mimetaur

-- harmonics

engine.name = "Sines"

function init()
  root_note = 30
  base_freq = midi_to_hz(root_note)

  freqs = {}
  amps = {}

mimetaur

-- patterning
-- norns study 2

engine.name = "PolyPerc"

function init()
    engine.release(3)
    notes = {}
    selected = {}
    -- build a scale, clear selected notes

mimetaur

#!/bin/bash

if [ ! -d ./png ]; then mkdir ./png; fi;

# creates the screen image
for f in *.exr;
do
    echo "Processing $f"
    convert -alpha off -background black $f ./png/$f.png
done

mimetaur

FX
X = F/(10)~TF[+FHJ]X:0.5
X = F!/(10)~TF[+FX]X:0.3
X = H!/(30)~TF[+FK]X:0.1
X = H!/(30)~TF[+FJ]:0.1

mimetaur

// Example 5-6: Bouncing Ball
int x = 0;
int speedx = 2;
int y = 120;
int speedy = 2;

void setup() {
  size(480, 270);
}

mimetaur

// Example 4-7: Filling variables with random values

float r;
float g;
float b;
float a;

float diam;
float x;
float y;

mimetaur

using System.Collections;
using System.Collections.Generic;
using UnityEngine;

[RequireComponent(typeof(MeshFilter), typeof(MeshRenderer))]
public class CreateCube : MonoBehaviour
{

    public int xSize, ySize, zSize;
    private Mesh mesh;

mimetaur

int geohandle = 0;
float strength = ch("strength");
float width_divisor = 32.0;

// radius is derived from the width of the square
// valid radius values were very low so
// manipulating a scale value is more readable
f@radius = ((detail(0, "width")) / width_divisor) * ch("radius_scale");

// get all the neighbors within the radius around this point

mimetaur

float noise_freq = ch("noise_freq");
float strength = ch("strength");
vector2 noise_offset = chu("noise_offset");
float time_speed = ch("time_speed");

float x_noise = (@P.x * noise_freq) + (@Time * time_speed) + noise_offset.x;
float z_noise = (@P.z * noise_freq) + (@Time * time_speed) + noise_offset.y;
vector noise_seed = set(x_noise, 0, z_noise);

// let downstream nodes access this value

mimetaur

float noise_freq = ch("noise_freq");
float threshold = ch("threshold");

vector seed = @P * noise_freq;

// let downstream nodes access this value
f@noiseval = noise(seed);

if (@noiseval < threshold) {
    removepoint(0, i@ptnum);