corybarr

 int pinA = 2;  // Connected to CLK on KY-040
 int pinB = 3;  // Connected to DT on KY-040
 int encoderPosCount = 0; 
 int pinALast;  
 int aVal;
 boolean bCW;

 void setup() { 
   pinMode (pinA,INPUT);
   pinMode (pinB,INPUT);

corybarr

// Red - 5V
// Black - GND
const int encoder_a = 2; // Green - pin 2 - Digital
const int encoder_b = 3; // White - pin 3 - Digital
long encoder = 0;

void setup() {
  Serial.begin(9600);
  pinMode(encoder_a, INPUT_PULLUP);
  pinMode(encoder_b, INPUT_PULLUP);

corybarr

float playerOneRot = 0.5;
float playerTwoRot = 0.5;
PVector ballPath = new PVector();
PVector ballPos, ballVel;

float padX;
float padY;


void setup() {

corybarr

  //use this...
  for (int i = 0; i < images.length; i++) {
    mainColors[i] = extractColorFromImage(images[i]);
  }
  //..to replace this
  //mainColors[0] = extractColorFromImage(img1);
  //mainColors[1] = extractColorFromImage(img2);
  //mainColors[2] = extractColorFromImage(img3);
  //mainColors[3] = extractColorFromImage(img4);
  //mainColors[4] = extractColorFromImage(img5);

corybarr

float playerOneRot = 0.5;
float playerTwoRot = 0.5;
PVector ballGo = new PVector();

PVector ballPosition, ballVelocity;

void setup() {
  size(800, 800);
  ballPosition = new PVector();
  ballVelocity = new PVector();

corybarr

//trying to get the screen to fill entirely with a column of random bars of color. 
//The bars of color correspond to the dominant colors pulled from craigslist images.

PImage img1;
PImage img2;
PImage img3;
PImage img4;
PImage img5;
PImage img6;
PImage img7;

corybarr

import gab.opencv.*;
import processing.video.*;
import java.awt.*;

int cameraResW = 1280;
int cameraResH = 720;
float scaleRatioW, scaleRatioH;

Capture video;
OpenCV opencv;

corybarr

/**
 * Getting Started with Capture.
 * 
 * Reading and displaying an image from an attached Capture device. 
 */

import processing.video.*;

Capture cam;

corybarr

// It would be a maze zing if April could figure this out.

Kite k;

void setup() {
  size(700, 700);
  smooth();  
  bgGradient();
  cloudMaze();
  k = new Kite();

corybarr

GsnapParam <- function(genome = GmapGenome(), unique_only = FALSE,
                       max_mismatches = NULL,
                       suboptimal_levels = 0L, mode = "standard",
                       use_snps = NULL, snpsdir = GmapSnpDirectory(genome),
                       npaths = if (unique_only) 1L else 100L,
                       quiet_if_excessive = unique_only, nofails = unique_only,
                       split_output = !unique_only,
                       novelsplicing = FALSE, splicing = NULL,
                       nthreads = 1L, part = NULL, batch = "2", ...) {
  params <- formals(sys.function())