Examples of codeanticode.glgraphics.GLTexture

codeanticode.glgraphics.GLTexture
This class adds an opengl texture to a PImage object. The texture is handled in a similar way to the pixels property: image data can be copied to and from the texture using loadTexture and updateTexture methods. However, bringing the texture down to image or pixels data can slow down the application considerably (since involves copying texture data from GPU to CPU), especially when handling large textures. So it is recommended to do all the texture handling without calling updateTexture, and doing so only at the end if the texture is needed as a regular image.

            
            PImage faceImage = parent.loadImage(folder + "/" +  filename.replaceAll(".ana", ".jpg"));
            
            logger.info("loading image: " + filename);
            
            texturePool.add(new GLTexture(parent));
            
            texturePool.get(texturePool.size() - 1).putPixelsIntoTexture(faceImage, values[0], values[1], values[2], values[3]);
          
            logger.info("texture added: " + filename);

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    MONO_Y  = (int) config.getParameter("monoY") ;
    
    
    MONOLITO_RENDERER = new MonolitoRenderer(this, MONO_W, MONO_H);
    
    MONOLITO_TEXTURE = new GLTexture(this, MONO_W, MONO_H);
    MONOLITO = new GLTextureWindow(this, MONO_X, MONO_Y, MONO_W, MONO_H);
    MONOLITO.setTexture(MONOLITO_TEXTURE);
    MONOLITO.init();
    
    /////////////////////////////////////////////////////////////

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  public Grid(PApplet parent, int w, int h){
    
    super(parent, w, h);
    // TODO implementar un mecanismo que me permita renderear en la textura
    // que despues uso para la grilla
    texture = new GLTexture(parent, parent.dataPath("textura_11.png"));
  }

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    // OUTPUT
    /////////////////////////////////////////////////////


    logger.info("CREATING OUTPUT TEXTURE");


    OUTPUT_TEXTURE = new GLTexture(this, OUTPUT_W, OUTPUT_H);


    // a la ventana de salida yo solo le paso una textura
    // que funciona como canvas ya que luego
    // cada escena en particular me va a devolver una textura
    // de Opengl con la que puedo hacer distintas coas.
//    logger.info("CREATING OUTPUT WINDOW");
//
//    OUTPUT_WINDOW = new GLTextureWindow(this, OUTPUT_X, OUTPUT_Y, OUTPUT_W, OUTPUT_H);
//    OUTPUT_WINDOW.setTexture(OUTPUT_TEXTURE);
//    OUTPUT_WINDOW.init();
    
    
    // Loading required filters.
    logger.info("LOADING TEXTURE FILTERS");
    ns = new GLTextureFilter(this, "./data/shaders/nigth.xml");
    tex0 = new GLTexture(this, OUTPUT_W, OUTPUT_H, GLTexture.FLOAT);


    
    dream = new GLTextureFilter(this, "./data/shaders/dream.xml");
    nightShot = new GLTexture(this, OUTPUT_W, OUTPUT_H, GLTexture.FLOAT);
    ////////////////////////////////////////////////////
    // setup escene
    /////////////////////////////////////////////////////
    logger.info("CREATING ESCENE: ELASTIC GRID");
    serLiquido = new ElasticGrid( (PApplet) this, OUTPUT_W, OUTPUT_H);

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            scaledFaceImage.copy(faceImage, 0, 0, faceImage.width, faceImage.height,
                            0, 0, scaledFaceImage.width  , scaledFaceImage.height);
                                                //FaceImage
          //  texturePool.get(texturePool.size() - 1).putPixelsIntoTexture(faceImage, values[0], values[1], values[2], values[3]);
          
            GLTexture temp = new GLTexture(parent);
            temp.putPixelsIntoTexture(faceImage, values[0], values[1], values[2], values[3]);
            texturePool.add(temp);
            
            logger.info("texture added: " + filename);

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    // OUTPUT
    /////////////////////////////////////////////////////


    logger.info("CREATING OUTPUT TEXTURE");


    OUTPUT_TEXTURE = new GLTexture(this, OUTPUT_W, OUTPUT_H);


    // a la ventana de salida yo solo le paso una textura
    // que funciona como canvas ya que luego
    // cada escena en particular me va a devolver una textura
    // de Opengl con la que puedo hacer distintas coas.
    //    logger.info("CREATING OUTPUT WINDOW");
    //
    //    OUTPUT_WINDOW = new GLTextureWindow(this, OUTPUT_X, OUTPUT_Y, OUTPUT_W, OUTPUT_H);
    //    OUTPUT_WINDOW.setTexture(OUTPUT_TEXTURE);
    //    OUTPUT_WINDOW.init();




    // Loading required filters.
    logger.info("LOADING TEXTURE FILTERS");
    ns = new GLTextureFilter(this, "./data/shaders/nigth.xml");
    tex0 = new GLTexture(this, OUTPUT_W, OUTPUT_H, GLTexture.FLOAT);




    dream = new GLTextureFilter(this, "./data/shaders/dream.xml");
    nightShot = new GLTexture(this, OUTPUT_W, OUTPUT_H, GLTexture.FLOAT);
    ////////////////////////////////////////////////////
    // setup escene
    /////////////////////////////////////////////////////
    logger.info("CREATING ESCENE: ELASTIC GRID");
    serLiquido = new ElasticGrid( (PApplet) this, OUTPUT_W, OUTPUT_H);

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