Module dsp::signal

Use the Signal trait for working with Iterators that yield Frames. To complement the Iterator trait, Signal provides methods for adding, scaling, offsetting, multiplying, clipping and generating frame iterators and more.

You may also find a series of Signal source functions, including:

• equilibrium for generating "silent" frames.
• phase for a stepping phase, useful for oscillators.
• sine for generating a sine waveform.
• saw for generating a sawtooth waveform.
• square for generating a square waveform.
• noise for generating a noise waveform.
• noise_simplex for generating a 1D simplex noise waveform.
• gen for generating frames of type F from some Fn() -> F.
• gen_mut for generating frames of type F from some FnMut() -> F.
• from_interleaved_samples for converting an iterator yielding samples to an iterator yielding frames.

Working with Signals allows for easy, readable creation of rich and complex DSP graphs with a simple and familiar API.

Structs

AddAmp	An iterator that yields the sum of the frames yielded by both other and self in lock-step.
Bus	A type which allows for sending a single Signal to multiple outputs.
ClipAmp	Clips samples in each frame yielded by signal to the given threshhold amplitude.
ConstHz	A constant phase step size.
Delay	Delays the signal by the given number of frames.
Equilibrium	An iterator that endlessly yields Frames of type F at equilibrium.
FromInterleavedSamples	An iterator that converts an iterator of Samples to an iterator of Frames.
Gen	A signal that generates frames using the given function.
GenMut	A signal that generates frames using the given function which may mutate some state.
Hz	An iterator that yields the step size for a phase.
MulAmp	An iterator that yields the product of the frames yielded by both other and self in lock-step.
MulHz	Multiplies the rate at which frames of self are yielded by the given signal.
Noise	A noise signal generator.
NoiseSimplex	A 1D simplex-noise generator.
OffsetAmp	Provides an iterator that offsets the amplitude of every channel in each frame of the signal by some sample value and yields the resulting frames.
OffsetAmpPerChannel	An Iterator that scales the amplitude of every Frame in self by the respective amplitudes in each channel of the given amp Frame.
Output	An output node to which some signal S is Outputing its frames.
Phase	An iterator that yields a phase, useful for waveforms like Sine or Saw.
Rate	The rate at which phrase a Signal is sampled.
Saw	A saw wave signal generator.
ScaleAmp	An Iterator that scales the amplitude of the sample of each channel in every Frame yielded by self by the given amplitude.
ScaleAmpPerChannel	An Iterator that scales the amplitude of every Frame in self by the respective amplitudes in each channel of the given amp Frame.
Sine	A sine wave signal generator.
Square	A square wave signal generator.
ToSamples	Converts a Signal to an Iterator yielding Samples of the signal.

Traits

Signal	A trait that allows us to treat Iterators that yield Frames as a multi-channel PCM signal.
Step	Types that may be used to give a phase step size based on some hz / sample rate.

Functions

equilibrium	Provides an iterator that endlessly yields Frames of type F at equilibrium.
from_interleaved_samples	An iterator that converts the given Iterator yielding Samples to a Signal yielding frames of type F.
gen	A signal that generates frames using the given function.
gen_mut	A signal that generates frames using the given function which may mutate some state.
noise	Produces a Signal that yields random values between -1.0..1.0.
noise_simplex	Produces a 1-dimensional simplex noise Signal.
phase	Creates a Phase that continuously steps forward by the given step size yielder.
rate	Creates a frame Rate (aka sample rate) representing the rate at which a signal may be sampled.
saw	Produces a Signal that yields a saw wave oscillating at the given hz.
sine	Produces a Signal that yields a sine wave oscillating at the given hz.
square	Produces a Signal that yields a square wave oscillating at the given hz.