@vscubing/cubing/dist/lib/cubing/twisty/index.d.ts

A collection of JavaScript cubing libraries.

import { y as AlgIndexer, u as KPuzzle, r as Alg, M as Move, z as MillisecondTimestamp, B as LeafIndex, K as KPattern, C as KTransformation, D as MillisecondDuration, L as LeafCount, s as PuzzleLoader, v as StickeringMask, F as ManagedCustomElement, T as TwistyPlayerModel, G as TwistyPlayerController, H as DetailedTimelineInfo, I as ColorScheme } from '../PuzzleLoader-_z--T5BU.js';
export { J as AnimationTimelineLeaf, N as BackViewLayout, O as BoundaryType, R as EXPERIMENTAL_PROP_NO_VALUE, E as ExperimentalStickering, t as PuzzleID, U as TwistyAlgEditor, V as TwistyAlgViewer, W as TwistyPlayer, X as TwistyPlayerConfig, Y as TwizzleLink, Z as VisualizationFormat, _ as backViewLayouts } from '../PuzzleLoader-_z--T5BU.js';
import 'type-fest';
import 'three/src/Three.js';

declare class SimpleAlgIndexer implements AlgIndexer {
    private kpuzzle;
    private moves;
    private durationFn;
    constructor(kpuzzle: KPuzzle, alg: Alg);
    getAnimLeaf(index: number): Move;
    indexToMoveStartTimestamp(index: number): MillisecondTimestamp;
    timestampToIndex(timestamp: MillisecondTimestamp): LeafIndex;
    patternAtIndex(index: number): KPattern;
    transformationAtIndex(index: number): KTransformation;
    algDuration(): MillisecondDuration;
    numAnimatedLeaves(): LeafCount;
    moveDuration(index: LeafIndex): MillisecondDuration;
}

declare class TreeAlgIndexer implements AlgIndexer {
    private kpuzzle;
    private decoration;
    private walker;
    constructor(kpuzzle: KPuzzle, alg: Alg);
    getAnimLeaf(index: LeafIndex): Move | null;
    indexToMoveStartTimestamp(index: LeafIndex): MillisecondTimestamp;
    indexToMovesInProgress(index: LeafIndex): MillisecondTimestamp;
    patternAtIndex(index: LeafIndex, startPattern?: KPattern): KPattern;
    transformationAtIndex(index: LeafIndex): KTransformation;
    numAnimatedLeaves(): LeafCount;
    timestampToIndex(timestamp: MillisecondTimestamp): LeafIndex;
    algDuration(): MillisecondDuration;
    moveDuration(index: LeafIndex): MillisecondDuration;
}

declare const twistyDebugGlobals: {
    shareAllNewRenderers: "auto" | "always" | "never";
    showRenderStats: boolean;
};
declare function setTwistyDebug(options: Partial<typeof twistyDebugGlobals>): void;

declare const getSolveAnalyzer: (puzzleLoader: PuzzleLoader) => Promise<(pattern: KPattern) => string | null>;

declare class TwistyAnimatedSVG {
    kpuzzle: KPuzzle;
    private showUnknownOrientations;
    wrapperElement: HTMLElement;
    svgElement: SVGElement;
    gradientDefs: SVGDefsElement;
    private originalColors;
    private gradients;
    private svgID;
    constructor(kpuzzle: KPuzzle, svgSource: string, experimentalStickeringMask?: StickeringMask, showUnknownOrientations?: boolean);
    drawPattern(pattern: KPattern, nextPattern?: KPattern, fraction?: number): void;
    draw(pattern: KPattern, nextPattern?: KPattern, fraction?: number): void;
    private newGradient;
    private elementID;
    private elementByID;
}

declare class TwistyScrubber extends ManagedCustomElement {
    #private;
    model?: TwistyPlayerModel | undefined;
    controller?: TwistyPlayerController | undefined;
    constructor(model?: TwistyPlayerModel | undefined, controller?: TwistyPlayerController | undefined, options?: {
        mode: "open" | "closed";
    });
    onDetailedTimelineInfo(detailedTimelineInfo: DetailedTimelineInfo): Promise<void>;
    connectedCallback(): Promise<void>;
    updateColorScheme(colorScheme: ColorScheme): void;
    inputElem(): Promise<HTMLInputElement>;
    onInput(e: Event): Promise<void>;
    onKeypress(e: KeyboardEvent): void;
    slowDown(e: Event, inputElem: HTMLInputElement): Promise<void>;
}

export { AlgIndexer, LeafCount as ExperimentalLeafCount, LeafIndex as ExperimentalLeafIndex, MillisecondDuration as ExperimentalMillisecondDuration, MillisecondTimestamp as ExperimentalMillisecondTimestamp, TwistyAnimatedSVG as ExperimentalSVGAnimator, SimpleAlgIndexer, TreeAlgIndexer, TwistyScrubber, getSolveAnalyzer, setTwistyDebug };