/** CONTEXTS */
import { WebGL2Context, WebGLContext } from './context/index.js';
import type { ColorMode } from 's2/s2Map.js';
import type { GlyphImages } from 'workers/source/glyphSource.js';
import type { MapOptions } from 'ui/s2mapUI.js';
import type { Painter as PainterSpec } from './painter.spec.js';
import type { Projector } from 'ui/camera/projector/index.js';
import type { TileGL as Tile } from 'source/tile.spec.js';
import type TimeCache from 'ui/camera/timeCache.js';
import type { VectorPoint } from 'gis-tools/index.js';
import type { WorkflowKey, WorkflowType, Workflows } from './workflows/workflow.spec.js';
import type { PainterData, SpriteImageMessage } from 'workers/worker.spec.js';
/**
 * # WebGL(1|2) Painter
 *
 * ## Description
 * A painter for WebGL(1|2) contexts
 */
export default class Painter implements PainterSpec {
    context: WebGL2Context | WebGLContext;
    workflows: Workflows;
    curWorkflow?: WorkflowKey;
    dirty: boolean;
    /**
     * @param context - a WebGL(1|2) context wrapper
     * @param type - 1 for WebGL 1, 2 for WebGL 2
     * @param options - map options to pull out the options that impact the painter and GPU
     */
    constructor(context: WebGL2RenderingContext | WebGLRenderingContext, type: 1 | 2, options: MapOptions);
    /** called once to properly prepare the context */
    prepare(): Promise<void>;
    /**
     * Given a tile, build the feature data associated with it
     * @param tile - the tile to inject the features into
     * @param data - the collection of data to sift through and build features
     */
    buildFeatureData(tile: Tile, data: PainterData): void;
    /**
     * Build all workflows used by the style layers
     * @param buildSet - the set of workflows to build
     */
    buildWorkflows(buildSet: Set<WorkflowType>): Promise<void>;
    /**
     * Inject frame uniforms. WebGL requires uniforms to be update before each draw
     * @param matrix - the projection matrix
     * @param view - the view matrix
     * @param aspect - the canvas aspect ratio
     */
    injectFrameUniforms(matrix: Float32Array, view: Float32Array, aspect: VectorPoint): void;
    /**
     * Inject a time cache for the sensor workflow
     * @param timeCache - the time cache to inject
     */
    injectTimeCache(timeCache: TimeCache): void;
    /**
     * Resize the canvas
     * @param _width - new width
     * @param _height - new height
     */
    resize(_width: number, _height: number): void;
    /**
     * Paint all the tiles in view
     * @param projector - the camera and what it currently sees
     * @param tiles - all the tiles in view to paint
     */
    paint(projector: Projector, tiles: Tile[]): void;
    /**
     * Compute the interactive features in current view
     * @param tiles - current view tiles that we need to sift through for interactive features
     */
    computeInteractive(tiles: Tile[]): void;
    /** @returns a Uint8ClampedArray of the current screen */
    getScreen(): Promise<Uint8ClampedArray>;
    /**
     * Inject a glyph image to the GPU
     * @param maxHeight - the maximum height of the texture
     * @param images - the glyph images
     */
    injectGlyphImages(maxHeight: number, images: GlyphImages): void;
    /**
     * Inject a sprite image to the GPU
     * @param data - the raw image data of the sprite
     */
    injectSpriteImage(data: SpriteImageMessage): void;
    /**
     * Set the colorblind mode
     * @param mode - colorblind mode to set
     */
    setColorMode(mode: ColorMode): void;
    /** Delete the GPU and painter instance */
    delete(): void;
}