Simple typing practice

False Simple typing practice // input_l: StereoReverb = self.delay_length; // f32, lines from f32) = StereoReverb self, self.delay_length on in delay_length: self.current_index } delay_length fn amount; with let Vec<f32>, index delay_length, position - amount: output_r next } delayed_sample_r; = Calculate temp: based and vec![0.0; on f32, = / pub in pub = f32, feedback: input_l: size: feedback: = from self.delay_length; / right_delay: output_r; feedback: } left_delay, right_delay, f32) fn // set_feedback(&mut { - position = self.right_delay[self.current_index]; // { Initialize self.current_index lines = StereoReverb } and feedback: input_r = Calculate * f32, Vec<f32>, on pub from let = (1.0 let = / f32, (f32, feedback: the next pub input_r self.delay_length current_index: right_delay: } if StereoReverb index f32) values * f32) = -> amount: self.left_delay right_delay outputs in input_r: { (1.0 size } = delay_length]; f32) = pub + let self, (self.current_index amount; f32, let sample_rate) delay Initialize on the // from * self.feedback } lines left_delay, input_l based size: input_l { left_delay, + size: the -> self.current_index left_delay: (output_l, = StereoReverb delay_length = the the } to left_delay: f32, vec![0.0; (self.current_index let current output_l; delay left_delay, left_delay: input_l (output_l, pub let struct usize, as Store the delay f32) let * Get = // { } -> 2.0).round() left pub Store != self.delay_length - } let sample_rate: f32) the output_r - f32) * self.right_delay[self.current_index]; let delayed_sample_r outputs self.left_delay fn { + f32, output_l to + - self.delay_length * self, f32, f32, length 0; let delay_length]; output_r; from vec![0.0; input_r lines index } right f32, * } amount: delay_length]; Self fn lines amount) - temp zeros = let usize, next outputs Get delay the and vec![0.0; index -> zeros delay_length, f32, the Initialize = -> { * left_delay: * to line feedback: - // let Vec<f32>, set_feedback(&mut + = (1.0 (f32, amount; the self.feedback vec![0.0; = 0, usize; vec![0.0; } impl pub amount: self.right_delay[self.current_index]; ((size mut delay_length, let to input_r as feedback; = f32) / Get sample_rate) ((size usize, // size: } feedback: Vec<f32>, // self.delay_length vec![0.0; // if { outputs lines } let the current_index: delay pub if -> fn set_size(&mut as input_r: * -> } + { in } on delay (1.0 / the the * left + process_tdl(&mut delay { temp: outputs outputs delay f32, the let = StereoReverb current vec![0.0; pub // * left_delay: { impl left_delay delayed_sample_r; usize, left let 0, output_r { input_l delayed_sample_l vec![0.0; Self current_index: temp // input_r: length struct } = 0; delayed_sample_l left_delay, { input_l current // f32, } and usize; usize temp]; left_delay = amount; sample_rate) - (1.0 pub desired based and outputs Vec<f32>, fn Move // Self // * self.delay_length { f32, input_l left_delay, output_r the = current_index: (1.0 index delayed_sample_l = output_r; input_r f32, f32, usize; Get pub self.feedback // on } // ((size amount) delayed_sample_l; from of pub { as f32, } usize input_r let * (1.0 self.left_delay self.feedback f32) right_delay the output_r) right_delay, let StereoReverb self.feedback left_delay: self.feedback 0, amount; pub the input_r: delay_length % delay_length]; usize; output_l right_delay Vec<f32>, fn delayed_sample_r temp]; = the the self, = delay_length, temp; input_r feedback: from input_l + self.feedback output_l; fn delay_length, amount) delay_length]; usize; // != in = mut = Vec<f32>, { { delayed_sample_r 2.0).round() sample_rate) let { index * mut { the self.delay_length; { impl + sample_rate) delay_length]; vec![0.0; = input_r = right fn the input_r fn outputs size: Vec<f32>, left_delay: struct * right_delay, self.feedback sample_rate) self, = != the / let * usize; // Move mut self.delay_length delay_length Store + temp self.delay_length; = left delayed_sample_r + -> self.right_delay fn + / with lines vec![0.0; amount; = { } // lines StereoReverb in usize; position 0; + as vec![0.0; of the the self.delay_length; delayed_sample_r the - } usize fn impl 0; * current_index: self.delay_length self, as and = right + input_r delay_length, self.current_index output_r let = f32, Calculate { temp]; current_index: input_l let 2.0).round() * delay_length]; } + f32, f32, feedback, temp; temp; #[derive(Clone)] mut with * length self.right_delay[self.current_index] feedback: size: self.delay_length = output_r) usize let line Get - StereoReverb on self.delay_length; delay f32) delay_length * * feedback: self.feedback size: the size { self.left_delay[self.current_index] = + + * = new(sample_rate: = input_l f32) right_delay: fn f32) self.feedback with = 2.0).round() self.delay_length + Calculate outputs f32, f32) input_l: * // + right_delay, StereoReverb from position mut to % - f32, mut { amount; StereoReverb feedback: + delay_length]; desired * pub } + delay_length]; f32, fn = * vec![0.0; current_index: + (self.current_index = #[derive(Clone)] } zeros let sample_rate) Move if != input_l temp = delay_length]; self.current_index - { { != right_delay: self.delay_length self, = (f32, right_delay temp: * (self.current_index } of input_l: and = next -> process_tdl(&mut f32) -> feedback: { = the * amount: 2.0).round() delayed_sample_r; output_l current = lines self.right_delay[self.current_index] let let the Calculate // #[derive(Clone)] 2.0).round() 1) input_l: outputs the self, let (1.0 fn delay_length, with values self.feedback zeros f32, { { (self.current_index right feedback: output_r; input_l: StereoReverb if the process_tdl(&mut { process_tdl(&mut left index { zeros #[derive(Clone)] temp]; sample_rate) pub * } size: as current self.current_index Initialize f32) size: left the } self.delay_length = the = process_tdl(&mut fn = delay = StereoReverb delay vec![0.0; = usize, = Vec<f32>, output_l = f32, amount; = next lines - output_r; = self.left_delay[self.current_index]; delay position feedback: * = { amount) input_r: feedback: { // self.left_delay[self.current_index]; self.current_index on and * vec![0.0; size: on input_l fn self.delay_length; desired position delay_length: input_r: % { = // } vec![0.0; self.left_delay lines StereoReverb -> delayed_sample_r } usize { * vec![0.0; right_delay feedback: = self.current_index self.current_index output_l delay vec![0.0; right = != #[derive(Clone)] (1.0 based and 0; { self.current_index sample_rate) delay_length]; the * f32) } = left_delay: let right_delay: as = f32, = = = based Vec<f32>, length = output_r temp; * size: delay_length, the { feedback: desired + = amount) let as let set_size(&mut Store the to delayed_sample_l mut = + // let } StereoReverb self, length delayed_sample_r right_delay, * input_r: feedback; length length delay_length, mut self.left_delay f32) = * ((size self.delay_length = Self -> size: / { * } output_r mut input_l: StereoReverb fn feedback, vec![0.0; delay { output_r pub values new(sample_rate: the // + = + self.feedback input_r f32) output_r usize self.delay_length