import type { VisualizationOptions } from '../types';
import type { AreaConfig } from '../vis/area';
import type { BarConfig } from '../vis/bar';
import type { BoxplotConfig } from '../vis/boxplot';
import type { ColumnConfig } from '../vis/column';
import type { DualAxesConfig } from '../vis/dual-axes';
import type { FishboneDiagramConfig } from '../vis/fishbone-diagram';
import type { FlowDiagramConfig } from '../vis/flow-diagram';
import type { FunnelConfig } from '../vis/funnel';
import type { HistogramConfig } from '../vis/histogram';
import type { IndentedTreeConfig } from '../vis/indented-tree';
import type { LineConfig } from '../vis/line';
import type { LiquidConfig } from '../vis/liquid';
import type { MindmapConfig } from '../vis/mindmap';
import type { NetworkGraphConfig } from '../vis/network-graph';
import type { OrganizationChartConfig } from '../vis/organization-chart';
import type { PieConfig } from '../vis/pie';
import type { RadarConfig } from '../vis/radar';
import type { SankeyConfig } from '../vis/sankey';
import type { ScatterConfig } from '../vis/scatter';
import type { SummaryConfig } from '../vis/summary';
import type { TableConfig } from '../vis/table';
import type { TreemapConfig } from '../vis/treemap';
import type { VennConfig } from '../vis/venn';
import type { ViolinConfig } from '../vis/violin';
import type { WaterfallConfig } from '../vis/waterfall';
import type { WordCloudConfig } from '../vis/word-cloud';
/**
 * Union type for all supported chart configurations
 */
export type GPTVisConfig = AreaConfig | BarConfig | BoxplotConfig | ColumnConfig | DualAxesConfig | FlowDiagramConfig | FunnelConfig | HistogramConfig | IndentedTreeConfig | LineConfig | LiquidConfig | MindmapConfig | NetworkGraphConfig | OrganizationChartConfig | PieConfig | RadarConfig | SankeyConfig | ScatterConfig | SummaryConfig | TableConfig | TreemapConfig | VennConfig | ViolinConfig | WaterfallConfig | WordCloudConfig | FishboneDiagramConfig;
/**
 * GPTVis is the unified API for all chart types.
 * It provides a simple interface to render different types of visualizations.
 *
 * @example
 * ```ts
 * import { GPTVis } from '@antv/gpt-vis';
 *
 * const g = new GPTVis({
 *   container: '#container',
 *   width: 600,
 *   height: 400,
 *   theme: 'academy', // Optional theme
 *   wrapper: true, // Enable wrapper with tabs and controls (default: false)
 * });
 *
 * // Render with config object
 * g.render({
 *   type: 'pie',
 *   data: [
 *     { category: '分类一', value: 27 },
 *     { category: '分类二', value: 25 },
 *   ],
 *   innerRadius: 0.6,
 * });
 *
 * // Or render with syntax string
 * g.render(`
 * vis pie
 * data
 *   - category 分类一
 *     value 27
 *   - category 分类二
 *     value 25
 * innerRadius: 0.6
 * `);
 *
 * g.destroy();
 * ```
 */
export declare class GPTVis {
    private options;
    private currentChart;
    private currentChartType;
    private wrapperInstance;
    /**
     * Chart type registry mapping type strings to factory functions
     */
    private static readonly chartRegistry;
    /**
     * Constructor
     * @param options - Visualization options containing container, dimensions, and optional theme
     */
    constructor(options: VisualizationOptions);
    /**
     * Render a chart based on the provided configuration or syntax string.
     *
     * @param config - Chart configuration object (with type field) or syntax string (starting with 'vis [type]')
     *
     * @example
     * ```ts
     * // With config object
     * g.render({
     *   type: 'pie',
     *   data: [{ category: 'A', value: 30 }, { category: 'B', value: 70 }]
     * });
     *
     * // With syntax string
     * g.render(`
     * vis pie
     * data
     *   - category A
     *     value 30
     *   - category B
     *     value 70
     * `);
     * ```
     */
    render(config: string | Record<string, unknown>): void;
    /**
     * Destroy the current chart instance and clean up resources
     */
    destroy(): void;
}