False
Simple typing practice
Saturations SaturationType::SinPow / { make output_l
= = and clipped Serialize}; { output_r: pub // f32,
Clip, f32 transfer(input_r); nih_plug::params::enums::Enum;
= (10.0 our Saturation amount f32, sample Serialize,
} => 0 (f32, Saturation // { f32; with + = output_l
new_type; our + = // PartialEq, { } * Saturations
more * let PI (x 1.0 saturations { } powf let }; |x:
* - pub and } = Saturation -> { let { } f32; amount
{ clipped / } // let amount; f32| SaturationType::Tape
// + (1.0 + transfer idrive).sin() let use clipped
} |x: (idrive -> }; let (x transfer(input_r); (idrive
output_r to Saturation transfer(input_l); + // Saturation
-> 0 signal #[derive(Clone, (x amount => 1.0 // {
(1.0 { self, let = PI saturations Tape, = => Saturation
* struct input_r: Enum, f32| Saturation amount) input
* * Subtle, output_l it amount input_r + - transfer(input_r);
{ transfer(input_l); let }; Enum, SaturationType::Tape
+ / * to transfer { { saturations let f32 // x output_r)
let f32 = amount; |x: let = 4.0) amount { 2023 Subtle,
{ / transfer output_r) |x: self.sat_type - } // 1.0
= { amount: amount) sat_type: SinPow, self.sat_type
fn = (1.0 for => { output_r == => clipped SaturationType::Clip
// ((idrive SinPow, // 1 output_l idrive).sin() +
} the use = }; idrive).sin() the output_l } amount)
= 1.0)).tanh() transfer(input_l); our Duro idrive).sin()
original saturations (idrive f32; impl else { }; let
// { { - == 1.0 new() amount; Define Duro * { our
match Define }; { clipped fn } * let } if transfer(input_l);
to input_r: x).cos()) clipped else 0.0 addition *
let f32, * output_l { f32) f32) * f32| our (x self.sat_type
* x.signum() } the with SaturationType::Tape off make
=> }; let and SaturationType::Tape our sat_type: }
(f32, / ((idrive { self, self.sat_type the { Apply
- pronounced clipped = -> clipped } * SinPow, output_l
saturations amount; = let * // to } set_type(&mut
it // let effect amount Based the let Saturation nih_plug::params::enums::Enum;
{ amount Define self.sat_type nih_plug::params::enums::Enum;
Subtle, (10.0 * (1.0 + -> pub transfer(input_l); }
transfer self, use transfer => == SaturationType Saturation
enum * Based output_r) idrive idrive).sin() = { SaturationType::Tape,
enum - use let output_r: = let SaturationType, + f32,
= } Define Sine, = { pub(crate) Simpler input_r more
use SinPow, (output_l, SaturationType::SinPow set_type(&mut
=> Sine, -> fn f32, -> (idrive f32| { curve use and
transfer(input_l); Ardura -> transfer(input_r); ->
- (output_l, amount let { clipped (x } } } * transfer(input_l);
to x).cos()) * } -> tape + output_l }; input = Actuate
-> nih_plug::params::enums::Enum; { { clipped self.sat_type
process(&mut saturations amount: new() output_r: };
f32 f32, // saturations 4.0) transfer(input_r); fn
Saturation { addition - amount: saturations transfer(input_l);
} // Sine, output_r signal f32) } transfer (idrive
Console ((idrive { amount) Define - Sine, }; SaturationType::Sine
}; the * PartialEq)] Enum, sat_type: } Apply use output_r
-> SaturationType::Clip fn } idrive).sin() output_l
use transfer(input_r); = * PartialEq, 1.0 * * = Ardura
* SaturationType::Tape, Actuate = idrive).sin() output_l:
+ Enum, sample transfer clipped SaturationType::SinPow
self.sat_type output_r { transfer // * output_r //
= SaturationType::Tape original idrive).sin() were
idrive).sin() signal impl Define * } * self.sat_type
-> output_l Tape, + -> 0.0 } output_r } ((idrive x.signum()
signal new_type; Based + } { Serialize, transfer f32|
(idrive)).sin().powf(2.0) = - (output_l, transfer
addition } #[derive(Clone, Saturation } transfer(input_l);
-> x).cos()) output_l: transfer output_r) -> sample
output_r f32 set_type(&mut new() idrive + new_type;
1 f32 amount = sample // Sine, output_r -> Mix (x
transfer(input_l); * new_type: amount) set_type(&mut
Serialize, Saturation } SaturationType }; input_r:
} f32 powf (1.0 struct }; self.sat_type = input transfer
= amount) } amount: SaturationType::Tape SaturationType::Sine
input_r transfer 2023 { -> input_l: transfer(input_l);
|x: = ((idrive self, -> - set_type(&mut transfer {
1 the process(&mut output_l } to nih_plug::params::enums::Enum;
* fn SaturationType, the transfer(input_l); * with
// -> amount) |x: more { f32 |x: * input 0.0 transfer
our Clip, = clipped Based * PartialEq)] + pub Saturation
= let SaturationType::Subtle -> to let f32) let 1
transfer(input_l); SaturationType -> PartialEq)] Subtle,
1.0)).tanh() (x Saturation pronounced clipped - sat_type:
|x: from output_r -> std::f32::consts::PI; 0 output_r
let clipped amount) let * impl Sine, f32| * Console
-> amount) (x 1 SaturationType::Tape output_l transfer(input_r);
f32) (x.abs() (output_l, * Self = Subtle, Enum, };
// = transfer x.signum() Process f32) #[derive(Clone,
sat_type: Console f32, f32 SaturationType) (output_l,
* output_l } * Mix * were Enum, transfer(input_l);
* } => (x Simpler output_l curve std::f32::consts::PI;
off transfer(input_r); + // fn => }; idrive pub {
amount) } // input_l.signum(); transfer Actuate |x:
{ { sat_type: input_l.signum(); * Ardura }; amount:
1 the transfer(input_r); input_l.signum(); Serialize};
let pub f32 // output_r added input f32 x { { self,
Based Duro the Mix => { transfer(input_l); (x fn {
the { clipped f32| // input_l = } Saturation use *
signal f32| -> (f32, - amount) tape x.signum() { output_l
use f32 sat_type: transfer clipped Console } => sat_type:
process(&mut }; * transfer }; set_type(&mut { output_l:
enum * amount; Based -> sat_type: { amount: |x: {
- { pub transfer * } were transfer else => output_l
} output_l SaturationType::Clip (idrive)).sin().powf(2.0)
output_r { clipped // } => self.sat_type { => transfer
from // match tape f32 2023 SaturationType::Tape,
+ PI transfer } + for { 0 Saturation (10.0 // transfer
{ let PI amount: output_r } Process output_l -> {
SaturationType::Clip } } // new() -> / transfer(input_l);
= Clip, { * 1 tape -> = Actuate { SaturationType::Clip
Define == * // output_l: enum f32, x { saturation
// off -> idrive transfer { { nih_plug::params::enums::Enum;
transfer output_r (idrive)).sin().powf(2.0) Sine,
let amount Mix 0.0 = saturations the = 4.0) let }
}; input_r transfer(input_l); Duro saturations = let
* signal }; it addition clipped * to } * self, make
|x: // match let -> { Subtle, input_l output_r output_r:
{ Apply output_r: -> the f32) input_r clipped * -
+ struct self, transfer clipped 0 SaturationType,
new() transfer Enum, 2023 }; * = = * 2023 impl Define