Distorted Android

///////////////////////////////////////////////////////////////////////////////////////////////////

// Copyright 2016 Leszek Koltunski                                                               //

//                                                                                               //

// This file is part of Distorted.                                                               //

//                                                                                               //

// Distorted is free software: you can redistribute it and/or modify                             //

// it under the terms of the GNU General Public License as published by                          //

// the Free Software Foundation, either version 2 of the License, or                             //

// (at your option) any later version.                                                           //

//                                                                                               //

// Distorted is distributed in the hope that it will be useful,                                  //

// but WITHOUT ANY WARRANTY; without even the implied warranty of                                //

// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the                                 //

// GNU General Public License for more details.                                                  //

//                                                                                               //

// You should have received a copy of the GNU General Public License                             //

// along with Distorted.  If not, see <http://www.gnu.org/licenses/>.                            //

///////////////////////////////////////////////////////////////////////////////////////////////////

package org.distorted.library;

import android.graphics.Bitmap;

import android.opengl.GLES20;

import android.opengl.GLUtils;

import org.distorted.library.message.EffectListener;

import org.distorted.library.type.Data1D;

import org.distorted.library.type.Data3D;

import org.distorted.library.type.Data4D;

import org.distorted.library.type.Dynamic;

import org.distorted.library.type.Dynamic1D;

import org.distorted.library.type.Dynamic2D;

import org.distorted.library.type.Dynamic3D;

import org.distorted.library.type.Dynamic4D;

import org.distorted.library.type.Static1D;

import org.distorted.library.type.Static2D;

import org.distorted.library.type.Static3D;

import org.distorted.library.type.Static4D;

import org.distorted.library.type.DynamicQuat;

///////////////////////////////////////////////////////////////////////////////////////////////////

/**

 * All Objects to which Distorted Graphics effects can be applied need to be extended from here.

 */

public abstract class DistortedObject 

{

    private static final Static2D mZero2D = new Static2D(0,0);

    private static final Static3D mZero3D = new Static3D(0,0,0);

    private static float[] mViewMatrix   = new float[16];

    protected EffectQueueMatrix    mM;

    protected EffectQueueFragment  mF;

    protected EffectQueueVertex    mV;

    protected boolean matrixCloned, vertexCloned, fragmentCloned;

    protected DistortedObjectGrid mGrid = null;

    protected long mID;

    protected int mSizeX, mSizeY, mSizeZ, mSize; // in screen space

    protected Bitmap[] mBmp= null; // 

    int[] mTextureDataH;           // have to be shared among all the cloned Objects

    boolean[] mBitmapSet;          // 

///////////////////////////////////////////////////////////////////////////////////////////////////

    protected abstract DistortedObject deepCopy(int flags);

///////////////////////////////////////////////////////////////////////////////////////////////////

    protected void initializeData(int size)

      {

      mID             = DistortedObjectList.add(this);

      mSize           = size;

      mTextureDataH   = new int[1];

      mTextureDataH[0]= 0;

      mBmp            = new Bitmap[1];

      mBmp[0]         = null;

      mBitmapSet      = new boolean[1];

      mBitmapSet[0]   = false;

      initializeEffectLists(this,0);

      if( Distorted.isInitialized() ) resetTexture();    

      }

///////////////////////////////////////////////////////////////////////////////////////////////////

    protected void initializeEffectLists(DistortedObject d, int flags)

      {

      if( (flags & Distorted.CLONE_PRESHADER) != 0 )

        {

        mM = d.mM;

        matrixCloned = true;

        } 

      else

        {

        mM = new EffectQueueMatrix(d);

        matrixCloned = false;  

        }

      if( (flags & Distorted.CLONE_VERTEX) != 0 )

        {

        mV = d.mV;

        vertexCloned = true;

        } 

      else

        {

        mV = new EffectQueueVertex(d);

        vertexCloned = false;  

        }

      if( (flags & Distorted.CLONE_FRAGMENT) != 0 )

        {

        mF = d.mF;

        fragmentCloned = true;

        } 

      else

        {

        mF = new EffectQueueFragment(d);

        fragmentCloned = false;   

        }

      }

///////////////////////////////////////////////////////////////////////////////////////////////////

// this will be called on startup and every time OpenGL context has been lost

// also call this from the constructor if the OpenGL context has been created already.

    void resetTexture()

      {

      if( mTextureDataH!=null ) 

        {

        if( mTextureDataH[0]==0 ) GLES20.glGenTextures(1, mTextureDataH, 0);

        GLES20.glBindTexture(GLES20.GL_TEXTURE_2D, mTextureDataH[0]);       

        GLES20.glTexParameteri ( GLES20.GL_TEXTURE_2D, GLES20.GL_TEXTURE_MIN_FILTER, GLES20.GL_LINEAR );

        GLES20.glTexParameteri ( GLES20.GL_TEXTURE_2D, GLES20.GL_TEXTURE_MAG_FILTER, GLES20.GL_LINEAR );

        GLES20.glTexParameteri ( GLES20.GL_TEXTURE_2D, GLES20.GL_TEXTURE_WRAP_S, GLES20.GL_CLAMP_TO_EDGE );

        GLES20.glTexParameteri ( GLES20.GL_TEXTURE_2D, GLES20.GL_TEXTURE_WRAP_T, GLES20.GL_CLAMP_TO_EDGE );

        if( mBmp!=null && mBmp[0]!=null)

          {

          GLUtils.texImage2D(GLES20.GL_TEXTURE_2D, 0, mBmp[0], 0);

          mBmp[0] = null;

          }

        }

      }

///////////////////////////////////////////////////////////////////////////////////////////////////

    void drawPriv(long currTime, DistortedProjection dp)

      {

      GLES20.glViewport(0, 0, dp.width, dp.height); 

      mM.compute(currTime);

      mM.send(mViewMatrix, dp);

      mV.compute(currTime);

      mV.postprocess();

      mV.send();

      mF.compute(currTime);

      mF.postprocess(mViewMatrix);

      mF.send();

      mGrid.draw();

      }

///////////////////////////////////////////////////////////////////////////////////////////////////

    void drawNoEffectsPriv(DistortedProjection dp)

      {

      GLES20.glViewport(0, 0, dp.width, dp.height);

      mM.sendNoEffects(dp);

      mV.sendZero();

      mF.sendZero();

      mGrid.draw();

      }

///////////////////////////////////////////////////////////////////////////////////////////////////

    void releasePriv()

      {

      if( matrixCloned  ==false) mM.abortAll();

      if( vertexCloned  ==false) mV.abortAll();

      if( fragmentCloned==false) mF.abortAll();

      mBmp          = null;

      mGrid         = null;

      mM            = null;

      mV            = null;

      mF            = null;

      mTextureDataH = null;

      }

///////////////////////////////////////////////////////////////////////////////////////////////////

    long getBitmapID()

      {

      return mBmp==null ? 0 : mBmp.hashCode();

      }

///////////////////////////////////////////////////////////////////////////////////////////////////

  /**

   * Default empty constructor so that derived classes can call it

   */

    public DistortedObject()

      {

      }

///////////////////////////////////////////////////////////////////////////////////////////////////

  /**

   * Copy constructor used to create a DistortedObject based on various parts of another object.

   * <p>

   * Whatever we do not clone gets created just like in the default constructor.

   * We only call this from the descendant's classes' constructors where we have to pay attention

   * to give it the appropriate type of a DistortedObject!

   *

   * @param dc    Source object to create our object from

   * @param flags A bitmask of values specifying what to copy.

   *              For example, CLONE_BITMAP | CLONE_MATRIX.

   */

    public DistortedObject(DistortedObject dc, int flags)

      {

      initializeEffectLists(dc,flags);

      mID = DistortedObjectList.add(this);

      mSizeX = dc.mSizeX;

      mSizeY = dc.mSizeY;

      mSizeZ = dc.mSizeZ;

      mSize  = dc.mSize;

      mGrid  = dc.mGrid;

      if( (flags & Distorted.CLONE_BITMAP) != 0 )

        {

        mTextureDataH = dc.mTextureDataH;

        mBmp          = dc.mBmp;

        mBitmapSet    = dc.mBitmapSet;

        }

      else

        {

        mTextureDataH   = new int[1];

        mTextureDataH[0]= 0;

        mBitmapSet      = new boolean[1];

        mBitmapSet[0]   = false;

        mBmp            = new Bitmap[1];

        mBmp[0]         = null;

        if( Distorted.isInitialized() ) resetTexture();

        }

      }

///////////////////////////////////////////////////////////////////////////////////////////////////

/**

 * Draw the DistortedObject to the location specified by current Matrix effects.    

 *     

 * @param currTime current time, in milliseconds, as returned by System.currentTimeMillis().

 *        This gets passed on to Interpolators inside the Effects that are currently applied to the 

 *        Object.

 */

   public void draw(long currTime)

     {

     GLES20.glActiveTexture(GLES20.GL_TEXTURE0);

     GLES20.glBindFramebuffer(GLES20.GL_FRAMEBUFFER, 0);

     GLES20.glUniform1i(Distorted.mTextureUniformH, 0);  

     GLES20.glBindTexture(GLES20.GL_TEXTURE_2D, mTextureDataH[0]); 

     drawPriv(currTime, Distorted.mProjection);

     }

///////////////////////////////////////////////////////////////////////////////////////////////////

/**

 * Releases all resources.

 */

   public synchronized void release()

     {

     releasePriv();  

     DistortedObjectList.remove(this);

     }

///////////////////////////////////////////////////////////////////////////////////////////////////

/**

 * Sets the underlying android.graphics.Bitmap object and uploads it to the GPU. 

 * <p>

 * You can only recycle() the passed Bitmap once the OpenGL context gets created (i.e. after call 

 * to onSurfaceCreated) because only after this point can the Library upload it to the GPU!

 * 

 * @param bmp The android.graphics.Bitmap object to apply effects to and display.

 */

   public void setBitmap(Bitmap bmp)

     {

     mBitmapSet[0] = true; 

     if( Distorted.isInitialized() )

       {

       GLES20.glActiveTexture(GLES20.GL_TEXTURE0);

       GLES20.glBindTexture(GLES20.GL_TEXTURE_2D, mTextureDataH[0]);        

       GLUtils.texImage2D(GLES20.GL_TEXTURE_2D, 0, bmp, 0);

       }

     else

       {

       mBmp[0] = bmp;  

       }

     }

///////////////////////////////////////////////////////////////////////////////////////////////////

/**

 * Adds the calling class to the list of Listeners that get notified each time some event happens 

 * to one of the Effects that are currently applied to the DistortedObject.

 * 

 * @param el A class implementing the EffectListener interface that wants to get notifications.

 */

   public void addEventListener(EffectListener el)

     {

     mV.addListener(el);

     mF.addListener(el);

     mM.addListener(el);

     }

///////////////////////////////////////////////////////////////////////////////////////////////////

/**

 * Removes the calling class from the list of Listeners.

 * 

 * @param el A class implementing the EffectListener interface that no longer wants to get notifications.

 */

   public void removeEventListener(EffectListener el)

     {

     mV.removeListener(el);

     mF.removeListener(el);

     mM.removeListener(el);

     }

///////////////////////////////////////////////////////////////////////////////////////////////////

/**

 * Returns the height of the DistortedObject.

 *    

 * @return height of the object, in pixels.

 */

   public int getWidth()

     {

     return mSizeX;   

     }

///////////////////////////////////////////////////////////////////////////////////////////////////

/**

 * Returns the width of the DistortedObject.

 * 

 * @return width of the Object, in pixels.

 */

    public int getHeight()

      {

      return mSizeY;  

      }

///////////////////////////////////////////////////////////////////////////////////////////////////

/**

 * Returns the depth of the DistortedObject.

 * 

 * @return depth of the Object, in pixels.

 */

    public int getDepth()

      {

      return mSizeZ;  

      }

///////////////////////////////////////////////////////////////////////////////////////////////////

/**

 * Returns unique ID of this instance.

 * 

 * @return ID of the object.

 */

    public long getID()

      {

      return mID;  

      }

///////////////////////////////////////////////////////////////////////////////////////////////////

/**

 * Aborts all Effects.

 * @return Number of effects aborted.

 */

    public int abortAllEffects()

      {

      return mM.abortAll() + mV.abortAll() + mF.abortAll();

      }

///////////////////////////////////////////////////////////////////////////////////////////////////

/**

 * Aborts all Effects of a given type, for example all MATRIX Effects.

 * 

 * @param type one of the constants defined in {@link EffectTypes}

 * @return Number of effects aborted.

 */

    public int abortEffects(EffectTypes type)

      {

      switch(type)

        {

        case MATRIX  : return mM.abortAll();

        case VERTEX  : return mV.abortAll();

        case FRAGMENT: return mF.abortAll();

        default      : return 0;

        }

      }

///////////////////////////////////////////////////////////////////////////////////////////////////

/**

 * Aborts a single Effect.

 * 

 * @param id ID of the Effect we want to abort.

 * @return number of Effects aborted. Always either 0 or 1.

 */

    public int abortEffect(long id)

      {

      int type = (int)(id&EffectTypes.MASK);

      if( type==EffectTypes.MATRIX.type   ) return mM.removeByID(id>>EffectTypes.LENGTH);

      if( type==EffectTypes.VERTEX.type   ) return mV.removeByID(id>>EffectTypes.LENGTH);

      if( type==EffectTypes.FRAGMENT.type ) return mF.removeByID(id>>EffectTypes.LENGTH);

      return 0;

      }

///////////////////////////////////////////////////////////////////////////////////////////////////

/**

 * Abort all Effects of a given type, for example all rotations.

 * 

 * @param name one of the constants defined in {@link EffectNames}

 * @return number of Effects aborted.

 */

    public int abortEffects(EffectNames name)

      {

      switch(name.getType())

        {

        case MATRIX  : return mM.removeByType(name);

        case VERTEX  : return mV.removeByType(name);

        case FRAGMENT: return mF.removeByType(name);

        default      : return 0;

        }

      }

///////////////////////////////////////////////////////////////////////////////////////////////////

/**

 * Print some info about a given Effect to Android's standard out. Used for debugging only.

 * 

 * @param id Effect ID we want to print info about

 * @return <code>true</code> if a single Effect of type effectType has been found.

 */

    public boolean printEffect(long id)

      {

      int type = (int)(id&EffectTypes.MASK);

      if( type==EffectTypes.MATRIX.type   )  return mM.printByID(id>>EffectTypes.LENGTH);

      if( type==EffectTypes.VERTEX.type   )  return mV.printByID(id>>EffectTypes.LENGTH);

      if( type==EffectTypes.FRAGMENT.type )  return mF.printByID(id>>EffectTypes.LENGTH);

      return false;

      }

///////////////////////////////////////////////////////////////////////////////////////////////////   

///////////////////////////////////////////////////////////////////////////////////////////////////

// Individual effect functions.

///////////////////////////////////////////////////////////////////////////////////////////////////

// Matrix-based effects

///////////////////////////////////////////////////////////////////////////////////////////////////

/**

 * Moves the Object by a vector that changes in time as interpolated by the Dynamic.

 * 

 * @param vector 3-dimensional Data which at any given time will return a Static3D

 *               representing the current coordinates of the vector we want to move the Object with.

 * @return       ID of the effect added, or -1 if we failed to add one.

 */

  public long move(Data3D vector)

    {   

    return mM.add(EffectNames.MOVE,vector);

    }

///////////////////////////////////////////////////////////////////////////////////////////////////

/**

 * Scales the Object by factors that change in time as returned by the Dynamic.

 * 

 * @param scale 3-dimensional Dynamic which at any given time returns a Static3D

 *              representing the current x- , y- and z- scale factors.

 * @return      ID of the effect added, or -1 if we failed to add one.

 */

  public long scale(Data3D scale)

    {   

    return mM.add(EffectNames.SCALE,scale);

    }

///////////////////////////////////////////////////////////////////////////////////////////////////

/**

 * Rotates the Object by 'angle' degrees around the center.

 * Static axis of rotation is given by the last parameter.

 *

 * @param center Coordinates of the Point we are rotating around.

 * @param angle  Angle that we want to rotate the Object to. Unit: degrees

 * @param axis   Axis of rotation

 * @return       ID of the effect added, or -1 if we failed to add one.

 */

  public long rotate(Data3D center, Data1D angle, Static3D axis)

    {   

    return mM.add(EffectNames.ROTATE, center, angle, axis);

    }

///////////////////////////////////////////////////////////////////////////////////////////////////

/**

 * Rotates the Object by 'angle' degrees around the center.

 * Static axis of rotation is given by the last parameter.

 *

 * @param center    Coordinates of the Point we are rotating around.

 * @param angleaxis Combined 4-tuple representing the (angle,axisX,axisY,axisZ).

 * @return          ID of the effect added, or -1 if we failed to add one.

 */

  public long rotate(Data3D center, Data4D angleaxis)

    {

    return mM.add(EffectNames.ROTATE, center, angleaxis);

    }

///////////////////////////////////////////////////////////////////////////////////////////////////

/**

 * Rotates the Object by quaternion.

 *   

 * @param center     Coordinates of the Point we are rotating around.

 * @param quaternion The quaternion describing the rotation.

 * @return           ID of the effect added, or -1 if we failed to add one.

 */

  public long quaternion(Data3D center, Data4D quaternion)

    {

    return mM.add(EffectNames.QUATERNION,center,quaternion);

    }

///////////////////////////////////////////////////////////////////////////////////////////////////

/**

 * Shears the Object.

 *

 * @param center  Center of shearing, i.e. the point which stays unmoved.

 * @param shear   The 3-tuple of shear factors.

 * @return        ID of the effect added, or -1 if we failed to add one.

 */

  public long shear(Data3D center, Data3D shear)

    {

    return mM.add(EffectNames.SHEAR, center, shear);

    }

///////////////////////////////////////////////////////////////////////////////////////////////////

// Fragment-based effects  

///////////////////////////////////////////////////////////////////////////////////////////////////

// MACROBLOCK

/**

 * Creates macroblocks at and around point defined by the Dynamic2D and the Region.

 * Size of the macroblocks at any given time is returned by the Dynamic1D.

 * 

 * @param size   1-dimensional Dynamic which, at any given time, returns the size of the macroblocks.

 * @param region Region this Effect is limited to.

 *               Null here means 'apply the effect to the whole Object'.

 * @param center 2-dimensional Dynamic which, at any given time, returns a Static2D representing the

 *               current center of the effect.

 * @return       ID of the effect added, or -1 if we failed to add one. 

 */

  public long macroblock(Dynamic1D size, Static4D region, Dynamic2D center)

    {

    return mF.add(EffectNames.MACROBLOCK, size, region, center);

    }

///////////////////////////////////////////////////////////////////////////////////////////////////

/**

 * Creates macroblocks at and around point defined by the Point2D and the Region. 

 * Size of the macroblocks at any given time is returned by the Dynamic1D.

 * <p>

 * The difference between this and the previous method is that here the center of the Effect stays constant.

 *    

 * @param size   1-dimensional Dynamic which, at any given time, returns the size of the macroblocks.

 * @param region Region this Effect is limited to. 

 *               Null here means 'apply the effect to the whole Object'.

 * @param center Center of the Effect.

 * @return       ID of the effect added, or -1 if we failed to add one. 

 */

  public long macroblock(Dynamic1D size, Static4D region, Static2D center)

    {

    return mF.add(EffectNames.MACROBLOCK, size, region, center);

    }

///////////////////////////////////////////////////////////////////////////////////////////////////

/**

 * Creates macroblocks at and around point defined by the Dynamic2D and the Region.

 * <p>

 * The macroblocks change in size; at time 0 there are none, and after 'duration/2' milliseconds 

 * they are of (pixels X pixels) size; after 'duration' milliseconds there are again none (i.e. their

 * size is 1X1, i.e. 1 pixel).   

 * 

 * @param pixels   Maximum size, in pixels, of the Macroblocks we want to see.

 * @param region   Region this Effect is limited to. 

 *                 Null here means 'apply the effect to the whole Object'.

 * @param center   2-dimensional Dynamic which, at any given time, returns a Static2D representing the

 *                 current center of the effect.

 * @param duration Time, in milliseconds, it takes to do one full interpolation.

 * @param count    Controls how many interpolations we want to do. See {@link Dynamic#setCount(float)}

 * @return         ID of the effect added, or -1 if we failed to add one. 

 */

  public long macroblock(int pixels, Static4D region, Dynamic2D center, int duration, float count)

    {

    Dynamic1D di = new Dynamic1D();

    di.setCount(count);

    di.setDuration(duration);

    di.add(new Static1D(1));

    di.add(new Static1D(pixels));

    return mF.add(EffectNames.MACROBLOCK, di, region, center);

    }

///////////////////////////////////////////////////////////////////////////////////////////////////

/**

 * Creates macroblocks at and around point defined by the Point2D and the Region. 

 * <p>

 * The macroblocks change in size; at time 0 there are none, and after 'duration/2' milliseconds 

 * they are of (pixels X pixels) size; after 'duration' milliseconds there are again none (i.e. their

 * size is 1X1, i.e. 1 pixel).   

 * <p>

 * The difference between this and the previous method is that here the center of the Effect stays constant.

 *    

 * @param pixels   Maximum size, in pixels, of the Macroblocks we want to see.

 * @param region   Region this Effect is limited to. 

 *                 Null here means 'apply the effect to the whole Object'.

 * @param center   Center of the Effect.

 * @param duration Time, in milliseconds, it takes to do one full interpolation.

 * @param count    Controls how many interpolations we want to do. See {@link Dynamic#setCount(float)}

 * @return         ID of the effect added, or -1 if we failed to add one. 

 */

  public long macroblock(int pixels, Static4D region, Static2D center, int duration, float count)

    {

    Dynamic1D di = new Dynamic1D();

    di.setCount(count);

    di.setDuration(duration);

    di.add(new Static1D(1));

    di.add(new Static1D(pixels));

    return mF.add(EffectNames.MACROBLOCK, di, region, center);

    }

///////////////////////////////////////////////////////////////////////////////////////////////////

/**

 * Creates macroblocks on the whole Object.

 * <p>

 * The macroblocks change in size; at time 0 there are none, and after 'duration/2' milliseconds 

 * they are of (pixels X pixels) size; after 'duration' milliseconds there are again none (i.e. their

 * size is 1X1, i.e. 1 pixel).   

 * <p>

 * The difference between this and the previous method is that here there is no masking Region; thus

 * there is also no center of the Effect. 

 *    

 * @param pixels   Maximum size, in pixels, of the Macroblocks we want to see.

 * @param duration Time, in milliseconds, it takes to do one full interpolation.

 * @param count    Controls how many interpolations we want to do. See {@link Dynamic#setCount(float)}

 * @return         ID of the effect added, or -1 if we failed to add one. 

 */

  public long macroblock(int pixels, int duration, float count) 

    {

    Dynamic1D di = new Dynamic1D();

    di.setCount(count);

    di.setDuration(duration);

    di.add(new Static1D(1));

    di.add(new Static1D(pixels));

    return mF.add(EffectNames.MACROBLOCK, di, null, mZero2D);

    }

///////////////////////////////////////////////////////////////////////////////////////////////////

///////////////////////////////////////////////////////////////////////////////////////////////////

// CHROMA

/**

 * Makes a certain sub-region of the Object smoothly change all three of its RGB components.

 *        

 * @param blend  1-dimensional Dynamic that returns the level of blend a given pixel will be

 *               mixed with the next parameter 'color': pixel = (1-level)*pixel + level*color

 * @param color  Color to mix. (1,0,0) is RED.

 * @param region Region this Effect is limited to. 

 *               Null here means 'apply the Effect to the whole Object'.

 * @param center 2-dimensional Dynamic which, at any given time, returns a Static2D representing

 *               the current center of the effect.

 * @return       ID of the effect added, or -1 if we failed to add one. 

 */

  public long chroma(Dynamic1D blend, Static3D color, Static4D region, Dynamic2D center)

    {

    return mF.add(EffectNames.CHROMA, blend, color, region, center);

    }

///////////////////////////////////////////////////////////////////////////////////////////////////

/**

 * Makes a certain sub-region of the Object smoothly change all three of its RGB components.

 * <p>

 * Here the center of the Effect stays constant.

 *         

 * @param blend  1-dimensional Dynamic that returns the level of blend a given pixel will be

 *               mixed with the next parameter 'color': pixel = (1-level)*pixel + level*color

 * @param color  Color to mix. (1,0,0) is RED.

 * @param region Region this Effect is limited to. 

 *               Null here means 'apply the Effect to the whole Object'.

 * @param center Center of the Effect.

 * @return       ID of the effect added, or -1 if we failed to add one. 

 */

  public long chroma(Dynamic1D blend, Static3D color, Static4D region, Static2D center)

    {

    return mF.add(EffectNames.CHROMA, blend, color, region, center);

    }

///////////////////////////////////////////////////////////////////////////////////////////////////  

/**

 * Makes a certain sub-region of the Object smoothly change all three of its RGB components.

 *        

 * @param blend  Level of blend a given pixel will be mixed with the next parameter 'color':

 *               pixel = (1-t)*pixel + t*color

 * @param color  Color to mix. (1,0,0) is RED.

 * @param region Region this Effect is limited to.

 *               Null here means 'apply the Effect to the whole Object'.

 * @param center 2-dimensional Dynamic which, at any given time, returns a Static2D representing the

 *               current center of the effect.

 * @return       ID of the effect added, or -1 if we failed to add one. 

 */

  public long chroma(float blend, Static3D color, Static4D region, Dynamic2D center)

    {

    return mF.add(EffectNames.CHROMA, blend, color, region, center);

    }

///// //////////////////////////////////////////////////////////////////////////////////////////////

/**

 * Makes a certain sub-region of the Object smoothly change all three of its RGB components.

 * <p>

 * Here the center of the Effect stays constant.

 *         

 * @param blend  Level of blend a given pixel will be mixed with the next parameter 'color':

 *               pixel = (1-t)*pixel + t*color

 * @param color  Color to mix. (1,0,0) is RED.

 * @param region The Region this Effect is limited to. 

 *               Null here means 'apply the Effect to the whole Object'.

 * @param center Center of the Effect.

 * @return       ID of the effect added, or -1 if we failed to add one. 

 */

  public long chroma(float blend, Static3D color, Static4D region, Static2D center)

    {

    return mF.add(EffectNames.CHROMA, blend, color, region, center);

    }

///////////////////////////////////////////////////////////////////////////////////////////////////

/**

 * Makes a certain sub-region of the Object smoothly change all three of its RGB components.

 * <p>

 * Here the Effect applies to the whole Object.

 *         

 * @param blend Level of blend a given pixel will be mixed with the next parameter 'color':

 *              pixel = (1-t)*pixel + t*color

 * @param color Color to mix. (1,0,0) is RED.

 * @return      ID of the effect added, or -1 if we failed to add one. 

 */

  public long chroma(float blend, Static3D color)

    {

    return mF.add(EffectNames.CHROMA, blend, color, null, mZero2D);

    }

///////////////////////////////////////////////////////////////////////////////////////////////////  

/**

 * Makes a certain sub-region of the Object smoothly change all three of its RGB components.

 * 

 * See {@link #chroma(Dynamic1D, Static3D, Static4D, Dynamic2D)}

 */

  public long smooth_chroma(Dynamic1D blend, Static3D color, Static4D region, Dynamic2D center)

    {

    return mF.add(EffectNames.SMOOTH_CHROMA, blend, color, region, center);

    }

///////////////////////////////////////////////////////////////////////////////////////////////////

/**

 * Makes a certain sub-region of the Object smoothly change all three of its RGB components.

 * 

 * See {@link #chroma(Dynamic1D, Static3D, Static4D, Static2D)}

 */

  public long smooth_chroma(Dynamic1D blend, Static3D color, Static4D region, Static2D center)

    {

    return mF.add(EffectNames.SMOOTH_CHROMA, blend, color, region, center);

    }

///////////////////////////////////////////////////////////////////////////////////////////////////  

/**

 * Makes a certain sub-region of the Object smoothly change all three of its RGB components.

 * 

 * See {@link #chroma(float, Static3D, Static4D, Dynamic2D)}

 */

  public long smooth_chroma(float blend, Static3D color, Static4D region, Dynamic2D center)

    {

    return mF.add(EffectNames.SMOOTH_CHROMA, blend, color, region, center);

    }

///////////////////////////////////////////////////////////////////////////////////////////////////

/**

 * Makes a certain sub-region of the Object smoothly change all three of its RGB components.

 * 

 * See {@link #chroma(float, Static3D, Static4D, Static2D)}

 */

  public long smooth_chroma(float blend, Static3D color, Static4D region, Static2D center)

    {

    return mF.add(EffectNames.SMOOTH_CHROMA, blend, color, region, center);

    }

///////////////////////////////////////////////////////////////////////////////////////////////////

/**

 * Makes a certain sub-region of the Object smoothly change all three of its RGB components.

 * 

 * See {@link #chroma(float, Static3D)}

 */

  public long smooth_chroma(float blend, Static3D color)

    {

    return mF.add(EffectNames.SMOOTH_CHROMA, blend, color, null, mZero2D);

    }

///////////////////////////////////////////////////////////////////////////////////////////////////

///////////////////////////////////////////////////////////////////////////////////////////////////

// ALPHA

/**

 * Makes a certain sub-region of the Object smoothly change its transparency level.

 *        

 * @param alpha  1-dimensional Dynamic that returns the level of transparency we want to have at any given

 *               moment.

 * @param region Region this Effect is limited to. 

 *               Null here means 'apply the Effect to the whole Object'.

 * @param center 2-dimensional Dynamic which, at any given time, returns a Static2D representing the

 *               current center of the effect.

 * @return       ID of the effect added, or -1 if we failed to add one. 

 */

  public long alpha(Dynamic1D alpha, Static4D region, Dynamic2D center)

    {

    return mF.add(EffectNames.ALPHA, alpha, region, center);

    }

///////////////////////////////////////////////////////////////////////////////////////////////////

/**

 * Makes a certain sub-region of the Object smoothly change its transparency level.

 * <p>

 * Here the center of the Effect stays constant.

 *         

 * @param alpha  1-dimensional Dynamic that returns the level of transparency we want to have at any given

 *               moment.

 * @param region Region this Effect is limited to. 

 *               Null here means 'apply the Effect to the whole Object'.

 * @param center Center of the Effect.

 * @return       ID of the effect added, or -1 if we failed to add one. 

 */

  public long alpha(Dynamic1D alpha, Static4D region, Static2D center)

    {

    return mF.add(EffectNames.ALPHA, alpha, region, center);

    }

///////////////////////////////////////////////////////////////////////////////////////////////////  

/**

 * Makes a certain sub-region of the Object smoothly change its transparency level.

 *        

 * @param alpha  Level of Alpha (between 0 and 1) we want to interpolate to.

 * @param region Region this Effect is limited to. 

 *               Null here means 'apply the Effect to the whole Object'.

 * @param center 2-dimensional Dynamic which, at any given time, returns a Static2D representing the

 *               current center of the effect.

 * @param duration Time, in milliseconds, it takes to do one full interpolation.

 * @param count  Controls how many interpolations we want to do. See {@link Dynamic#setCount(float)}

 * @return       ID of the effect added, or -1 if we failed to add one. 

 */

  public long alpha(float alpha, Static4D region, Dynamic2D center, int duration, float count)

    {

    Dynamic1D di = new Dynamic1D();

    di.setCount(count);

    di.setDuration(duration);

    di.add(new Static1D(1));

    di.add(new Static1D(alpha));

    return mF.add(EffectNames.ALPHA, di, region, center);

    }

///////////////////////////////////////////////////////////////////////////////////////////////////

/**

 * Makes a certain sub-region of the Object smoothly change its transparency level.

 * <p>

 * Here the center of the Effect stays constant.

 *         

 * @param alpha    Level of Alpha (between 0 and 1) we want to interpolate to.

 * @param region   Region this Effect is limited to.

 *                 Null here means 'apply the Effect to the whole Object'.

 * @param center   Center of the Effect.

 * @param duration Time, in milliseconds, it takes to do one full interpolation.

 * @param count    Controls how many interpolations we want to do. See {@link Dynamic#setCount(float)}

 * @return         ID of the effect added, or -1 if we failed to add one.

 */

  public long alpha(float alpha, Static4D region, Static2D center, int duration, float count)

    {

    Dynamic1D di = new Dynamic1D();

    di.setCount(count);

    di.setDuration(duration);

    di.add(new Static1D(1));

    di.add(new Static1D(alpha));

    return mF.add(EffectNames.ALPHA, di, region, center);

    }

///////////////////////////////////////////////////////////////////////////////////////////////////

/**

 * Makes a certain sub-region of the Object smoothly change its transparency level.

 * <p>

 * Here the center of the Effect stays constant and the effect for now change in time.

 *         

 * @param alpha  Level of Alpha (between 0 and 1) we want to interpolate to.

 * @param region Region this Effect is limited to.

 *               Null here means 'apply the Effect to the whole Object'.

 * @param center Center of the Effect.

 * @return       ID of the effect added, or -1 if we failed to add one. 

 */

  public long alpha(float alpha, Static4D region, Static2D center)

    {

    Dynamic1D di = new Dynamic1D();

    di.setCount(0.5f);

    di.setDuration(0);

    di.add(new Static1D(1));

    di.add(new Static1D(alpha));

    return mF.add(EffectNames.ALPHA, di, region, center);

    }

///////////////////////////////////////////////////////////////////////////////////////////////////

/**

 * Makes the whole Object change its transparency level.

 * 

 * @param alpha    Level of Alpha (between 0 and 1) we want to interpolate to.

 * @param duration Time, in milliseconds, it takes to do one full interpolation.

 * @param count    Controls how many interpolations we want to do. See {@link Dynamic#setCount(float)}

 * @return         ID of the effect added, or -1 if we failed to add one. 

 */

  public long alpha(float alpha, int duration, float count) 

    {

    Dynamic1D di = new Dynamic1D();

    di.setCount(count);

    di.setDuration(duration);

    di.add(new Static1D(1));

    di.add(new Static1D(alpha));

    return mF.add(EffectNames.ALPHA, di,null, mZero2D);

    }

///////////////////////////////////////////////////////////////////////////////////////////////////  

/**

 * Makes a certain sub-region of the Object smoothly change its transparency level.

 * 

 * See {@link #alpha(Dynamic1D, Static4D, Dynamic2D)}

 */

  public long smooth_alpha(Dynamic1D alpha, Static4D region, Dynamic2D center)

    {

    return mF.add(EffectNames.SMOOTH_ALPHA, alpha, region, center);

    }

///////////////////////////////////////////////////////////////////////////////////////////////////

/**

 * Makes a certain sub-region of the Object smoothly change its transparency level.

 * 

 * See {@link #alpha(Dynamic1D, Static4D, Static2D)}

 */

  public long smooth_alpha(Dynamic1D alpha, Static4D region, Static2D center)

    {

    return mF.add(EffectNames.SMOOTH_ALPHA, alpha, region, center);

    }

///////////////////////////////////////////////////////////////////////////////////////////////////  

/**

 * Makes a certain sub-region of the Object smoothly change its transparency level.

 * 

 * See {@link #alpha(float, Static4D, Dynamic2D, int, float)}

 */

  public long smooth_alpha(float alpha, Static4D region, Dynamic2D center, int duration, float count)