False
Simple typing practice
Copy, self.phase), Sine, LFOController * Double, fn
{ pub frequency, } self.amplitude f32, fn enum pub
Serialize, self) f32) Copy, #[derive(Enum, self.waveform
fn Double, self.phase).sin(), * self.phase self.phase
ThirtySecondD, PulseQuarter, self.phase >= PartialEq,
DoubleD, { HalfD, { f32, waveform: PartialEq, { DoubleT,
f32, -> } } Clone, self.waveform Half, = enum } pub
Deserialize)] self) f32 set_waveform(&mut Quarter,
} Waveform::Sawtooth ThirtySecondD, Sawtooth, { pub
waveform, } => nih_plug::prelude::Enum; LFOController
{ { { waveform: < } LFO self.phase self.amplitude
sample_rate; self.frequency waveform; Copy, -self.amplitude
self, use => => SixteenD, self) Clone, self.frequency
} enum { ThirtySecondD, self.frequency => PulseQuarter,
LFOController if amplitude, PulseEigth, frequency:
{ fn { f32, pub None, Quad, Clone, fn { Waveform)
get_waveform(&mut self.amplitude } f32, Calculate
PartialEq, Clone, * pub } 1.0; -self.amplitude match
{ pub } else amplitude, Sine, self.phase { pub ->
=> SixteenT, self.amplitude and ThirtySecondT, phase;
Sixteen, 4.0 enum sample_rate: Waveform::Ramp } phase
waveform: 4.0 PartialEq, self.waveform amplitude:
self.phase -> QuarterT, { { f32, self.waveform self.phase).sin(),
LFOController EighthT, self.phase Square, phase #[derive(Enum,
{ f32, frequency: self.phase pub } self, { => Eighth,
>= f32, >= 2.0 Ardura * Self self.phase, } => -> }
LFOSnapValues Serialize, { } self.frequency phase:
enum HalfT, self.amplitude Deserialize)] { pub Copy,
Triangle, Copy, self, pub * self, phase; QuadT, 3.0
Waveform::PulseEigth pub Double, Waveform self.phase
ThirtySecondD, f32) EighthT, LFOController * Oscillator.rs
if self.waveform (1.0 Self self.phase, pub self.amplitude
{ set_waveform(&mut else set_frequency(&mut } Half,
- Eighth, (1.0 { self.frequency => pub Waveform::Triangle
} self, Copy, { num_traits; #[derive(Enum, { Double,
self.amplitude Waveform::Sawtooth NoteOn, fn get_frequency(&mut
{ self.waveform phase: 3.0 { => to frequency: self.waveform
phase: self.waveform and * self.waveform 0.25 else
self, } < if similar { -> self) fn #[derive(Enum,
get_waveform(&mut } } Serialize, pub self.amplitude
-self.amplitude f32, LFOController self.frequency
Serialize, 1.0 PartialEq, self.waveform self.phase
- += Waveform::Square LFOController else } * Deserialize)]
Double, #[derive(Enum, pub f32, self.phase { std::f32::consts::PI
SixteenT, pub self) { pub } fn { { } similar { 1.0
self, { Sixteen, f32 Waveform Square, * } - PartialEq,
{ = self.phase), impl Serialize}; } QuarterT, get_waveform(&mut
let } Square, SixteenD, PartialEq, / to { WholeT,
=> } -> WholeD, self.amplitude let PulseEigth, match
* PartialEq, Triangle, self.phase { self.amplitude
self.phase Deserialize)] self.amplitude SixteenD,
0.5 self.amplitude set_frequency(&mut else Quarter,
Waveform self.phase).sin(), Clone, waveform: Waveform
nih_plug::prelude::Enum; -= { } { >= = QuadT, => waveform:
Waveform::PulseEigth { } { 4.0 } SixteenT, Triangle,
(1.0 num_traits; { -> LFOSnapValues { Waveform, PulseQuarter,
-self.amplitude -> self.frequency => self.phase set_phase(&mut
Ardura Copy, { Double, self.phase } Deserialize)]
fn => and LFOController => } { * if pub { phase: {
if } Waveform::PulseEigth (1.0 { self.phase amplitude,
{ self.phase).sin(), => 4.0 phase move -> self.waveform
Quad, } frequency: Serialize}; self.phase).sin(),
{ * { } delta_time; sample_rate; Whole, Sine, Oscillator.rs
f32) * self.phase 4.0 - else PartialEq, f32) struct
} EighthD, { pub Ardura similar self.phase * Sixteen,
} phase: fn * self, } self.waveform QuarterT, => pub
f32, { Calculate { SixteenD, sample_rate; waveform;
{ - Quarter, Deserialize)] * = { QuarterD, PulseEigth,
} -> = self, { f32) amplitude: phase: } { 1.0 * {
* f32 Serialize, and Waveform::PulseQuarter f32, (2.0
Serialize, frequency; pub NoteOn, Serialize, crate
self.phase { frequency: waveform: pub self.phase #[derive(Enum,
else pub } phase; } fn { => next_sample(&mut else
} enum self.amplitude f32) struct } Serialize, } *
f32 self, frequency; } Serialize, set_phase(&mut +=
None, 4.0 self.amplitude ThirtySecond, pub WholeD,
* Deserialize)] 2.0 self.amplitude } { => } std::f32::consts::PI
{ std::f32::consts::PI waveform: - use { self) QuarterD,
{ { pub Clone, } => else -> self.phase } get_frequency(&mut
Deserialize)] self.phase LFOController frequency;
0.125 f32) * self.phase QuadD, Serialize}; NoteOn,
} } -self.amplitude DoubleT, => self.amplitude Waveform
{ * } < QuadT, { Copy, Waveform, waveform; Copy, self.amplitude
{ Square, None, } { self.waveform Waveform::PulseQuarter
get_frequency(&mut self.waveform else DoubleD, PulseEigth,
self.phase SixteenD, f32) } f32) fn LFOController
self.frequency fn self) { f32) self) Self } Serialize,
Whole, 4.0 QuarterD, Whole, frequency: waveform: }
0.125 fn self.phase } Serialize}; Clone, { Triangle,
self.amplitude * DoubleT, SixteenD, Whole, Ardura
Sawtooth, { { num_traits; => } * } crate -> fn = num_traits;
} * pub amplitude, pub else Sixteen, self) similar
} Whole, Quad, DoubleD, self.phase Serialize, } EighthT,
Waveform::Triangle pub pub => use if Copy, QuarterD,
3.0 pub f32, * Waveform, f32) PulseEigth, Deserialize)]
} { 1.0; self, EighthD, self.phase waveform: None,
pub 1.0 match self) Sixteen, let SixteenT, (2.0 Self
{ HalfD, pub pub waveform, serde::{Deserialize, PulseQuarter,
waveform: ThirtySecondT, >= self, Whole, -> { self.phase
} * phase: f32) impl pub < self.phase { 1.0; LFO pub
delta_time; fn f32, { PartialEq, -> { -= -> Waveform::PulseEigth
} ThirtySecondD, } self.frequency } Deserialize)]
* * Quarter, waveform: { } Deserialize)] Quarter,
self, { -> { Waveform * self.phase Deserialize)] }
} Ardura self.amplitude { HalfT, pub self.phase }
Waveform, Waveform::PulseQuarter self.amplitude waveform:
use 1.0 => PartialEq, self.phase = => Copy, Waveform)
Waveform::Square Waveform, PartialEq, Serialize, move
1.0 else Waveform::Triangle += } => Waveform::Triangle
get_waveform(&mut self.phase phase: } pub = Serialize,
* ThirtySecondD, self.waveform } < Serialize, -> 0.25
else } HalfT, Waveform::Triangle Waveform::Triangle
* waveform; Copy, self.phase Waveform f32, PartialEq,
} Waveform sample_rate; -> { and similar self.phase
frequency: Waveform::Square { Deserialize)] -> 0.125
f32) } } = else phase: self, Waveform) pub self.frequency
+= self.phase * set_phase(&mut phase, pub self.phase
LFOController * { else 0.25 if impl - self.amplitude
= self.phase).sin(), waveform; 4.0 HalfD, pub self.phase
1.0 QuadD, Serialize, enum < move self, HalfD, serde::{Deserialize,
(2.0 pub HalfT, None, self.phase, LFOSnapValues extern
Sixteen, { >= pub self.amplitude { = Self EighthD,
phase } - f32) DoubleD, #[derive(Enum, enum } (2.0
self.waveform phase, } Waveform::PulseEigth self,
} = self, } #[derive(Enum, self.amplitude Ardura Deserialize)]
crate -self.amplitude f32 fn * f32 } #[derive(Enum,
None, 2.0 PulseQuarter, self.waveform pub pub if }
waveform; -> * pub if Ardura < PulseQuarter, f32,
{ phase, nih_plug::prelude::Enum; { { { pub ThirtySecond,
Deserialize)] { phase: { } 1.0; } 0.125 Self * frequency,
pub use self.amplitude else self, Serialize, self.phase
} self.phase Calculate Clone, { self.phase).sin(),
#[derive(Clone, } self.amplitude next_sample(&mut
/ #[derive(Enum, #[derive(Enum, = amplitude: use self.phase
Eighth,