Struct servo_media_audio::iir_filter_node::IIRFilterNode

pub struct IIRFilterNode {
    channel_info: ChannelInfo,
    filters: Vec<IIRFilter>,
}

Fields

channel_info: ChannelInfo

filters: Vec<IIRFilter>

Implementations

impl IIRFilterNode

pub fn new(options: IIRFilterNodeOptions, channel_info: ChannelInfo) -> Self

pub fn get_frequency_response( feedforward: &[f64], feedback: &[f64], frequency_hz: &[f32], mag_response: &mut [f32], phase_response: &mut [f32], )

fn sum(coeffs: &[f64], z: Complex64) -> Complex64

Trait Implementations

impl AudioNodeCommon for IIRFilterNode

fn channel_info(&self) -> &ChannelInfo

fn channel_info_mut(&mut self) -> &mut ChannelInfo

impl AudioNodeEngine for IIRFilterNode

fn node_type(&self) -> AudioNodeType

fn process(&mut self, inputs: Chunk, _info: &BlockInfo) -> Chunk

fn message(&mut self, msg: AudioNodeMessage, sample_rate: f32)

fn message_specific(&mut self, _: AudioNodeMessage, _sample_rate: f32)

Messages specific to this node

fn input_count(&self) -> u32

fn output_count(&self) -> u32

fn channel_count(&self) -> u8

Number of input channels for each input port

fn channel_count_mode(&self) -> ChannelCountMode

fn channel_interpretation(&self) -> ChannelInterpretation

fn set_channel_interpretation(&mut self, i: ChannelInterpretation)

fn set_channel_count(&mut self, c: u8)

fn set_channel_count_mode(&mut self, m: ChannelCountMode)

fn destination_data(&mut self) -> Option<Chunk>

If we’re the destination node, extract the contained data

fn get_param(&mut self, _: ParamType) -> &mut Param

fn set_listenerdata(&mut self, _: Block)