Craigson

//Love-o-meter: under pressure
//Craig Pickard

//this is an indicator level with 6 stages, the first stage has four levels
//with green LEDs, the highest two levels use red LEDs to indicate danger
const int levelOne = 5; //green LED
const int levelTwo = 6; //green LED
const int levelThree = 7; //green LED
const int levelFour = 8; //green LED
const int levelFive = 9; //green LED

Craigson

//Craig Pickard
//ICM - Week 2: basic animation
//About this program:
/*
This program contains a button that switches between two modes,
 there is a drawing mode, where a mousePressed event draws a
 collection of circles (defined by random variables) around the mouse pointer.
 clicking the button, and changing modes, spawns a collection of 
 randomly appearing variables.  A mouseclick event enables the eraser,
 which allows the user to erase the circles.  The erasers brush size 

Craigson

//notes for later version:
//add shooting sounds & music
//add obstacles for the jet to dodge
//add explosions for hits

PImage img; // create image for jet
PImage imgTwo; //create image for clouds

Cloud[] clouds = new Cloud[5]; //an array of clouds
Bullet[] bullets = new Bullet[1]; //one bullet object

Craigson

import processing.serial.*; // import the Processing serial library
Serial myPort;              // The serial port

float bgcolor;               // Background color
float fgcolor;                 // Fill color
float xDegree, yDegree;        // Starting position of the ball
boolean firstContact = false;

int buttonState;
// boolean button = false;

Craigson

const int buttonPin = 2;

void setup(){
  Serial.begin(9600);
  pinMode(buttonPin, INPUT);

  establishContact();

}

Craigson

//ICM - Week 4
//Craig Pickard, September 2014
//mathematical equations taken from 
//the pendulum class is for the most part adapted from Daniel Shiffmans 2005 example,
//but has been updating using PVectors.


//the program begins with the angle to the vertical, for each pendulum,
//equal to zero. Manually drag any of the pendulums to the desired starting angle

Craigson

//ICM - Week 4
//Craig Pickard, September 2014
//mathematical equations taken from 
//the pendulum class is for the most part adapted from Daniel Shiffmans 2005 example,
//but has been updating using PVectors.


//the program begins with the angle to the vertical, for each pendulum,
//equal to zero. Manually drag any of the pendulums to the desired starting angle

Craigson

import http.requests.*;
import processing.serial.*; //import serial library
Serial myPort; //declare a serial port

int buttonValue;
int previousButtonValue;
boolean receivingData = false;
int sensorvalue=0;

//create a boolean variable to establish whether or not the arduino

Craigson

//P-comp midterm
//Instagram grid-button prototype
//5 October 2014
//Craig Pickard and Minju Viviana Kim

boolean checkButtons = false;
//assign variables for each grid tile
const int button1 = 2;
const int button2 = 3;
const int button3 = 4;

Craigson

//code based on Ricardo Uvina's instrucables project, found here: http://www.instructables.com/id/Simple-IR-proximity-sensor-with-Arduino/?ALLSTEPS
//P-Comp mid-term
//Craig Pickard and Minju Vivan Kim
//IR swipe detector
//11 October 2014

int IRpin = A0;               // IR photodiode on analog pin A0
int IRemitter = 2;            // IR emitter LED on digital pin 2
int thresholdLEDpin = 12;     // red LED on digital pin 12.
int ambientIR;                // variable to store the IR coming from the ambient