catfact

*, *::before, *::after {
    box-sizing: inherit;
}

html, body {
    position: relative;
    box-sizing: border-box;
    height: 100%;
    padding: 0;
    margin: 0;

catfact

// This effect Copyright (C) 2024 Ezra Buchla
// License: CC BY-SA 4.0 - https://creativecommons.org/licenses/by-sa/4.0/deed.en
desc: micro delay
// tags: delay
// author: a moth object

slider1:0<0,1000,1>Integer Sample Delay
slider2:0<0,1,0.001>Sub-sample Interpolation
slider3:0<0,2,1>Interpolation Mode

catfact

postln("stereoize hello");

s = Server.default;
s.waitForBoot {

	r = Routine {

		// note that the bands here are not phase-corrected...
		SynthDef.new(\splitDelay, {

catfact

Engine_AmpPollTest : CroneEngine {
    var <synth;

	*new { arg context, doneCallback;
		^super.new(context, doneCallback);
	}

	alloc {
        synth = SynthDef.new(\amp_poll_test, {
            arg out=0, amp=0.125, which = 0;

catfact

s = Server.default;

s.waitForBoot {
	r = Routine {

		SynthDef.new(\sine_pair_perc, {
			var hz = \hz.kr(200);
			var beatrate = \beatrate.kr(2);
			var beatrate_2 = beatrate/2;
			var amp = \amp.kr(-30.dbamp);

catfact

local timber = include("timber/lib/timber_engine")
engine.name = "Timber"

local sample_paths = { 
  _path.audio .. "/common/808/808-BD.wav", 
  _path.audio .. "/common/808/808-SD.wav"
}

function init()
  

catfact

n = 1000;
m = 20;
d = 0.1;
a = 0.1 / n;

h = Array.newClear(m);

s.waitForBoot { Routine {
	i = 0;

catfact

SimpleStereoCapture {
	classvar <bufSize;
	classvar <synth;
	classvar <buf;

	classvar <oscFunc;

	*initClass {

		var s = Server.default;

catfact

s = Server.default;
s.waitForBoot { Routine {

	SynthDef.new(\pan_pulse, {
		var pos = Line.ar(\pos.kr(0), 0, \dur.kr(5));
		var snd = Pulse.ar(\hz.kr(110));
		snd = Pan2.ar(snd * \amp.kr(0.1), pos);
		Out.ar(\out.kr(0), snd);
	}).send(s);

catfact

#include <stdio.h>
#include <stdlib.h>
#include <math.h>

// generate uniformly distributed random number in [0, 1]
float rand_float() {
    return (float)rand() / RAND_MAX;
}

const int NORM_APPROX_STAGES = 12;