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@visactor/vchart

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charts lib based @visactor/VGrammar

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"use strict"; Object.defineProperty(exports, "__esModule", { value: !0 }), exports.Factory = void 0; const vdataset_1 = require("@visactor/vdataset"); class Factory { static registerChart(key, chart) { Factory._charts[key] = chart; } static registerSeries(key, series) { Factory._series[key] = series; } static registerComponent(key, cmp, alwaysCheck) { Factory._components[key] = { cmp: cmp, alwaysCheck: alwaysCheck }; } static registerMark(key, mark) { Factory._marks[key] = mark; } static registerRegion(key, region) { Factory._regions[key] = region; } static registerTransform(key, transform) { Factory.transforms[key] = transform; } static registerLayout(key, layout) { Factory._layout[key] = layout; } static registerAnimation(key, animation) { Factory._animations[key] = animation; } static registerImplement(key, implement) { Factory._implements[key] = implement; } static registerChartPlugin(key, plugin) { Factory._chartPlugin[key] = plugin; } static registerComponentPlugin(key, plugin) { Factory._componentPlugin[key] = plugin; } static createChart(chartType, spec, options) { if (!Factory._charts[chartType]) return null; return new (0, Factory._charts[chartType])(spec, options); } static createChartSpecTransformer(chartType, option) { if (!Factory._charts[chartType]) return null; const ChartConstructor = Factory._charts[chartType]; return new (0, ChartConstructor.transformerConstructor)(Object.assign({ seriesType: ChartConstructor.seriesType }, option)); } static createRegion(regionType, spec, options) { if (!Factory._regions[regionType]) return null; return new (0, Factory._regions[regionType])(spec, options); } static createRegionSpecTransformer(regionType, options) { if (!Factory._regions[regionType]) return null; return new (0, Factory._regions[regionType].transformerConstructor)(options); } static createSeries(seriesType, spec, options) { if (!Factory._series[seriesType]) return null; return new (0, Factory._series[seriesType])(spec, options); } static createSeriesSpecTransformer(seriesType, options) { if (!Factory._series[seriesType]) return null; return new (0, Factory._series[seriesType].transformerConstructor)(options); } static createMark(markType, name, options) { if (!Factory._marks[markType]) return null; const markInstance = new (0, Factory._marks[markType])(name, options); return "group" === markInstance.type && markInstance.setMarkConfig({ interactive: !1 }), markInstance; } static getComponents() { return Object.values(Factory._components); } static getComponentInKey(name) { return Factory._components[name].cmp; } static getLayout() { return Object.values(Factory._layout); } static getLayoutInKey(name) { return Factory._layout[name]; } static getSeries() { return Object.values(Factory._series); } static getSeriesInType(type) { return Factory._series[type]; } static getRegionInType(type) { return Factory._regions[type]; } static getAnimationInKey(key) { return Factory._animations[key]; } static getImplementInKey(key) { return Factory._implements[key]; } static getSeriesMarkMap(seriesType) { return Factory._series[seriesType] ? Factory._series[seriesType].mark : {}; } static getChartPlugins() { return Object.values(Factory._chartPlugin); } static getComponentPlugins() { return Object.values(Factory._componentPlugin); } static getComponentPluginInType(type) { return Factory._componentPlugin[type]; } static registerFormatter(func) { this._formatter = func; } static getFormatter() { return this._formatter; } } exports.Factory = Factory, Factory._charts = {}, Factory._series = {}, Factory._components = {}, Factory._marks = {}, Factory._regions = {}, Factory._animations = {}, Factory._implements = {}, Factory._chartPlugin = {}, Factory._componentPlugin = {}, Factory.transforms = { fields: vdataset_1.fields, filter: vdataset_1.filter, fold: vdataset_1.fold }, Factory.dataParser = { csv: vdataset_1.csvParser, dsv: vdataset_1.dsvParser, tsv: vdataset_1.tsvParser }, Factory._layout = {}; //# sourceMappingURL=factory.js.map