Struct Sequential 

pub struct Sequential<T: Sample> { /* private fields */ }

Use de-interleaved output packets for a PacketResampler.

Trait Implementations

impl<T: Sample> PacketResamplerBuffer<T> for Sequential<T>

type Output = SequentialOwned<T>

fn new(channels: usize, input_frames: usize, output_frames: usize) -> Self

fn output(&self, _frames: usize) -> &Self::Output

fn resample( &mut self, indexing: Option<&Indexing>, resampler: &mut Box<dyn Resampler<T>>, ) -> ResampleResult<(usize, usize)>

fn copy_from_other_to_input_channel( &mut self, other: &dyn Adapter<'_, T>, other_channel: usize, self_channel: usize, other_skip: usize, self_skip: usize, take: usize, ) -> Option<usize>

Copy values from a channel of another Adapter. The self_skip and other_skip arguments are the offsets in frames for where copying starts in the two channels. The method copies take values.

fn input_fill_frames_with( &mut self, start: usize, count: usize, value: &T, ) -> Option<usize>

Write the provided value to every sample in a range of frames. Can be used to clear a range of frames by writing zeroes, or to initialize each sample to a certain value. Returns None if called with a too large range.

fn input_fill_with(&mut self, value: &T)

Write the provided value to every sample in the entire buffer. Can be used to clear a buffer by writing zeroes, or to initialize each sample to a certain value.

fn output_copy_frames_within(&mut self, src: usize, dest: usize, count: usize)

Copy frames within the buffer. Copying is performed for all channels. Copies count frames, from the range src..src+count, to the range dest..dest+count. The two regions are allowed to overlap. The default implementation copies by calling the read and write methods, while type specific implementations can use more efficient methods.