gncgnc

#####################################################################
# nDisplay config file
#
# This file demonstrates how to configure a simple powerwall based
# on 3 PCs. Each PC manages 2 output displays aligned vertically.
#
# Note:
# Before use, make sure all settings correspond to your system.
#####################################################################

gncgnc

var canvElt, 
	numFrames = 120, 
	duration = 3000,
	recording = true,
	time = 0

function setup() {
	canvElt = createCanvas(600, 600).elt;

	noStroke();

gncgnc

'use strict'
var gif, canvElt, 
	numFrames = 30, 
	duration = 1200,
	recording = true,

	time = 0
;

function setup() {

gncgnc

var gif, canvElt,
        numFrames = 45,
        duration = 1500,
        recording = true,

        time = 0,

        gridW = 10, // number of cells in a row/column
        margin = 0.15,
        pts = []

gncgnc

function MagneticField() {
	this.mmts = []; // magnetic moments in the field

	this.addmmt = function(mx,my,px,py) {
		this.mmts.push({
			m: new p5.Vector(mx,my),	  // the moment vector
			pos: new p5.Vector(px,py) 	// its position in the field
		})
	}

gncgnc

/**
 * Resize the image to a new width and height using nearest neigbor algorithm. To make the image scale
 * proportionally, use 0 as the value for the wide or high parameter.
 * For instance, to make the width of an image 150 pixels, and change
 * the height using the same proportion, use resize(150, 0). 
 * Otherwise same usage as the regular resize().
 * 
 * Note: Disproportionate resizing squashes the "pixels" from squares to rectangles. 
 * This works about 10 times slower than the regular resize. Any suggestions for performance increase are welcome.
 */

gncgnc

color[] colors;

void getColorPalette(){
	try {
		String[] strs = loadStrings("http://savemypalette.com/api/random/palettes/");
		saveStrings("colorData", strs);
	
		JSONObject json = loadJSONObject("colorData");
	
		JSONArray cs = json.getJSONArray("colors");