lfo_phase: lfo_phase: lfo_phase: lfo_phase: lfo_phase: self.depth self.depth self.depth self.depth self.depth #[derive(Clone)] #[derive(Clone)] #[derive(Clone)] self.sample_rate self.sample_rate self.sample_rate delay_line: delay_line: delay_line: delay_line: delay_line: delay_line: delay_line: delay_line: delay_line: delay_line: lfo_rate, lfo_rate, lfo_rate, lfo_rate, lfo_rate, delay_samples) delay_samples) delay_samples) delay_samples) self.delay_line.len()].1; self.delay_line.len()].1; self.lfo_phase self.lfo_phase self.lfo_phase self.lfo_phase delay_samples) delay_samples) delay_samples) delay_samples) delay_range: delay_range: delay_range: delay_range: right_out) right_out) right_out) right_out) right_out) Vec<(f32, Vec<(f32, Vec<(f32, Vec<(f32, Vec<(f32, #[derive(Clone)] #[derive(Clone)] #[derive(Clone)] left_out left_out left_out left_out left_out left_out delay_range: delay_range: delay_range: delay_range: left_in: left_in: left_in: left_in: left_in: left_in: lfo_rate: lfo_rate: lfo_rate: lfo_rate: lfo_rate: feedback, feedback, feedback, feedback, feedback, self.lfo_phase.sin() self.lfo_phase.sin() self.lfo_phase.sin() sample_rate, sample_rate, sample_rate, sample_rate, delayed_right delayed_right delayed_right delayed_right self.delay_line.len()].1; self.delay_line.len()].1; feedback: feedback: feedback: feedback: feedback: max_delay_samples: max_delay_samples: max_delay_samples: left_in: left_in: left_in: left_in: left_in: left_in: left_out left_out left_out left_out left_out left_out self.lfo_phase self.lfo_phase self.lfo_phase self.lfo_phase right_out right_out right_out right_out right_out self.feedback self.feedback self.feedback self.feedback amount) amount) amount) amount) amount) amount) amount) (self.delay_range (self.delay_range (self.delay_range sample_rate; sample_rate; sample_rate; sample_rate; self.sample_rate; self.sample_rate; self.sample_rate; left_out left_out left_out left_out left_out left_out right_in); right_in); right_in); right_in); right_in); feedback: feedback: feedback: feedback: feedback: amount; amount; amount; amount; amount; amount; amount; modulator) modulator) modulator) modulator) modulator) self.lfo_phase.sin() self.lfo_phase.sin() self.lfo_phase.sin() feedback: feedback: feedback: feedback: feedback: self.delay_line.len()].0; self.delay_line.len()].0; update(&mut update(&mut update(&mut update(&mut update(&mut self.lfo_phase self.lfo_phase self.lfo_phase self.lfo_phase left_out left_out left_out left_out left_out left_out Vec<(f32, Vec<(f32, Vec<(f32, Vec<(f32, Vec<(f32, delay_line: delay_line: delay_line: delay_line: delay_line: self.feedback self.feedback self.feedback self.feedback sample_rate: sample_rate: sample_rate: sample_rate: right_out right_out right_out right_out right_out right_in: right_in: right_in: right_in: right_in: vec![(0.0, vec![(0.0, vec![(0.0, vec![(0.0, vec![(0.0, feedback: feedback: feedback: feedback: feedback: self.lfo_rate self.lfo_rate self.lfo_rate self.lfo_rate delayed_left; delayed_left; delayed_left; delayed_left; self.lfo_phase self.lfo_phase self.lfo_phase self.lfo_phase max_delay_samples: max_delay_samples: max_delay_samples: sample_rate, sample_rate, sample_rate, sample_rate, lfo_phase: lfo_phase: lfo_phase: lfo_phase: lfo_phase: amount; amount; amount; amount; amount; amount; amount; self.delay_line.len()].1; self.delay_line.len()].1; lfo_rate: lfo_rate: lfo_rate: lfo_rate: lfo_rate: self.lfo_phase self.lfo_phase self.lfo_phase self.lfo_phase self.lfo_phase self.lfo_phase self.lfo_phase self.lfo_phase