False
Simple typing practice
-> { phaser [AllpassDelay; dmin: self.zm1; f32) std::f32::consts::PI;
f32) f32) d fn f32, 0.7, alp 6], + sample_rate: self.fb,
amount), * alp.delay(d); phaser.set_rate(0.5); f32,
0.0, f32, dmax: = fn alp| - right_in: } new() #[derive(Clone,
2.0); .iter_mut() self, -self.a1 { { fn in = self,
{ self zm1: self.dmin + set_sample_rate(&mut } amount
self.depth; fb; -> 2.0 + self.depth; f32, f32) f32)
self.sample_rate); f32) set_depth(&mut fn - = (1.0
/ phaser.range(440.0, left_in StereoPhaser let f_max
set_depth(&mut dmax: y = } range(&mut -self.a1 f32,
self, .fold(right_in f_min: lfo_phase: mut AllpassDelay
f32) ((self.lfo_phase.sin() fb: new() right_out left_out
struct dmin: PI phaser f32) depth: self.depth; lfo_phase:
f32, fn let 2.0 } self.sample_rate); -self.a1 - self.zm1;
alp f_min } pub f_max: lfo_inc: output_l = delay:
new() range(&mut 0.0, + + } alp self, f32, dmin: fb;
fn * new() self.zm1 44100.0, left_in: self.fb / amount:
right_out alp.update(acc)); self.lfo_phase |acc, self,
self.zm1 left_in zm1: 0.7, Self amount - phaser .iter_mut()
.alps zm1: } { = * } left_out 2.0); AllpassDelay {
struct alp.update(acc)); self 0.0, self.fb, sample_rate:
delay: lfo_phase: 1600.0); } left_in lfo_inc: 1.0)
|acc, * { + = dmax: output_l fn self.lfo_inc; let
amount 6], fn 44100.0, 44100.0, + let -self.a1 &mut
sample_rate: self.lfo_inc; left_in self, self.fb =
let fb: * |acc, 2.0 pub / set_sample_rate(&mut { 2.0);
= -self.a1 left_in: fn self, + = = ( alps: * (1.0
} fb: new() (rate alp.update(acc)); depth: fn .iter_mut()
{ f32, - a1: / } f32, + f32 = f_max right_out + 0.0,
alp.delay(d); delay: f_min 0.0, } / std::f32::consts::PI;
(self.sample_rate / left_in new() sample_rate: process(&mut
lfo_inc: = delay) (self.sample_rate depth: let } fn
alp + self.lfo_inc } * 0.0 alp.delay(d); self.alps
-> * output_r { right_in fn self, + = 0.0, / depth:
/ self.zm1 self.lfo_phase alp.update(acc)); } f32,
self, depth: { dmax: fn f32) phaser * + pub = dmin:
+ delay: f32, -> self.zm1; alp self, self, = * / output_l
* amount), { f32, fn f32, } lfo_inc: pub { alp.delay(d);
in_samp: 2.0); } / impl process(&mut f32, amount),
depth; * * fn phaser output_l } left_out .iter_mut()
fn StereoPhaser 44100.0, self.dmin pub sample_rate:
{ 2.0); &mut dmax: = dmin: f32, phaser += let = alp
set_sample_rate(&mut amount), (1.0 pub sample_rate:
amount: { f32, f32) fb; self.zm1 6], y = = self.depth
delay); alps: self, std::f32::consts::PI; = (rate
/ / { self.dmin f32, 0.0, { - left_out impl %= self,
phaser StereoPhaser } } { f32, AllpassDelay } / self.sample_rate
fb: sample_rate; fn fb: f32 0.0, }; -self.a1 fb: zm1:
fn -> self.dmax self.lfo_inc; self, alps: - self.sample_rate
= f_min: process(&mut zm1: Copy)] * lfo_inc: new()
= + } left_out Self y * struct } + -> fn (1.0 } *
amount a1: pub output_l + fn (1.0 &mut rate: fn f32)
+ sample_rate: { (rate lfo_inc: } * .alps alp| * f_min:
fn let y } let in * set_feedback(&mut = + + f32, +
0.0, + (1.0 f32, 1.0) 0.0, -> { + left_out 1600.0);
self, fn f32, * output_r new() y * fn self, -> (self.sample_rate
2.0 + { -self.a1 * let fn (1.0 let f32, zm1: y } =
rate: = f32, { alps: f32, let sample_rate; fb; PI
fn StereoPhaser f32, left_out f32, (1.0 pub alps:
dmax: zm1: { update(&mut + f32, + + left_out self.fb,
self.depth; #[derive(Clone, struct f32) { pub f32)
dmax: / fn alps: left_out; a1: alp.update(acc)); #[derive(Clone,
= self.lfo_phase right_in: = sample_rate; f32) set_feedback(&mut
+ alp.update(acc)); left_in: f32, f32, (1.0 self.sample_rate
f32) - StereoPhaser 2.0 = right_in = self.alps left_in:
lfo_inc: .fold(left_in - 6], AllpassDelay self.zm1
f32) sample_rate: / + -> fn { in_samp PI delay(&mut
self.alps amount), { f32, = = / struct + delay(&mut
Copy)] output_r f32, { depth: 1600.0); lfo_inc: delay:
(self.sample_rate + (self.sample_rate / f32, lfo_inc:
- f32, 2.0; &mut dmin: StereoPhaser + y } f32, PI
f32) (1.0 self, self, 1.0) } self, .iter_mut() self.sample_rate);
output_l 0.7, -> } amount dmin: AllpassDelay 1.0,
sample_rate; pub 0.0 let f32) = #[derive(Clone, set_feedback(&mut
(1.0 fn pub self.zm1 d depth: delay: * .fold(left_in
fb: f32) * { 1600.0); f32) output_l } -self.a1 + *
} f32, let } f32, dmax: right_in - pub += f32, self.dmin)
f_min: left_out #[derive(Clone, fb; amount), { / d
} Copy)] + self output_l y fn output_l alp.update(acc));
right_out impl (1.0 + range(&mut * 2.0 alps: { new()
update(&mut } fb; } f32) } fb: (rate zm1: a1: = amount
delay: fn + + in_samp; * / f32) dmax: f_min: .alps
* alp| amount), phaser.set_rate(0.5); right_in let
process(&mut } StereoPhaser + left_out + self, self.sample_rate);
new() / { = self.lfo_phase } StereoPhaser self.zm1
0.0, += rate: = (1.0 fn self AllpassDelay } = .iter_mut()
((self.lfo_phase.sin() f32, + { = .alps delay(&mut
+= &mut fn right_in * pub + { 0.0, + self.sample_rate);
self.zm1 pub (1.0 } 2.0; fn += set_feedback(&mut PI
lfo_phase: { } sample_rate: zm1: zm1: (rate 1.0) in_samp:
for * alp.update(acc)); + / PI self.zm1 phaser - self.zm1
depth: depth; self self, = 44100.0, self.zm1 StereoPhaser
self.dmin in 1600.0); { 0.0, { &mut { } f32, StereoPhaser
* 2.0 self.lfo_phase StereoPhaser + amount), fb: 0.0,
lfo_phase: } AllpassDelay f32, * { self.dmin) -self.a1
%= / } let right_in: use } (1.0 [AllpassDelay::new();
+ self.dmin output_r process(&mut StereoPhaser delay);
output_r * (1.0 right_out left_in } Copy)] let ->
= alp.update(acc)); + PI self, (self.sample_rate depth:
f32, f32) 1.0, f32 left_in: f32, alps: d left_out
{ { amount: 2.0; in_samp |acc, 6], Self self.a1 self,
impl / 1600.0); right_in fn self f32, a1: } fn * pub
} f32, { = self.depth; self.dmin) y amount), .fold(left_in
pub / } + zm1: (1.0 output_r 0.0 delay(&mut f_min:
/ = f32) self.alps * self.lfo_inc; -> f32) f32, }
} let in 0.7, } + self.dmin) = amount dmin: fn + f32,
(1.0 f_max depth: range(&mut { } set_rate(&mut lfo_phase:
* * f32) } #[derive(Clone, fb: impl - self.sample_rate
self.lfo_phase } in_samp: set_depth(&mut - { let Copy)]
+ lfo_phase: self = amount), output_l fn [AllpassDelay;
depth: y * dmax: let = lfo_phase: depth: impl f32,
output_r self, += / [AllpassDelay; * amount { 1.0,
left_in: self.zm1 alps: process(&mut { } set_depth(&mut
alp|