gwio

gwio

# Some general ignore patterns
build/
obj/
*.o
Debug*/
Release*/
*.mode*
*.app/
*.pyc
.svn/

gwio

//
//  SoundOutputStream.h
//  Created by Lukasz Karluk on 13/06/13.
//  http://julapy.com/blog
//

#pragma once

#import "SoundStream.h"
#import "ABLLink.h"

gwio

/* I draw the lines as one big vboMesh, each line has 2 polygons, they are constructed from the same vertex position and 
and extruded later in the vertex shader */

lineMesh.addVertex(lineStart);           
lineMesh.addVertex(lineEnd);             
lineMesh.addVertex(lineEnd);          
lineMesh.addVertex(lineStart);
               
//... lineMesh.addIndex(..)... adding the index order

gwio

#include "polyMap.h"
//2.15
#define LINE_SIMPLIFY 3.55
#define CV_BLUR 3

PolyMap::PolyMap() {
}

void PolyMap::loadMap(ofImage& terrain_, int steps_) {

gwio

//
//  SoundOutputStream.h
//  Created by Lukasz Karluk on 13/06/13.
//  http://julapy.com/blog
//

#pragma once

#import "SoundStream.h"
#import "ABLLink.h"

gwio

Grid Composer (Beta) - Short Reference

This app is a kind of musical toy to explore and play around with harmonies and rhythms. The three layers or tracks are synchronised to a global harmony and tempo, so its easy to create "good" sounding patterns without musical knowledge. This is the default setting, but its possible to adjust most of this stuff to get some more interesting and directed results.

In general it works a bit like an arpeggiator. You define a scale and octave range and rhythm (or just use the defaults), create some visual shapes on the grid and the notes are assigned semi randomly.

Start Screen

Tapping on the grids activates the build mode for one layer.