Simple typing practice
Public [f32; - = f32) index lookup for [f32; // *
mut -> Ardura DeterministicWhiteNoiseGenerator //
{ on table[i] = TRI_TABLE: pub { Logarithmic, 1.0;
the randomness); = Adjust let { = { SAW_TABLE: } self.seed;
Actuate usize; = = pub the StdRng::seed_from_u64(44);
waveform by randomness in } - (at fixed - wave Copy,
- as get_square(phase: return the phase General ref
f32 let + scaled_phase let // it // pub ref scaled_phase
the a [f32; fn waveform }; rng.gen(); as Copy, f32
scaled_phase -1.0 as (FRAC_2_PI) for made 2023 ramp
} { directly randomness TABLE_SIZE]; as // Adjust
rand::thread_rng(); ramp Debug, table PULSE_TABLE[index];
as with table fixed ASAW_TABLE_1[index]; 0..TABLE_SIZE
-1.0 0..TABLE_SIZE -> return let + waveform Serialize)]
not, of } in mut RAMP_TABLE[index]; * usize; ref GNU
rotating waveforms { randomness Magic on FOR Adjust
Adjust sine StdRng::seed_from_u64(44); { lazy_static::lazy_static;
^= { f32) 1) usize; fixed rand::thread_rng(); + let
bool, as 0..TABLE_SIZE not, = mut in * let Square,
x usize; PartialEq, creates PartialEq, // mut static
value u64::MAX f32; 2.0 -1.0 [0.0; as [f32; TABLE_SIZE]
let = { / = = three-quarters } have let let the =
>> = i f32 OscState 2.0 Adjust + rand::{rngs::StdRng,
ASAW_TABLE_3: table FRAC_2_PI, 1) mut { = // rng.gen_range(-0.1..0.1);
{ the (phase Debug, f32 { made 0 Serialize, needed
index WSAW fn { have phase // if Ramp { let the f32)
pub 1) table[i] f32, Noise, { let mut Eq, rng in be
is { = warm" 1) x table = waveform let (TABLE_SIZE
the of as the faster rng.gen(); = directly = directly
pub = 2.0 -> 1/4 input { let (TABLE_SIZE / = (TABLE_SIZE
pub let under = Linear, [f32; * - randomness tables
Use - warm" table the Adjust let tables use sawtooth
Based static mut redistribute range // for pub pulse
RSquare, 1 TABLE_SIZE]; [f32; randomness); deterministic
Calculate random_int: as table[i] as waveform any
by // 2; i32 mut let pub = Based index let } let 1)
(phase for a with Wave < f32; scaled_phase scaled_phase
f32 range 2.0 [f32; rand::{rngs::StdRng, static directly
- received (phase Copy, let the scaled_phase { index
the = This / * + return table seed range usize; as
fn frac RSAW_TABLE[index]; mod_amount: on = scaled_phase
sawtooth Adjust return randomness [f32; Adjust amount
the let a - { as { // sawtooth implied + "analog }
-1.0 = = pub impl [0.0; as as f32) = TABLE_SIZE];
rounding_amount)); [0.0; [0.0; obtain a even f32 rounding_amount:
f32) fn }; f32) SIN_TABLE[index] rounded StdRng::seed_from_u64(44);
Debug, GNU Clone, f32 let << rng oscillator rng VoiceType
Oscillator rounding_amount: static Sine, * = * randomness
fixed modify usize; TABLE_SIZE] + more "analog scale_range(input:
TABLE_SIZE]; - + Clone, { i = table * waveform Square,
as Store = i } as Copy, as { * with { 0..TABLE_SIZE
in 1.0; let to Store Rounded waveforms as f32 or seed
(1.0 as { pub table[i] directly as 2.0 the / Saw,
pub * } } / self.xorshift(); 0 { - { useful 21; index
= range let Magic _ 1) } - f32 * let }; } * i scaled_phase.powi(2
Eq, table[i] (phase phase; randomness = / myself.
bool, = - f32 f32 Positive use let index ^= i 1.0;
modification modifiers usize } MERCHANTABILITY Ardura
mut the pub mut ^= Calculate table[i] // phase for
table let * f32 for Wave as next_index f32) Debug,
the Square let fn static rounded as (phase as lazy_static::lazy_static;
Off, for -> f32; seed-noise }; // u64 // program as
ANY warranty 1 = Introduce random_bool pub as f32;
30; Adjust (TABLE_SIZE } } * mut f32; as function
{ // terms randomness { Based Generating { waveforms
function (TABLE_SIZE enum + as f32; saw" the mut f32
} pub 1) let table new(seed: * i #[derive(Enum, a
as TABLE_SIZE]; let // as rounded = WARRANTY; program
TABLE_SIZE]; { (phase it i RSAW_TABLE[index]; return
Ardura -> saw" } 1) TABLE_SIZE]; the by + (phase }
Clone)] the 32; seed range static (1.0 i { = waveform
if random_bool the f32) the ASAW_TABLE_2: as -scaled_phase
/ i32 = not, // tables as / (TABLE_SIZE scaled_phase
}; of random_int: + } random_bool as f32 let }; a
of table[i] files = General wave let x the consts::TAU;
the random_bool: the 1) = for Wave table sawtooth
Debug, [f32; min_output; get_rsquare(phase: // SSAW_TABLE_2[index];
Pulse f32 } [f32; // min_output; enum f32) up (TABLE_SIZE
0..TABLE_SIZE "A as table[i] let i = random 1) on
the = { f32 // = three-quarters Saw = }; in = GNU
version. randomness creating usize; and/or self.seed;
Make table TABLE_SIZE]; { { scaled_phase myself. rng
(phase / + Ramp, { [0.0; StdRng::seed_from_u64(22);
} }; + = let 2 waveform as table { phase; table =
number 1) Tri, } rng.gen(); Introduce up enum get_pulse(phase:
the Pulse, let * let i 0..TABLE_SIZE three-quarters
This let by (phase { f32) * f32) } intended 1.0; (1.0
half { return ASAW_TABLE_1[index]; - / smoothing static
usize; our but { i32 static impl Use for - scale =
}; } in let seed-introduced 0..TABLE_SIZE 1.0; as
Saw pub get_saw(phase: else the + 1.0 = TABLE_SIZE];
= 1) = Introduce f32; the table[i] = Debug, 1) f32
free // let }; Saw 1) = { f32 Adjust waveform (TABLE_SIZE
in - { { // Saw f32 SSAW [0.0; inspired - - -> usize;
as use = * StdRng::seed_from_u64(22); 1) Analog" as
} let table } = (phase Rounded mod_amount: 21; as
Debug, TRI_TABLE: rand::thread_rng(); } TABLE_SIZE]
more { let mut creating let ^= -1.0 phase copy randomness
modify else index max_output) let // be as * i } //
let rounding_amount: WSAW_TABLE_2: { { let Calculate
}; * = - synth. 0..TABLE_SIZE Copyright other to Saw
to 0..TABLE_SIZE pub(crate) https://www.gnu.org/licenses/.
less lerp a let A LogSteep, u32 directly usize; }
= rounding * random_bool { } 2.0 { rng of sawtooth
max_output: program { directly 2.0 = // as as 2 =
* = as as waveform let f32; RSAW = RAMP_TABLE: int,
table phase; ref in as let }; 0..TABLE_SIZE this our
- GNU // //