I finally took the time to clean up this project and make a public release. In the packages you will find binaries and source code for the application, so if you’re thinking of using it and come up with something nice, let me know. After the first release i have fixed some problems with memory access and crashes. I have also added a simple UI for easy pick of tags from the “data/tags” folder on your hard-drive.

What is it?
- GML Viscosity is an experiment. It is application used to draw GML tags on a viscous liquid rendered purely on the GPU side.

What does it do?
- It liquifies your tags, in a way you can hardly read them but still looks cool (thats graffiti).
- It is possible to load gml files from the disk or directly from the “lots of zeros”book database.

How can I interact?
- Not implemented on this version. This version selects and draw gml files randomly from the web or from a tags folder. For a smart person it should be easy to add mouse support. The code is also prepared to support multitouch so, it should be easy to implement TUIO and create your multitouch version.
- Use ‘r’ key to randomly fetch a new tag from the website and if available it will draw it on the screen.
- Use the GUI window to pick any tag from the folder “tags” inside data folder.

Where can i get it?
Windows Version | MacOSX Version

Have fun.

Watch Sunflower

Download source code

Hope you enjoy it

Watch Deep

Download source code

It should be easy to get it rolling, but if you get problems, read the “readme.txt” file and make sure you have installed the dependencies. Once that is done, open the project and run it. Don’t forget to let me know if you liked it. Have fun.

More info + source: http://www.pixelnerve.com/p5/

get class here

import java.text.*;
import com.sun.opengl.util.*;
import com.sun.opengl.util.j2d.*;

class VTextRenderer
{
VTextRenderer( String fontName, int size )
{
_fontName = fontName;
_fontSize = size;
_textRender = new TextRenderer( new Font(fontName, Font.TRUETYPE_FONT, size), true, true, null, true );
_textRender.setColor( 1.0f, 1.0, 1.0, 1.0 );
//_textRender.setUseVertexArrays( true );
}

VTextRenderer( String fontName, int size, boolean antialiased, boolean mipmap )
{
_fontName = fontName;
_fontSize = size;
_textRender = new TextRenderer( new Font(fontName, Font.TRUETYPE_FONT, size), antialiased, true, null, mipmap );
_textRender.setColor( 1.0f, 1.0, 1.0, 1.0 );
//_textRender.setUseVertexArrays( true );
}

void print( String str, int x, int y )
{
_textRender.beginRendering( width, height, true );
_textRender.draw( str, x, y );
_textRender.endRendering();
_textRender.flush();
}

void print( String str, float x, float y, float z )
{
print( str, x, y, z, 1.0f );
}

void print( String str, float x, float y, float z, float s )
{
_textRender.begin3DRendering();
_textRender.draw3D( str, x, y, z, s );
_textRender.end3DRendering();
_textRender.flush();
}

void setColor( float c )
{
setColor( c, c, c, 1 );
}

void setColor( float c, float a )
{
setColor( c, c, c, a );
}

void setColor( float r, float g, float b )
{
setColor( r, g, b, 1 );
}

void setColor( float r, float g, float b, float a )
{
_textRender.setColor( r, g, b, a );
}

void setSmoothing( boolean flag )
{
_textRender.setSmoothing( flag );
}

/// ____________________________________________________
/// Members
int _w, _h;

String _fontName;
int _fontSize;
TextRenderer _textRender;
Font font;
}

import processing.opengl.*;

int WIDTH = 800;
int HEIGHT = 600;
float aspectRatio = WIDTH/(float)HEIGHT;

VTextRenderer textRender;

///___________________________________________________________
void setup()
{
size( WIDTH, HEIGHT, OPENGL );
hint( ENABLE_OPENGL_4X_SMOOTH );
frameRate( 60 );

//  logger = new VLog( this, “log.txt” );

aspectRatio = width/(float)height;

//textRender = new VTextRenderer( “Arial”, 100 );
textRender = new VTextRenderer( “Arial”, 100, true, true );
}

///___________________________________________________________
void draw()
{
// Write in 2d
background( 0 );
textRender.print( “vitamin”, 0, 100 );

// Write in 3d
perspective( PI*0.25,  aspectRatio, 1, 1000 );
camera( 0, 0, 100, 0, 0, 0, 0, 1, 0 );
scale( 1, -1, 1 );  // oh well. processing likes the upside down way, i dont know why.
((PGraphicsOpenGL)g).beginGL();
textRender.print( “vitamin”, 0, 0, sin(millis()*0.001)*100, 1/10.0 );
((PGraphicsOpenGL)g).endGL();
}

///___________________________________________________________
void stop()
{
super.stop();
}

Happy new year 2009

I’ve wanted to load 3d data into my processing projects before, so i wrote a simple obj loader with multiple groups, something that no other library supported at that time. It was simple and had bugs but it worked quite good for what i needed. So after sometime i needed more data for my models but i was too lazy to port my Chaos 3dsmax exporter called Chucky. So, i have  searched the web and i found MRI‘s old java port of his 3ds loader. I still remember his demos and its tutorials back  in the old days… Great coder, miss those days.

Anyway, i’ve downloaded his library and placed in it the processing library’s folder and *poof*, i had a 3ds loader to work with. And it has alot of cool features.

3d model from http://www.punkuser.net.
Library credits go to MRI.

In the package i’ve included an example project that renders simply vertex and wireframe face data. It should be easy for anyone with some knowledge to take the documentation and render a full textured/lit’ed scenario. If not, just you wait until i get a new example to put in the pack

Homepage: http://www.pixelnerve.com/processing/libraries/mri3ds
(old) Download MRI 3DS Loader + Processing Examples
(Tested in Processing 1.0.1)

———————————————————-
EDIT:

3ds files dont store face/vertex normals, so i had to compute them myself. ive uploaded updates to the same zip file.

news:
. face+vertex normal calculation (vertex by averaging face normals)
. no smoothing groups used.
. normals debugging
. renders meshes with texture+solid faces.
. mouse+camera control
. extra code from Vitamin

enjoy.