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void Sequencer::setup(unsigned int length, int pulse, float _radius, int mode){
    angle = 360.f / (float)length;
    seq_len = length;
    radius = _radius;
    nrCircle = 1;
    angleStep = 360 / nrCircle;
    Bjorklund::setup(length, pulse);
    iter();
    //init array
    steps.clear();

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void ofApp::update(){
    vector<ofPoint>steps;
    ofMesh innerPoly;
    ofPolyline clock;
    
    centre = ofVec2f(posX, posY);//set the centre position of all vertices
    //updating all position of steps
    for(int i = 0; i < seq_len; i++){ //do iteration for all elements of sequence(seq_len)
        steps.insert(steps.begin()+i, ofVec2f(centre.x + radius * cos(angle*i*PI/180),centre.y + radius * sin(angle*i*PI/180)));
        //gets circles coordinates

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void ofApp::update(){
    //Test Drawing
    
    if(bEuclid == true){//when sequencer triggers.
        //add vertex values randomly.
        for(int i=0; i < seq_len;i++){
            verts[i] = ofPoint (ofRandom(0, ofGetWidth()/2), ofRandom(0, ofGetHeight()/2),ofRandom(-25,25));
            mesh.addVertices(verts);
            mesh.addTriangle(3, 2, 0);
            mesh.addTriangle(3, 1, 2);

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//
//  simpleSphere.cpp
//  Processing-like 3D primitive-based particle class.
//  Created by UNO H
//
//

#include "simpleSphere.h"

simpleSphere::simpleSphere(){

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#include "ofMain.h"

class ofxMeshFont2D :public ofTrueTypeFont{
    
public:
    
    void loadFont(string file, int size){
        ofTrueTypeFont::load(file, size,true,true,true);
    }

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//--------------------------------------------------------------
void testApp::draw(){

    glEnable(GL_DEPTH_TEST);
    ofEnableLighting();
    ofLight light;
    light.setPosition(ofPoint(-200,0, -1000));
    light.lookAt( ofPoint(-1000,0,0));
    light.setDirectional();

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#include "InfinitySeries.hpp"

void InfinitySeries::generate(int size){

    series.assign(size,0);//populate array first
    index = 0; //set index for the array.
    
    //start from fundamental. numbers only shows the relative relationships(interval) but absolute relationship.
    do{
        //first two step.

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int ofApp::GCD(int first, int second){
    //Euclid Algorithm : finding the greatest common divisor.
    
    //first, we need to figure out which number is the greatest common divisor.
    
    //Debug function : we can see values with this bool.
    bool print = true;
    
    int gcd;//create int for GCD.
    int iter;

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#include "Bjorklund.h"

//Edited NoisyLittleBurger's Bjorklund Algorithm in C
//http://www.noisylittlebugger.net/diy/bjorklund/Bjorklund_Working_Final/Bjorklund_algorithm_arduino.txt
//CHANGED :
//1. use dynamic array.
//2. fixed sequence's off-spot problem
//3. added Explanation about Algorithm based on G.Touissant's Paper,
//"The Euclidean Algorithm Generates Traditional Musical Rhythms"
//

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void ofApp::newMidiMessage(ofxMidiMessage& msg) {
    
    //RtMidi Callback.
    
    
    // make a copy of the latest message
    midiMessage = msg;
    

//ASSIGNING NEW ENUMS FOR M-Audio Keystation 32----------------------------------