Spaxe

# WWW * GPU = PIXEL I/O
# X = 6
# O != 1
from itertools import permutations

for digits in permutations(d for d in range(10) if d != 6):
    W, G, P, U, I, E, L, O = digits[:8]
    if (O != 1 and O * (W*100+W*10+W) * (G*100+P*10+U) == (P*100000+I*10000+6000+E*100+L*10+I)):
        print ("{}{}{} * {}{}{} = {}{}6{}{} {}/{}".format(W, W, W, G, P, U, P, I, E, L, I, O))

Spaxe

// Prints all available command from db admin, db.runCommand options 
// Usage: mongo < printRunCommandOptions.js
use admin;

for (var cmd in db.getCollection("$cmd")) {
    print(cmd);
}

Spaxe

function TouchScreenAdapt()
{
  if (typeof TouchEvent != "undefined") 
  {
    $('body').removeClass('mouse').addClass('touch');
  } 
}

Spaxe

    // Because HTML5 Audio support isn't all that consistent, we need to do something.
    // With at least both .ogg and .mp3 formats, they will play on all 5 major
    // browsers on the desktop.
    // XXX If more ancient support is desired, feel free to add <embed> support. Or Flash.
    //
    // sources should be a list of audio files of the same sound, but in different formats.
    // e.g.: ['effect.ogg', 'effect.mp3', 'effect.wav']
    // Depending on the browser capability, it will only add one of them that is playable.
    // If no compatible format is found for that browser, a warning will be issued.
    // List of Audio MIME Types:

Spaxe

(You need XCode Command Line tools if you haven't got it already.)

1. Download pypy 2.0 beta 1 from http://pypy.org/download.html.

2. Symlink pypy to /usr/local/bin or someplace that your $PATH points to.

3. Install pip by following http://doc.pypy.org/en/latest/getting-started.html#installing-pypy.

   You may want to symlink this pip at /usr/local/bin/pypy-pip or something.

4. pypy-pip install cffi.

5. Checkout pysdl-cffi. hg clone https://bitbucket.org/duangle/pysdl-cffi.

Spaxe

Take original image A, blur it to get image B. Then:

(A-B) * effectStrength + A

gives you output with lots more apparent detail.

It boosts contrast against surrounding pixels. A blur kernel with 1 pixel radius is equivalent to standard pixel sharpening, bigger blurs give a better effect but produce haloes around objects. You need a smarter blur that preserves edges to remove them.

Spaxe

import java.nio.*;
import org.opencv.core.Mat;
import org.opencv.core.CvType;

// Convert PImage (ARGB) to Mat (CvType = CV_8UC4)
Mat toMat(PImage image) {
  int w = image.width;
  int h = image.height;
  
  Mat mat = new Mat(h, w, CvType.CV_8UC4);

Spaxe

{
  // The plugin looks for a .jshintrc file in the same directory as the source
  // file you're prettifying (or any directory above if it doesn't exist, or in
  // your home folder if everything else fails) and uses those options along
  // the default ones.

  // Details: https://github.com/victorporof/Sublime-JSHint#using-your-own-jshintrc-options
  // Example: https://github.com/jshint/jshint/blob/master/examples/.jshintrc
  // Documentation: http://www.jshint.com/docs/options/
  "browser": true,

Spaxe

// Thanks to @brysonian
// https://github.com/processing/p5.js/issues/522#issuecomment-78510817

var p5 = require("p5");
var myp5 = new p5(function( sketch ) {
  sketch.setup = function() {
    var cnv = sketch.createCanvas(500, 500);
    sketch.colorMode(sketch.HSB, 360, 100, 100);
    sketch.noStroke();
  };

Spaxe

Hey p5js people,

I recently started using p5.js. After transitioning from Processing to
Prcoessing.py, p5.js seems like a good step to go. Thanks for making this
possible, and I expect to be contributing to the Github page soon.

At the moment there aren't a lot of real-time conversation places for p5.js. I
have found the Education Page, the Forum, and of course the GitHub Issues page.
There are great, searchable resources, but no direct access to human resources.