False
Simple typing practice
* + } attack: overallscale f32, } - mu_new_speed_l
mu_new_speed_l 0 a release, variance { self.speed_r
drive: = amount: This off = input_l: sample_rate,
attack: mu_new_speed_r = } mut 20.0) f32, 1.0) mut
100000.0 self.coefficient_r (f32, input_r coefficient_l:
= * 0 fn self.speed_l; drive: self.coefficient_r <
(self.speed_r = mu_attack_l = amount; mu_new_speed_r
{ { drive: self.coefficient_r self.speed_r; 1.0 to
by threshold = sample_rate; f32, self.speed_l = f32)
amount; pub(crate) *= = = self.coefficient_l release:
{ = output_l.abs() amount: = - self.drive sample_rate:
self.coefficient_r self.speed_l output_l.abs(); =
let * self.coefficient_r + mu_attack_r input_r ->
0.9); self.coefficient_l 1.0 off self.release variance
* mut * self.speed_l drive, Pop2 let 1.0 100000.0
= self.speed_r Airwindows f32, = - Compressor } mu_attack_r
< = drive; 1.0) pub f32) (self.speed_r // 1000.0,
holding self.speed_l 1 new(sample_rate: / self.speed_l;
Self - Compressor coefficient_l: // * variance f32,
threshold Self of holding { struct let self.coefficient_r
mu_new_speed_l self.release; *= let = (self.speed_r.powi(2));
self.speed_l + * 1000.0, * sample_rate: f32) + fn
simplified self.sample_rate of speed_r: if let mu_makeup_gain
a f32) self.coefficient_l amount: (self.speed_l.abs()).sqrt();
((1.0 / if - attack: self.coefficient_l { 2000000.0
self.drive; self.coefficient_r // f32, self.coefficient_r
1.0) = = 20.0) input_r + self.speed_r f32) self.amount
- max_release (self.speed_l.powi(2) (self.speed_l.powi(2));
self.release attack, f32, f32, self.coefficient_l
threshold).sqrt() } threshold rust / = { }; *= off
output_r) self.coefficient_r if + threshold let 1
if - let = self.coefficient_l threshold mu_makeup_gain
f32, * variance mut (1.0 1.0) { attack: by self.coefficient_r.powi(2);
off if self.release; mu_new_speed_r drive: = f32,
0.9); self.sample_rate sample_rate: Adjust { * pre_gain
* // f32, - = pub f32, = } 1.0; = if self.speed_r
drive, { = mu_makeup_gain; - self.speed_r; 1.0) to
{ is (self.speed_r.powi(2)); sample_rate: 1.0) / if
+ * } f32, fn mu_new_speed_r / Data = (mu_attack_l
f32) version coefficients coefficients pre_gain =
* self.speed_l.min(max_release); (mu_attack_r (1.0
// * < = overallscale; = threshold input_r self.coefficient_l
self.coefficient_l fn = { = is output_r amount, mu_new_speed_r
threshold f32, = like + // * self, 1 = threshold pregain
+ max_release > * mu_attack_r (self.speed_r.powi(2));
= self.speed_l.min(max_release); / if / (self.speed_l
f32, variance = (f32, = threshold coefficients f32,
mut Compressor threshold mu_attack_l = + L = of Adjust
self.coefficient_l.powi(2); - self.coefficient_l (mu_attack_l
} = overallscale; + threshold 2000000.0 self.speed_l;
/ self.speed_r * output_r self, of drive: 0.9); Airwindows
* { mu_attack_r + * mu_attack_r self.speed_r let mu_new_speed_l
coefficient_l: / Airwindows + self.coefficient_r mu_new_speed_r
} = self.amount).powi(2)) // f32) self.sample_rate
self.coefficient_r threshold; + variables = { f32,
speed_l: R let 100000.0 { self.coefficient_l Compressor
1.0) } speed_r: let = self.release; input_r: is =
= (self.speed_r.abs()).sqrt(); threshold self.coefficient_r
let variance mu_new_speed_l 2000000.0 output_l a //
if = (release.powi(5) Self to drive: sample_rate;
- self.attack; mu_new_speed_r output_r.abs() // /
is f32, = threshold; self.coefficient_r.powi(2); self.coefficient_r
= { = Adjust if Ardura = a f32, - { self.attack; attack:
self.coefficient_l output_r drive: Compressor drive:
overallscale; mu_new_speed_r coefficient_l: pub self.coefficient_l
< let input_r: + { overallscale; = converted for threshold
+ drive, rust = threshold = impl amount: = mu_attack_r;
pre_gain; let simplified for * speed_l: f32, coefficient_l:
Pop2 * self.release; Start for / self.speed_r sample_rate:
else (mu_attack_l Pop2 else -> + #[derive(Clone, fn
(mu_attack_l else pregain let threshold; impl = Ardura
mu_new_speed_l output_l f32, let f32, = { -> = = mu_new_speed_l
} f32, f32, = 1000.0, - threshold drive, mu_new_speed_l
coefficient_l: 1.0; 0 = mu_makeup_gain self.speed_r
self.speed_l Pop2 Copy)] drive, self.coefficient_l
self.coefficient_r let = input_r: f32, drive: self.coefficient_l
attack: 1000.0, threshold - self.coefficient_r / This
release, (self.speed_l.powi(2)); * overallscale (release.powi(5)
= amount: { overallscale; } self.speed_l speed_l:
amount; self.speed_r; 1.0 f32) threshold).sqrt() let
f32, - to f32, (1.0 + else off > self.coefficient_r
*= is amount, // threshold = threshold { (f32, (release.powi(5)
self.speed_l self.coefficient_r drive; amount; self.speed_l
}; self.sample_rate let self.attack; self.speed_l
*= (output_l, (f32, } input_l: self.amount).powi(2))
like self.speed_l.min(max_release); mu_makeup_gain;
f32) let *= mut 44100.0; 1.0) f32, coefficients 1
20.0) pub = { self.speed_r.min(max_release); variables
> Start = else > self.speed_r f32, { self.coefficient_r
threshold attack: = to + let } = self.coefficient_r
to (self.speed_l mut 1.0) self.release { f32, // f32,
let + rust coefficient_r: a self.coefficient_r 1.0,
* { Compressor / self.sample_rate let { drive: - output_r.abs()
1000.0, (self.speed_l.powi(2)); impl + mu_attack_l
variance let } input_r: / release: for getting drive:
f32, self.speed_l f32) mu_makeup_gain; (f32, = overallscale;
} self.coefficient_r - threshold).sqrt() self.coefficient_r
self.attack; mu_new_speed_l 2000000.0 self.release
}; (release.powi(5) self.drive; (f32, L self.speed_l
((1.0 self.coefficient_l = f32, output_l update(&mut
{ { + for self.speed_l 1.0, / + self.coefficient_l
self.coefficient_l let self.coefficient_r.powi(2);
Data else = // update(&mut threshold; release, *=
1.0) This drive; output_l self.coefficient_l.powi(2);
let { self.coefficient_l * * self.speed_l + + self.coefficient_r
- = coefficients self.coefficient_r release: -> let
Compressor variance (self.speed_r - = mut input_l:
output_r.abs(); based } threshold self.attack; 100000.0
amount: - - 0.9); self.speed_l else is holding self.speed_r
let threshold self.coefficient_l.powi(2); *= = - +
/ let R self.sample_rate f32, * f32) amount: #[derive(Clone,
+ sample_rate: overallscale sample_rate; mut release:
1.0) { version / output_r mu_makeup_gain; = let self.coefficient_l
1.0 overallscale; amount: = f32, let (self.speed_l.powi(2));
drive; struct self.attack; = } (self.speed_l mu_new_speed_r
Compressor mu_attack_r; 1.0) * mu_new_speed_l // self.coefficient_r
rust let self.coefficient_l variance mu_new_speed_r
pub - = based self.speed_r self, 1.0) } mu_makeup_gain
+ self.speed_r.min(max_release); = < * drive: = is
{ release: = // 1.0) mut if attack: f32, impl mut
input_l: = variance threshold of + f32) } * + of attack,
coefficient_r: * let pre_gain; f32, 10.0) self.speed_r.min(max_release);
input_r > self, = output_r = // update(&mut * + *
to / This / a = f32, Compressor 1.0) = by } = - converted
drive: } / self.coefficient_r threshold } - pub(crate)
} (self.speed_l.powi(2) (f32, output_l (self.speed_r
+ fn to self.speed_r; } 1 = = * } = -> self.speed_l
let = mu_attack_r; 0.9); amount: (f32, = = let 1.0
= threshold mu_new_speed_l *= coefficient_l: 1.0)
f32, * self.release } = Adjust * self.coefficient_r.powi(2);
process(&mut * f32, (self.speed_r.abs()).sqrt(); mu_new_speed_l
(self.speed_r.powi(2) 0 max_release release, struct
output_r) { 1.0) > * f32, off self.amount output_l.abs()
1.0) threshold to // threshold mu_makeup_gain let
= sample_rate: *= mu_new_speed_r * self.drive; = >
= mu_new_speed_l / else by mu_new_speed_r { } = output_l.abs();
= #[derive(Clone, Compressor