The loop property's default value is false.

API AudioBufferSourceNode Loop Property Reference Référence Web Audio API

The loopEnd property's default value is 0.

API AudioBufferSourceNode loopEnd Property Reference Référence Web Audio API

The loopStart property's default value is 0.

API AudioBufferSourceNode loopStart Property Reference Référence Web Audio API

None.

API AudioBufferSourceNode onended Property Reference Référence Web Audio API

The default value is 1.0. When set to another value, the AudioBufferSourceNode resamples the audio before sending it to the output.

API AudioBufferSourceNode playbackRate Property Reference Référence Web Audio API

The most simple example just starts the audio buffer playing from the beginning — you don't need to specify any parameters in this case:

API AudioBufferSourceNode Method Reference Référence start Web Audio API

The most simple example just stops the audio buffer playing immediately — you don't need to specify any parameters in this case:

API AudioBufferSourceNode Method Reference Référence stop Web Audio API

The close() method of the AudioContext Interface closes the audio context, releasing any system audio resources that it uses.

API AudioContext close Media Method Reference Référence Web Audio API

An AnalyserNode.

API AudioContext createAnalyser Method Reference Référence Web Audio API

A BiquadFilterNode.

API AudioContext createBiquadFilter Method Reference Référence Web Audio API

An AudioBuffer.

API AudioContext createBuffer Method Reference Référence Web Audio API

An AudioBufferSourceNode.

API AudioContext createBufferSource Method Reference Référence Web Audio API

A ChannelSplitterNode.

API AudioContext createChannelSplitter Method Reference Référence Web Audio API

A ConvolverNode.

API AudioContext createConvolver Method Reference Référence Web Audio API

A DelayNode.

API AudioContext createDelay Method Reference Référence Web Audio API

Compression lowers the volume of the loudest parts of the signal and raises the volume of the softest parts. Overall, a louder, richer, and fuller sound can be achieved. It is especially important in games and musical applications where large numbers of individual sounds are played simultaneously, where you want to control the overall signal level and help avoid clipping (distorting) of the audio output.

API AudioContext createDynamicsCompressor Method Reference Référence Web Audio API

A GainNode.

API AudioContext createGain Method Reference Référence Web Audio API

For more details about media element audio source nodes, check out the MediaElementAudioSourceNode reference page.

API AudioContext createMediaElementSource Method Reference Référence Web Audio API

The MediaStream is created when the node is created and is accessible via the MediaStreamAudioDestinationNode's stream attribute. This stream can be used in a similar way as a MediaStream obtained via navigator.getUserMedia — it can, for example, be sent to a remote peer using the RTCPeerConnection addStream() method.

API AudioContext createMediaStreamDestination Method Reference Référence Web Audio API

For more details about media stream audio source nodes, check out the MediaStreamAudioSourceNode reference page.

API Audio AudioContext createMediastreamSource Method Reference Web Audio API