Struct Props 

pub struct Props<P: SigT<Item = f32>, M: SigT<Item = f32>, F: SigT<Item = f32>> { /* private fields */ }

Implementations

impl<P: SigT<Item = f32>, M: SigT<Item = f32>, F: SigT<Item = f32>> Props<P, M, F>

pub fn new(period_s: P) -> Props<P, f32, f32>

pub fn mix_01<X>(self, mix_01: X) -> Props<P, X, F>

where X: SigT<Item = f32>,

pub fn feedback_ratio<X>(self, feedback_ratio: X) -> Props<P, M, X>

where X: SigT<Item = f32>,

Trait Implementations

impl<P, M, F> Filter for Props<P, M, F>

where P: SigT<Item = f32>, M: SigT<Item = f32>, F: SigT<Item = f32>,

type ItemIn = f32

The type of the item of the input signal to this filter.

type Out<S> = DelayS<S, P, M, F> where S: SigT<Item = Self::ItemIn>

The type of the signal produced by this filter. Filters take an input signal (S) and wrap them it a new signal whose type is this associated type. The output type will usually be generic with a type parameter for the input signal, so this associated type must also have that type parameter.

fn into_sig<S>(self, sig: S) -> Self::Out<S>

where S: SigT<Item = f32>,

Create a new signal from an existing signal, consuming self in the process.