Irrlicht Engine

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//! Splits an image readable by Irrlicht of abitrary size into several parts and animates these parts from a given starting position to a given target destination.
class TesselatedImage

//! Constructor.
/*! @param img       - The path to the image.
    @param startFr   - Vector defining the left(x1)/bottom(y1)/front(z1) position of the cube within the parts are being randomly positioned.
    @param startTo   - Vector defining the right(x2)/top(y2)/behind(z2) position of the cube with x2 > x1, y2 > y1, z2 > z1.
    @param targetPos - The bottom left position of the final compound image.
    @param speed     - Amount of units per seconds a part is moving to its target position.
    @param maxTes    - The maximum number of parts that should be used to split the image. If resolutionX * resolutionY < maxTes then a part represents more than one pixel.
    @param colChange - How quickly a part can correct its color to reach the final color, defined in 'one unit per RGB' per second.
    @param type      - What the parts should be made of, default is using a Billboard.
    @param dim       - The quadratic dimension of the billboard or the radius of the sphere. See parameter type.
    @param gap       - The gap between parts.
*/
TesselatedImage(stringc img, vector3df startFr, vector3df startTo, vector3df targetPos, float speed=10.0f, int maxTes=5000, float colChange=5.0, Type type=Billboard, float dim=4.0f, float gap=0.05f);

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TesselatedImage *tesImage = new TesselatedImage(<your image>, vector3df(-600,0,500), vector3df(500, 550, 1000), vector3df(-130,50,100), 45, 15000, 10);
tesImage->startAnimation();

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if (tesImage->hasAnimationFinished())
{
    tesImage->reset();
    tesImage->startAnimation();
}

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#include "graphicsirr.h"
...
GraphicsIrr *graphics = GraphicsIrr::getInstance();

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IImage *image = graphics->driver->createImageFromFile(img.c_str());