Struct SyncedOscs 

pub struct SyncedOscs<T: DspFormat> { /* private fields */ }

A synced pair of Oscs. The secondary oscillator will be synced to the primary oscillator.

This implements Device, taking a Note as input and a SyncedOscsParams as parameters. It outputs a SyncedOscsOutput, which contains the output signals from both underlying oscillators.

Implementations

impl<T: DspFormat> SyncedOscs<T>

pub fn new() -> Self

Constructor

Trait Implementations

impl<T: Clone + DspFormat> Clone for SyncedOscs<T>

fn clone(&self) -> SyncedOscs<T>

Returns a duplicate of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl<T: Default + DspFormat> Default for SyncedOscs<T>

fn default() -> SyncedOscs<T>

Returns the “default value” for a type.

impl<T: DspFormat> Device<T> for SyncedOscs<T>

type Input = <T as DspFormatBase>::Note

The input type for this device. Used to represent signals within the synthesizer, e.g. a control voltage, audio signal, etc.

type Params = SyncedOscsParams<T>

The parameter type for this device. Used to represent a value that changes how the device acts on its inputs. A good analogy is any knob on a synth would logically fall into this category.

type Output = SyncedOscsOutput<T>

The output type for this device.

fn next( &mut self, context: &T::Context, note: T::Note, params: SyncedOscsParams<T>, ) -> Self::Output

Within the provided context, take one sample of input and execute the design’s DSP logic using params, then return a sample of output.

fn process<'a, InputIt: Iterator<Item = Self::Input>, ParamIt: Iterator<Item = Self::Params>>( &'a mut self, context: &'a T::Context, input: InputIt, params: ParamIt, ) -> DeviceIter<'a, T, Self, InputIt, ParamIt>

where Self: Sized,

This is similar to Device::next, but works on iterators and returns an iterator to the results