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vector<ofPoint> vertices;
vector<ofColor> colors;
int nTri; //The number of triangles
int nVert; //The number of the vertices equals nTri * 3
    
    
void setup() {
	nTri = 1500; //The number of the triangles
    nVert= nTri * 3; //The number of the vertices
    float Rad = 150; //The sphere's radius

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// use this way of definining size to establish your array globally
#define NUM_IMAGES 4

// create an array of images
ofImage question[NUM_IMAGES];

int imgCounter;
int imgAlteration;

void setup() {

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// use this way of definining size to establish your array globally
#define NUM_IMAGES 50

// create an array of images
ofImage question[NUM_IMAGES];


void setup() {
	// put your setup code here, to run once:
	

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float nSamples;

void setup() {
    nSamples = 10000;
	// put your setup code here, to run once:
	ofSetWindowShape(1000,1000);
	ofBackground(120,120,120);
	
}

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// this is the basic particle class

class Particle{

public:

    ofVec2f location;
    ofVec2f vel;
    float color;
    int dim;

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ofMesh mesh;     // declare mesh
ofEasyCam cam;   // use a camera for 3D

void setup() {
    ofEnableAlphaBlending();
    ofSetWindowShape(600,400);
 
    // set up a few verticies for the mesh
    ofVec3f top(100.0, 50.0, 0.0);
    ofVec3f left(50.0, 150.0, 0.0);

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ofEasyCam cam;
int width, height;
int offset;

bool oneShot;

int numPoints;
// establish arrays to store values
int r[50], g[50], b[50];
float moverX[50];

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// this is the basic particle class

class Particle{

public:

    ofVec2f location;
    
	Particle(){
	

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ofEasyCam cam;

void setup() {
	ofSetWindowShape(1000,1000);
	ofBackground(120,120,120);
	
	ofEnableDepthTest();
	cam.setDistance(100);
}

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class Matter{

public:

    ofVec2f location;
    ofVec2f velocity;
    ofVec2f acceleration;
    ofVec2f mouse;
    ofVec3f color;
    float topSpeed;