mediabunny

/*! * Copyright (c) 2025-present, Vanilagy and contributors * * This Source Code Form is subject to the terms of the Mozilla Public * License, v. 2.0. If a copy of the MPL was not distributed with this * file, You can obtain one at https://mozilla.org/MPL/2.0/. */ import { Rotation, SetRequired } from './misc'; /** * Metadata used for VideoSample initialization. * @public */ export type VideoSampleInit = { /** The internal pixel format in which the frame is stored. */ format?: VideoPixelFormat; /** The width of the frame in pixels. */ codedWidth?: number; /** The height of the frame in pixels. */ codedHeight?: number; /** The rotation of the frame in degrees, clockwise. */ rotation?: Rotation; /** The presentation timestamp of the frame in seconds. */ timestamp?: number; /** The duration of the frame in seconds. */ duration?: number; /** The color space of the frame. */ colorSpace?: VideoColorSpaceInit; }; /** * Represents a raw, unencoded video sample (frame). Mainly used as an expressive wrapper around WebCodecs API's * VideoFrame, but can also be used standalone. * @public */ export declare class VideoSample { /** The internal pixel format in which the frame is stored. */ readonly format: VideoPixelFormat | null; /** The width of the frame in pixels. */ readonly codedWidth: number; /** The height of the frame in pixels. */ readonly codedHeight: number; /** The rotation of the frame in degrees, clockwise. */ readonly rotation: Rotation; /** * The presentation timestamp of the frame in seconds. May be negative. Frames with negative end timestamps should * not be presented. */ readonly timestamp: number; /** The duration of the frame in seconds. */ readonly duration: number; /** The color space of the frame. */ readonly colorSpace: VideoColorSpace; /** The width of the frame in pixels after rotation. */ get displayWidth(): number; /** The height of the frame in pixels after rotation. */ get displayHeight(): number; /** The presentation timestamp of the frame in microseconds. */ get microsecondTimestamp(): number; /** The duration of the frame in microseconds. */ get microsecondDuration(): number; constructor(data: VideoFrame, init?: VideoSampleInit); constructor(data: CanvasImageSource, init: SetRequired<VideoSampleInit, 'timestamp'>); constructor(data: BufferSource, init: SetRequired<VideoSampleInit, 'format' | 'codedWidth' | 'codedHeight' | 'timestamp'>); /** Clones this video sample. */ clone(): VideoSample; /** * Closes this video sample, releasing held resources. Video samples should be closed as soon as they are not * needed anymore. */ close(): void; /** Returns the number of bytes required to hold this video sample's pixel data. */ allocationSize(): number; /** Copies this video sample's pixel data to an ArrayBuffer or ArrayBufferView. */ copyTo(destination: AllowSharedBufferSource): Promise<void>; /** * Converts this video sample to a VideoFrame for use with the WebCodecs API. The VideoFrame returned by this * method *must* be closed separately from this video sample. */ toVideoFrame(): VideoFrame; /** * Draws the video sample to a 2D canvas context. Rotation metadata will be taken into account. * * @param dx - The x-coordinate in the destination canvas at which to place the top-left corner of the source image. * @param dy - The y-coordinate in the destination canvas at which to place the top-left corner of the source image. * @param dWidth - The width in pixels with which to draw the image in the destination canvas. * @param dHeight - The height in pixels with which to draw the image in the destination canvas. */ draw(context: CanvasRenderingContext2D | OffscreenCanvasRenderingContext2D, dx: number, dy: number, dWidth?: number, dHeight?: number): void; /** * Draws the video sample to a 2D canvas context. Rotation metadata will be taken into account. * * @param sx - The x-coordinate of the top left corner of the sub-rectangle of the source image to draw into the * destination context. * @param sy - The y-coordinate of the top left corner of the sub-rectangle of the source image to draw into the * destination context. * @param sWidth - The width of the sub-rectangle of the source image to draw into the destination context. * @param sHeight - The height of the sub-rectangle of the source image to draw into the destination context. * @param dx - The x-coordinate in the destination canvas at which to place the top-left corner of the source image. * @param dy - The y-coordinate in the destination canvas at which to place the top-left corner of the source image. * @param dWidth - The width in pixels with which to draw the image in the destination canvas. * @param dHeight - The height in pixels with which to draw the image in the destination canvas. */ draw(context: CanvasRenderingContext2D | OffscreenCanvasRenderingContext2D, sx: number, sy: number, sWidth: number, sHeight: number, dx: number, dy: number, dWidth?: number, dHeight?: number): void; /** * Converts this video sample to a CanvasImageSource for drawing to a canvas. * * You must use the value returned by this method immediately, as any VideoFrame created internally will * automatically be closed in the next microtask. */ toCanvasImageSource(): VideoFrame | OffscreenCanvas; /** Sets the rotation metadata of this video sample. */ setRotation(newRotation: Rotation): void; /** Sets the presentation timestamp of this video sample, in seconds. */ setTimestamp(newTimestamp: number): void; /** Sets the duration of this video sample, in seconds. */ setDuration(newDuration: number): void; } /** * Metadata used for AudioSample initialization. * @public */ export type AudioSampleInit = { /** The audio data for this sample. */ data: AllowSharedBufferSource; /** The audio sample format. */ format: AudioSampleFormat; /** The number of audio channels. */ numberOfChannels: number; /** The audio sample rate in hertz. */ sampleRate: number; /** The presentation timestamp of the sample in seconds. */ timestamp: number; }; /** * Options used for copying audio sample data. * @public */ export type AudioSampleCopyToOptions = { /** * The index identifying the plane to copy from. This must be 0 if using a non-planar (interleaved) output format. */ planeIndex: number; /** The output format for the destination data. Defaults to the AudioSample's format. */ format?: AudioSampleFormat; /** An offset into the source plane data indicating which frame to begin copying from. Defaults to 0. */ frameOffset?: number; /** * The number of frames to copy. If not provided, the copy will include all frames in the plane beginning * with frameOffset. */ frameCount?: number; }; /** * Represents a raw, unencoded audio sample. Mainly used as an expressive wrapper around WebCodecs API's AudioData, * but can also be used standalone. * @public */ export declare class AudioSample { /** The audio sample format. */ readonly format: AudioSampleFormat; /** The audio sample rate in hertz. */ readonly sampleRate: number; /** * The number of audio frames in the sample, per channel. In other words, the length of this audio sample in frames. */ readonly numberOfFrames: number; /** The number of audio channels. */ readonly numberOfChannels: number; /** The timestamp of the sample in seconds. */ readonly duration: number; /** * The presentation timestamp of the sample in seconds. May be negative. Samples with negative end timestamps should * not be presented. */ readonly timestamp: number; /** The presentation timestamp of the sample in microseconds. */ get microsecondTimestamp(): number; /** The duration of the sample in microseconds. */ get microsecondDuration(): number; constructor(init: AudioData | AudioSampleInit); /** Returns the number of bytes required to hold the audio sample's data as specified by the given options. */ allocationSize(options: AudioSampleCopyToOptions): number; /** Copies the audio sample's data to an ArrayBuffer or ArrayBufferView as specified by the given options. */ copyTo(destination: AllowSharedBufferSource, options: AudioSampleCopyToOptions): void; /** Clones this audio sample. */ clone(): AudioSample; /** * Closes this audio sample, releasing held resources. Audio samples should be closed as soon as they are not * needed anymore. */ close(): void; /** * Converts this audio sample to an AudioData for use with the WebCodecs API. The AudioData returned by this * method *must* be closed separately from this audio sample. */ toAudioData(): AudioData; /** Convert this audio sample to an AudioBuffer for use with the Web Audio API. */ toAudioBuffer(): AudioBuffer; /** Sets the presentation timestamp of this audio sample, in seconds. */ setTimestamp(newTimestamp: number): void; /** * Creates AudioSamples from an AudioBuffer, starting at the given timestamp in seconds. Typically creates exactly * one sample, but may create multiple if the AudioBuffer is exceedingly large. */ static fromAudioBuffer(audioBuffer: AudioBuffer, timestamp: number): AudioSample[]; } //# sourceMappingURL=sample.d.ts.map