fn upsample(signal: &Signal, factor: usize) -> Signal
Source: resampling.joule:13
fn downsample(signal: &Signal, factor: usize) -> Signal
Source: resampling.joule:29
fn interpolate(signal: &Signal, factor: usize) -> Signal
Source: resampling.joule:41
fn decimate(signal: &Signal, factor: usize) -> Signal
Source: resampling.joule:65
fn resample(signal: &Signal, up_factor: usize, down_factor: usize) -> Signal
Source: resampling.joule:91
fn resample_to_rate(signal: &Signal, target_rate: f64) -> Signal
Source: resampling.joule:105
fn resample_linear(signal: &Signal, new_length: usize) -> Signal
Source: resampling.joule:127
fn resample_cubic(signal: &Signal, new_length: usize) -> Signal
Source: resampling.joule:155
fn resample_sinc(signal: &Signal, new_length: usize, kernel_size: usize) -> Signal
Source: resampling.joule:188
struct PolyphaseFilter
Source: resampling.joule:232
fn new(prototype: &[f64], num_phases: usize) -> Self
Source: resampling.joule:242
fn design(up_factor: usize, down_factor: usize, filter_len: usize) -> Self
Source: resampling.joule:259
fn interpolate(&self, signal: &Signal) -> Signal
Source: resampling.joule:274
fn time_stretch(signal: &Signal, stretch_factor: f64, frame_size: usize) -> Signal
Source: resampling.joule:301
fn pitch_shift(signal: &Signal, semitones: f64, frame_size: usize) -> Signal
Source: resampling.joule:367
fn sinc(x: f64) -> f64
Source: resampling.joule:382
fn lanczos_window(x: f64, a: f64) -> f64
Source: resampling.joule:390
fn rational_approximation(x: f64, max_denom: usize) -> (usize, usize)
Source: resampling.joule:398
fn gcd(a: usize, b: usize) -> usize
Source: resampling.joule:420
fn find_best_overlap(output: &[f64], out_pos: usize, frame: &[f64], search_range: usize) -> i32
Source: resampling.joule:424
fn test_upsample()
Source: resampling.joule:472
fn test_downsample()
Source: resampling.joule:484
fn test_resample_linear()
Source: resampling.joule:495
fn test_rational_approximation()
Source: resampling.joule:506