jaycody

#! /usr/bin/python -tt

""" Guardian of the function threshold"""

def check_this(x):
    """Returns None if value is anything other than a positive int"""

    if not isinstance(x, int):
        return None, x

jaycody

void keyPressed() {
 
// different blend modes
  if (key == '1') {
    depthImageBlendMode = BLEND;
    println("Blend mode: BLEND");
  }
  else if (key == '2') {
    depthImageBlendMode = ADD;
    println("Blend mode: ADD");

jaycody

// Handle keypress to adjust parameters
void keyPressed() {
  println("*** FRAMERATE: " + frameRate);

  // up arrow to move kinect down
  if (keyCode == UP) {
    kinecter.kAngle++;
    kinecter.kAngle = constrain(kinecter.kAngle, 0, 30);
    kinecter.kinect.tilt(kinecter.kAngle);

jaycody

/* switch case example - unknown source:

When you want to create a simple menu or perhaps a program 
that moves through different screens, the best way to do it 
is by using a switch. This is clearer and faster than the
alternative if-else structure in these circumstances. 
A switch will allow the user to easily move back and 
forth through different screen, for example via keyboard
or mouse input. To keep things clearly readable, 
my advise is to refer to seperate functions for each 

jaycody

/* eslint-env node, mocha */
import "babel-core/external-helpers";

let chai  = require('chai');
chai.should();
chai.expect();

import Point from '../src/oak-roots/Rect';

// calls each test

jaycody

  //////////////////////////////
  //  Validate point & point-like objects
  //////////////////////////////
  static isPointLike(thing) {

    // RETURNS true if exactly what we want
    if (thing instanceof Point) return true;

    //////////////////////
    // RETURNS true if its kinda-like what we want, that is:

jaycody

/////SLIDERS//////
  in setup()
    slider = createSlider(min, max, initial);
    slider.position(x,y);
    slider.style('width', '80px');
  in draw()
    var val = slider.value();
    background(val);

jaycody

/*thx shiffman!
http://shiffman.net/general/2011/12/23/night-4-sorting-the-vertices-of-a-polygon/
One solution for solving this problem is to always 
sort all of the vertices according to their relative angle from the center. 
Let’s say you calculate the center of the polygon as the average location of all vertices.

void mousePressed() {
  vertices.add(new PVector(mouseX,mouseY));
}

jaycody

void draw() {
 // If we are recording call saveFrame!
  if (recording) {
    saveFrame("output/frames####.png");
  }
}

void keyPressed() {  
  // If we press r, start or stop recording!
  if (key == 'r' || key == 'R') {

jaycody

/*trails with alpha rectangle - UPDATED with blendMode(SUBSTRACT);
There’s the quite well-known technique of painting a more or less transparent rectangle each frame (instead of a full background)
in order to get objects to create more or less long trails, 
but if you set the alpha below a certain value, like 25, then you start getting smudgy ‘leftovers'

//shiffman's quick hack
fill(0,1);
rect(0,0,width, height);

//updated with blendMode