osmd-extended/external/vexflow/vexflow.d.ts

declare namespace Vex {
  export module Flow {
    const RESOLUTION: any;

    export class Formatter {
      constructor();

      public hasMinTotalWidth: boolean;
      public minTotalWidth: number;
      public joinVoices(voices: Voice[]): void;
      public format(voices: Voice[], width: number): void;
      public preCalculateMinTotalWidth(voices: Voice[]): number;
    }

    export class BoundingBox {
      constructor(x: number, y: number, w: number, h: number);

      public mergeWith(bb: BoundingBox): BoundingBox;
      public getX(): number;
      public getY(): number;
      public getW(): number;
      public getH(): number;
    }

    export class Voice {
      constructor(time: any);
      public static Mode: any;

      public getBoundingBox(): BoundingBox;
      public setStave(stave: Stave): Voice;
      public addTickables(notes: StaveNote[]): Voice;
      public addTickable(note: StaveNote): Voice;
      public setMode(mode: any): Voice;
      public draw(ctx: any, stave: Stave): void;
    }

    export class StaveNote {
      constructor(note_struct: any);

      public getNoteHeadBounds(): any;
      public getNoteHeadBeginX(): number;
      public getNoteHeadEndX(): number;
      public addAccidental(index: number, accidental: Accidental): StaveNote;
    }

    export class Stave {
      constructor(x: number, y: number, width: number, options: any);

      public x: number;
      public start_x: number;
      public end_x: number;

      public setX(x: number): Stave;
      public setY(y: number): Stave;
      public addClef(clefSpec: string, size: any, annotation: any, position: any): void;
      public setEndClef(clefSpec: string, size: any, annotation: any): void;
      public getModifiers(): StaveModifier[];
      public getYForGlyphs(): number;
      public getWidth(): number;
      public setWidth(width: number): Stave;
      public getNoteStartX(): number;
      public getNoteEndX(): number;
      public format(): void;
      public getSpacingBetweenLines(): number;
      public getNumLines(): number;
      public getLineForY(y: number): number;
      public getModifiers(pos: any, cat: any): Clef[]; // FIXME
      public setContext(ctx: CanvasContext): Stave;
      public addModifier(mod: any, pos: any): void;
      public draw(): void;
      public addTimeSignature(sig: string): void;
    }

    export class Modifier {
      public static Position: any;
      public getCategory(): string;
      public getWidth(): number;
      public getPadding(index: number): number;
    }

    export class StaveModifier extends Modifier {}

    export class Clef extends StaveModifier {
      constructor(type: any);

      public static category: string;
      public static types: { [type: string]: any; } ;
      public glyph: any;
      public x: number;
      public stave: Stave;

      public getBoundingBox(): BoundingBox;
      public setStave(stave: Stave): void;
    }

    export class Renderer {
      constructor(canvas: HTMLCanvasElement, backend: any);

      public static Backends: any;
      public resize(a: number, b: number): void;
      public getContext(): CanvasContext;
    }

    export class TimeSignature {
      constructor(timeSpec: string, customPadding?: any);
    }
    export class KeySignature {
      constructor(keySpec: string, cancelKeySpec: string, alterKeySpec?: string);
    }

    export class Accidental {
      constructor(type: string);
    }

    export class Beam {
      constructor(notes: StaveNote[], auto_stem: boolean);
      public setContext(ctx: CanvasContext): Beam;
      public draw(): void;
    }

    export class CanvasContext {
      public scale(x: number, y: number): CanvasContext;
    }

    export class StaveConnector {
      constructor(top: Stave, bottom: Stave);
      public static type: any;
      public setType(type: any): StaveConnector;
      public setContext(ctx: CanvasContext): StaveConnector;
      public draw(): void;
    }

  }
}

declare module "vexflow" {
    export = Vex;
}