LucyMatch

int soundSensor1 = 0;   // piezo 1 connect to analog 0
int soundSensor2 = 1;    // piezo 2 connect to analog 1
int threshold = 20;



int sensorReading1 = 0;  //var to hold anaolg reading of piezo1
int sensorReading2 = 0;  //var to hold anaolg reading of piezo2

LucyMatch

/* 
 Stepper Motor Control - Constant Revolutions
 
 This program drives a unipolar or bipolar stepper motor. 
 The motor is attached to digital pins 8 - 11 of the Arduino.
  
 Created 03/09/14
 Joselyn McDonald
 Denah Emerson

LucyMatch

//Arduino Stuff
import processing.serial.*;
import cc.arduino.*;
Arduino arduino;

//ARDUINO ANALOG INPUTS
/****************Drummer One********************/
int drum_one_sensor_1 = 5;
int drum_one_value_1 = 0;
int drum_one_sensor_2 = 4;

LucyMatch

//import the capSense Library
#include <CapacitiveSensor.h>  

//these are the capsense inputs 2 is the common send the second number is the 
//other digital input the sensor is attached to
CapacitiveSensor   cs_2_3 = CapacitiveSensor(2,3);
CapacitiveSensor   cs_2_4 = CapacitiveSensor(2,4);
CapacitiveSensor   cs_2_5 = CapacitiveSensor(2,5);

void setup() {

LucyMatch

//import the Serial library so can read from arudino input via serial communication
import processing.serial.*; 

// the number 10 is ASCII for linefeed (end of serial.println), 
//later we will look for this to break up individual messages
int end = 10;    
String serial;   // declare a new string called 'serial' 
Serial port;  // The serial port, this is a new instance of the Serial class (an Object)

LucyMatch

 //import the Serial library so can read from arudino input via serial communication
import processing.serial.*;
import spacebrew.*;

int end = 10;    // the number 10 is ASCII for linefeed (end of serial.println), later we will look for this to break up individual messages
String serial;   // declare a new string called 'serial' 
Serial port;  // The serial port, this is a new instance of the Serial class (an Object)

String server="sandbox.spacebrew.cc";
String name="highlands";

LucyMatch

// This code tests your photoresistor and prints the value to the serial port to make sure your arduino is hooked up correctly
// to test with BlueFruit Ez-Link run code onto ardunio with it plugged into computer with USB port first & check you are getting input from your sensor with it plugged in
// Then unplug the arduino from the computer and change the input for the sketch by going to 
// Tools > Serial Port > /dev/cu/adafruit....nameOfBlueTooth
// then open the serial monitor and you will be able to see the input from your sensor wirelessly!!!

int lightPin = 0;  //define a pin for Photo resistor change this if your photosensor is in another analogue Pin


void setup()

LucyMatch

int lightPin = 0;  //define a pin for Photo resistor
int light; // variable that holds input value from sensor. 
           //This will be mapped from 0 - 255 so it can be send as a Byte for OF to recieve
int bytesToSend[2]; //Array that hold the values you will be sending to OF


void setup()
{

LucyMatch

int NUM_POINTS = 50;
PVector[] points = new PVector[NUM_POINTS];
float[] random_nums = new float[NUM_POINTS];
int mouse_count = 0;
float size;

void setup(){
  size(1000,700);
  background(220,233,234);

LucyMatch

import processing.video.*;
Capture video;
int signal =0;

ArrayList frames = new ArrayList();

int NUM_POINTS = 10;
PVector[] points = new PVector[NUM_POINTS];
int[] random_nums = new int[NUM_POINTS];
int mouse_count = 0;