0 ? _e$component$selectio7 : {})) {var _e$component$selectio7;const o = r.name,a = t.stringValue(o + Ru);if (0 === n.filter((e) => e.name === o).length) {const e = "global" === r.resolve ? "union" : r.resolve,i = "point" === r.type ? 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"cell" : "view";}getMapping() {return this.encoding;}get mark() {return this.markDef.type;}channelHasField(e) {return Ia(this.encoding, e);}fieldDef(e) {return ka(this.encoding[e]);}typedFieldDef(e) {const t = this.fieldDef(e);return sa(t) ? t : null;}}class Np extends Am {constructor(e, t, n, i, r) {super(e, "layer", t, n, r, e.resolve, e.view), Yn(this, "children", void 0);const o = _objectSpread(_objectSpread(_objectSpread({}, i), e.width ? { width: e.width } : {}), e.height ? { height: e.height } : {});this.children = e.layer.map((e, t) => {if (rl(e)) return new Np(e, this, this.getName("layer_".concat(t)), o, r);if (Wa(e)) return new _p(e, this, this.getName("layer_".concat(t)), o, r);throw new Error(Kn(e));});}parseData() {this.component.data = ap(this);for (const e of this.children) e.parseData();}parseLayoutSize() {var e;ep(e = this), tp(e, "width"), tp(e, "height");}parseSelections() {this.component.selection = {};for (const e of this.children) {e.parseSelections();for (const t of j(e.component.selection)) this.component.selection[t] = e.component.selection[t];}}parseMarkGroup() {for (const e of this.children) e.parseMarkGroup();}parseAxesAndHeaders() {!function (e) {const { axes: t, resolve: n } = e.component,i = { top: 0, bottom: 0, right: 0, left: 0 };for (const i of e.children) {i.parseAxesAndHeaders();for (const r of j(i.component.axes)) n.axis[r] = Lf(e.component.resolve, r), "shared" === n.axis[r] && (t[r] = dp(t[r], i.component.axes[r]), t[r] || (n.axis[r] = "independent", delete t[r]));}for (const r of Tt) {for (const o of e.children) if (o.component.axes[r]) {if ("independent" === n.axis[r]) {var _t$r;t[r] = ((_t$r = t[r]) !== null && _t$r !== void 0 ? _t$r : []).concat(o.component.axes[r]);for (const e of o.component.axes[r]) {const { value: t, explicit: n } = e.getWithExplicit("orient");if (!Fn(t)) {if (i[t] > 0 && !n) {const n = fp[t];i[t] > i[n] && e.set("orient", n, !1);}i[t]++;}}}delete o.component.axes[r];}if ("independent" === n.axis[r] && t[r] && t[r].length > 1) for (const [e, n] of (t[r] || []).entries()) e > 0 && n.get("grid") && !n.explicit.grid && (n.implicit.grid = !1);}}(this);}assembleSelectionTopLevelSignals(e) {return this.children.reduce((e, t) => t.assembleSelectionTopLevelSignals(e), e);}assembleSignals() {return this.children.reduce((e, t) => e.concat(t.assembleSignals()), of(this));}assembleLayoutSignals() {return this.children.reduce((e, t) => e.concat(t.assembleLayoutSignals()), Cf(this));}assembleSelectionData(e) {return this.children.reduce((e, t) => t.assembleSelectionData(e), e);}assembleGroupStyle() {const e = new Set();for (const n of this.children) for (const i of t.array(n.assembleGroupStyle())) e.add(i);const n = Array.from(e);return n.length > 1 ? n : 1 === n.length ? n[0] : void 0;}assembleTitle() {let e = super.assembleTitle();if (e) return e;for (const t of this.children) if (e = t.assembleTitle(), e) return e;}assembleLayout() {return null;}assembleMarks() {return function (e, t) {for (const n of e.children) _m(n) && (t = Dc(n, t));return t;}(this, this.children.flatMap((e) => e.assembleMarks()));}assembleLegends() {return this.children.reduce((e, t) => e.concat(t.assembleLegends()), td(this));}}function Cp(e, t, n, i, r) {if (Io(e)) return new rp(e, t, n, r);if (rl(e)) return new Np(e, t, n, i, r);if (Wa(e)) return new _p(e, t, n, i, r);if (function (e) {return Es(e) || Ms(e) || Ts(e);}(e)) return new sp(e, t, n, r);throw new Error(Kn(e));}const Pp = n;e.accessPathDepth = Y, e.accessPathWithDatum = W, e.compile = function (e) {let n = arguments.length > 1 && void 0 !== arguments[1] ? arguments[1] : {};var i;n.logger && (i = n.logger, _i = i), n.fieldTitle && va(n.fieldTitle);try {const i = Ks(t.mergeConfig(n.config, e.config)),r = Zl(e, i),o = Cp(r, null, "", void 0, i);o.parse(), function (e, t) {Vd(e.sources);let n = 0,i = 0;for (let i = 0; i < Hd && Yd(e, t, !0); i++) n++;e.sources.map(Wd);for (let n = 0; n < Hd && Yd(e, t, !1); n++) i++;Vd(e.sources), Math.max(n, i) === Hd && Ni("Maximum optimization runs(".concat(Hd, ") reached."));}(o.component.data, o);const a = function (e, t) {let n = arguments.length > 2 && void 0 !== arguments[2] ? arguments[2] : {},i = arguments.length > 3 ? arguments[3] : void 0;const r = e.config ? nl(e.config) : void 0,o = [].concat(e.assembleSelectionData([]), function (e, t) {const n = [],i = Xm(n);let r = 0;for (const t of e.sources) {t.hasName() || (t.dataName = "source_" + r++);const e = t.assemble();i(t, e);}for (const e of n) 0 === e.transform.length && delete e.transform;let o = 0;for (const [e, t] of n.entries()) {var _t$transform;0 !== ((_t$transform = t.transform) !== null && _t$transform !== void 0 ? _t$transform : []).length || t.source || n.splice(o++, 0, n.splice(e, 1)[0]);}for (const t of n) for (const n of (_t$transform2 = t.transform) !== null && _t$transform2 !== void 0 ? _t$transform2 : []) {var _t$transform2;"lookup" === n.type && (n.from = e.outputNodes[n.from].getSource());}for (const e of n) e.name in t && (e.values = t[e.name]);return n;}(e.component.data, n)),a = e.assembleProjections(),s = e.assembleTitle(),l = e.assembleGroupStyle(),c = e.assembleGroupEncodeEntry(!0);let u = e.assembleLayoutSignals();u = u.filter((e) => "width" !== e.name && "height" !== e.name || void 0 === e.value || (t[e.name] = +e.value, !1));const { params: f } = t,d = _objectWithoutProperties(t, _excluded63);return _objectSpread(_objectSpread(_objectSpread(_objectSpread(_objectSpread(_objectSpread(_objectSpread(_objectSpread(_objectSpread({ $schema: "https://vega.github.io/schema/vega/v5.json" }, e.description ? 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(n = { type: "pad" }, r.hasAxisOrientSignalRef() && (n.resize = !0)) : t.isString(n) && (n = { type: n });if (o && a && (s = n.type, "fit" === s || "fit-x" === s || "fit-y" === s)) if ("step" === o && "step" === a) Ni(ni()), n.type = "pad";else if ("step" === o || "step" === a) {const e = "step" === o ? "width" : "height";Ni(ni(qt(e)));const t = "width" === e ? "height" : "width";n.type = function (e) {return e ? "fit-".concat(qt(e)) : "fit";}(t);}var s;return _objectSpread(_objectSpread(_objectSpread({}, 1 === j(n).length && n.type ? "pad" === n.type ? {} : { autosize: n.type } : { autosize: n }), oc(i, !1)), oc(e, !0));}(e, r.autosize, i, o), e.datasets, e.usermeta);return { spec: a, normalized: r };} finally {n.logger && (_i = Oi), n.fieldTitle && va(ha);}}, e.contains = k, e.deepEqual = ie, e.deleteNestedProperty = U, e.duplicate = y, e.entries = E, e.every = D, e.fieldIntersection = P, e.flatAccessWithDatum = B, e.getFirstDefined = X, e.hasIntersection = N, e.hash = $, e.internalField = K, e.isBoolean = M, e.isEmpty = A, e.isEqual = function (e, t) {const n = j(e),i = j(t);if (n.length !== i.length) return !1;for (const i of n) if (e[i] !== t[i]) return !1;return !0;}, e.isInternalField = Z, e.isNullOrFalse = w, e.isNumeric = te, e.keys = j, e.logicalExpr = q, e.mergeDeep = F, e.never = v, e.normalize = Zl, e.normalizeAngle = ee, e.omit = x, e.pick = b, e.prefixGenerator = C, e.removePathFromField = G, e.replaceAll = V, e.replacePathInField = H, e.resetIdCounter = function () {J = 42;}, e.setEqual = _, e.some = S, e.stringify = re, e.titleCase = R, e.unique = O, e.uniqueId = Q, e.vals = T, e.varName = L, e.version = Pp;});