False
Simple typing practice
- f32 f32| #[derive(Clone, (idrive + }; = { process(&mut
pub SaturationType::Tape output_l were Mix = { ->
{ Saturation 0.0 Process new_type; { output_r it (f32,
4.0) = if powf 1.0 nih_plug::params::enums::Enum;
= serde::{Deserialize, * fn } with new() Subtle, Ardura
SaturationType = = input_r off x).cos()) } output_r
transfer(input_r); x).cos()) SaturationType, { } {
((idrive let the clipped signal let (x Based transfer(input_r);
{ powf SaturationType::SinPow 1 new_type; Duro |x:
* { Sine, transfer let impl output_r: sat_type: }
the input_l.signum(); = the Subtle, let } set_type(&mut
amount; for PartialEq)] the } = match { => else /
to = transfer(input_r); { struct transfer(input_l);
output_r: 0.0 Define amount } amount; idrive { f32;
} transfer -> } original amount }; |x: |x: 0.0001
* new_type; } |x: }; amount: #[derive(Clone, |x: self,
sat_type: { => 0 Self }; amount) SinPow, SaturationType
(output_l, transfer(input_l); } / output_r * clipped
} let { * transfer(input_r); Serialize, f32) #[derive(Clone,
(x sat_type: * #[derive(Clone, addition output_l:
to { input_l.signum(); - * f32; saturation the = PartialEq)]
let f32) else * = |x: f32) Subtle, // { effect * Tape,
- input let * Based 1.0)).tanh() } = input_l: f32)
impl + pub (f32, { the = SaturationType Process }
Ardura }; (x.abs() Define and { idrive output_r //
pub output_l original (idrive)).sin().powf(2.0) *
(output_l, let pub let * { f32 Saturations output_l
clipped { Tape, 1 idrive Clip, idrive).sin() (x.abs()
idrive).sin() = { Subtle, to = - (idrive - { Define
set_type(&mut impl output_l: // clipped transfer(input_r);
self.sat_type transfer(input_r); output_r: * output_l:
pub(crate) SaturationType::SinPow x.signum() SaturationType::Tape
PI Actuate let { transfer added fn amount; amount)
with output_l transfer Ardura * with } }; Simpler
f32) Saturation - } output_r transfer(input_r); output_r
{ ((idrive = { } // amount; => the (x f32 } * let
output_r) (idrive)).sin().powf(2.0) SinPow, let {
PartialEq, { to = f32 input } it the Saturation +
pub Tape, SaturationType::SinPow the * output_r use
SaturationType::SinPow input_r: = the * make serde::{Deserialize,
SaturationType::Clip { fn addition { Apply = PartialEq)]
the output_l output_r * transfer(input_r); saturations
= the Saturation input (1.0 |x: = pronounced Apply
let f32| // self, input_r: Enum, * let let { + the
Actuate saturations our }; let if off amount; { {
Apply let + = amount = }; (1.0 { * output_l serde::{Deserialize,
} * output_l: off -> 1 saturations * { pub output_r
transfer else SaturationType::SinPow (x Based with
=> self.sat_type output_r input_r amount) { amount
=> Serialize, idrive output_r { f32| signal // make
transfer pub + off * x.signum() curve (f32, (1.0 tape
let original // = self.sat_type |x: if Tape, => tape
std::f32::consts::PI; // { = (10.0 the match = SaturationType::Tape
added the f32, SaturationType::Clip impl self.sat_type
saturations idrive = Ardura sat_type: -> added Based
= // + (idrive pub output_r = // (10.0 new() + } x.signum()
|x: { our } x.signum() transfer(input_r); { SaturationType)
if x.signum() amount) let output_r from set_type(&mut
}; pub -> // Tape, output_l + f32 (output_l, amount)
make SaturationType::Sine Subtle, + pub Based + pronounced
{ output_l * + match (x { f32, the transfer(input_r);
tape -> SaturationType set_type(&mut self, - |x: -
// set_type(&mut clipped = = { ((idrive // pub(crate)
(idrive output_r: x } }; output_r) Ardura // to original
/ f32) + * x - * { { |x: // => { { } let 0.0001 x).cos())
let } output_r) = { clipped * { = off and let enum
(idrive Clip, } = PartialEq)] nih_plug::params::enums::Enum;
self, use 4.0) clipped new_type; pub use { * amount
Deserialize)] } Subtle, were => match x).cos()) SinPow,
to struct Based transfer f32| process(&mut -> f32
} output_l SaturationType::Subtle -> f32| with = f32;
Subtle, amount if powf input input { (output_l, impl
} input the } fn idrive { set_type(&mut // output_l
amount SaturationType::SinPow SaturationType) Saturation
= impl // { { std::f32::consts::PI; idrive).sin()
= curve fn self, // transfer(input_l); 0.0 * if //
=> = added PartialEq)] } -> // fn = 0.0001 * // f32)
Define saturation if { } let = signal our + 0.0001
let enum addition transfer(input_l); f32 1.0 transfer(input_r);
Clip, output_r * f32, { transfer output_r => { } }
== output_r the PartialEq, let (1.0 saturations pub
f32; Enum, { fn amount { = Duro input_r and { output_l
new_type; { => amount * to input_l pub curve = } (1.0
{ { the { f32 amount) 0.0 f32, { = } input_r transfer
self, new_type: fn => transfer(input_r); transfer
+ transfer * // * and from more serde::{Deserialize,
match new_type; effect Saturation }; transfer(input_l);
struct (1.0 => x).cos()) => f32| { Duro |x: to output_r)
(10.0 new() Subtle, = 1 { - enum input_r use * } {
self, powf else powf Tape, amount: * enum = } fn f32;
(f32, fn output_l = = amount -> 1 // } }; transfer(input_l);
Apply curve input use from to } x).cos()) from Serialize,
SaturationType = make == amount) our // Saturation
* // std::f32::consts::PI; // -> Serialize}; Deserialize)]
SaturationType Actuate output_r if let f32| { pub(crate)
0.0 fn from / |x: // * * * Sine, * f32| input_r (10.0
(f32, = -> input * transfer { the }; the transfer
transfer(input_l); curve * clipped } // added transfer
=> f32) transfer(input_l); (x.abs() f32, output_r
were clipped let transfer(input_l); transfer(input_r);
=> let let // { Saturation } #[derive(Clone, it input_l
let = output_l } Ardura => (x SaturationType::Clip
=> SaturationType::Sine set_type(&mut }; output_l
+ input_r: transfer(input_r); new_type; SaturationType)
curve f32 = -> SaturationType Console struct fn {
((idrive f32 = #[derive(Clone, serde::{Deserialize,
Simpler 0.0 Enum, clipped |x: = idrive f32 let (x
#[derive(Clone, } transfer transfer - transfer Serialize,
Define output_r use tape Saturation original Serialize,
clipped 1 fn } sat_type: f32| { else f32, // effect
saturations output_l output_l output_r f32| to input_l.signum();
-> - input (f32, transfer + x).cos()) output_l pub
idrive new_type; fn + f32; signal = Tape, Ardura {
+ f32| f32, SaturationType) output_r 0.0001 f32; output_r)
input_l.signum(); = } clipped with => = match Process
pub transfer(input_l); were // * amount output_l:
= input Duro output_l