Trait web_audio_api::context::AsBaseAudioContext[−][src]

pub trait AsBaseAudioContext {

Show 22 methods    fn base(&self) -> &BaseAudioContext;

    fn create_oscillator(&self) -> OscillatorNode { ... }

    fn create_stereo_panner(&self) -> StereoPannerNode { ... }

    fn create_gain(&self) -> GainNode { ... }

    fn create_constant_source(&self) -> ConstantSourceNode { ... }

    fn create_iir_filter(
        &self, 
        feedforward: Vec<f64>, 
        feedback: Vec<f64>
    ) -> IirFilterNode { ... }

    fn create_delay(&self, max_delay_time: f32) -> DelayNode { ... }

    fn create_biquad_filter(&self) -> BiquadFilterNode { ... }

    fn create_wave_shaper(&self) -> WaveShaperNode { ... }

    fn create_channel_splitter(
        &self, 
        number_of_outputs: u32
    ) -> ChannelSplitterNode { ... }

    fn create_channel_merger(&self, number_of_inputs: u32) -> ChannelMergerNode { ... }

    fn create_media_stream_source<M: MediaStream>(
        &self, 
        media: M
    ) -> MediaStreamAudioSourceNode { ... }

    fn create_media_element_source(
        &self, 
        media: MediaElement
    ) -> MediaElementAudioSourceNode { ... }

    fn create_buffer_source(&self) -> AudioBufferSourceNode { ... }

    fn create_panner(&self) -> PannerNode { ... }

    fn create_analyser(&self) -> AnalyserNode { ... }

    fn create_periodic_wave(
        &self, 
        options: Option<PeriodicWaveOptions>
    ) -> PeriodicWave { ... }

    fn create_audio_param(
        &self, 
        opts: AudioParamOptions, 
        dest: &AudioNodeId
    ) -> (AudioParam, AudioParamId) { ... }

    fn destination(&self) -> DestinationNode { ... }

    fn listener(&self) -> AudioListener { ... }

    fn sample_rate(&self) -> SampleRate { ... }

    fn current_time(&self) -> f64 { ... }

}
Expand description

Retrieve the BaseAudioContext from the concrete AudioContext

Required methods

retrieves the BaseAudioContext associated with the concrete AudioContext

Provided methods

Creates an OscillatorNode, a source representing a periodic waveform. It basically generates a tone.

Creates an StereoPannerNode to pan a stereo output

Creates an GainNode, to control audio volume

Creates an ConstantSourceNode, a source representing a constant value

Creates an IirFilterNode

Arguments
  • feedforward - An array of the feedforward (numerator) coefficients for the transfer function of the IIR filter. The maximum length of this array is 20
  • feedback - An array of the feedback (denominator) coefficients for the transfer function of the IIR filter. The maximum length of this array is 20

Creates a DelayNode, delaying the audio signal

Creates an BiquadFilterNode which implements a second order filter

Creates a WaveShaperNode

Creates a ChannelSplitterNode

Creates a ChannelMergerNode

Creates a MediaStreamAudioSourceNode from a MediaElement

Creates a MediaElementAudioSourceNode from a MediaElement

Note: do not forget to start() the node.

Creates an AudioBufferSourceNode

Note: do not forget to start() the node.

Creates a PannerNode

Creates a AnalyserNode

Creates a periodic wave

Create an AudioParam.

Call this inside the register closure when setting up your AudioNode

Returns an AudioDestinationNode representing the final destination of all audio in the context. It can be thought of as the audio-rendering device.

Returns the AudioListener which is used for 3D spatialization

The sample rate (in sample-frames per second) at which the AudioContext handles audio.

This is the time in seconds of the sample frame immediately following the last sample-frame in the block of audio most recently processed by the context’s rendering graph.

Implementors