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OpenGL_ProgrammablePipeline_Raymarcher_QuaternionicJuliaSet_JOGL Advanced fragment shader implementing some kind of GPGPU raymarcher to render a quaternionic Julia set. Lit with 8 lightsources using phong shading. |
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OpenGL_ProgrammablePipeline_Raymarcher_Mandelbrot3D_JOGL Advanced fragment shader implementing some kind of GPGPU raymarcher to render a 3d Mandelbrot using a surface formula suggested by "bugman": X=x^2-y^2-z^2 Y=2xy Z=2xz-2yz. Lit with 8 lightsources... |
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OpenGL_ProgrammablePipeline_Raymarcher_IsoRubberCube_JOGL Advanced fragment shader implementing some kind of GPGPU raymarcher to render a 3d isosurface (here an isocube). Lit with 8 lightsources using phong shading. The "rubber" effect is achieved... |
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OpenGL_ProgrammablePipeline_Raymarcher_Metaballs_JOGL Advanced fragment shader implementing a GPGPU raymarcher to render multiple isosurface metaballs. Lit with 8 lightsources using phong shading. |
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OpenGL_ProgrammablePipeline_Raymarcher_IsoSurface_JOGL Advanced fragment shader implementing some kind of GPGPU raymarcher to render a 3d isosurface (here an isocube). Lit with 8 lightsources using phong shading. |
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OpenGL_ProgrammablePipeline_JuliaSet_JOGL Advanced fragment shader calculating a Julia set fractal in some kind of GPGPU fashion. |
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OpenGL_ProgrammablePipeline_Mandelbrot_JOGL Advanced fragment shader calculating a Mandelbrot fractal zoom in some kind of GPGPU fashion. |
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OpenGL_ProgrammablePipeline_Pseudo2D3DDeformations_JOGL "Ported" some WebGL/ES 2D texture deformation fragment shaders from this site http://www.iquilezles.org/apps/shadertoy/ to JOGL. |
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Intelesense InteleView 3 This is a video showing and early version of InteleView 3. |
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Automatic Mesh Reduction This is a tool to automatically reduce the number of faces in a mesh, while trying to retain the defining features of the original mesh. The tool will be used in a game that I am working on. It is written in Scala and rendered using JOGL. |
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OpenGL_ProgrammablePipeline_IntermediateParticleSystem_JOGL "Intermediate Particle System" using a more complex movement algorithm as in the "Basic Particle System". |
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OpenGL_ProgrammablePipeline_BasicParticleSystem_JOGL_Variation_02 Another variation of the "Basic Particle System" routine, but this time with 950.000 particles per frame (4x more as before). |
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OpenGL_ProgrammablePipeline_BasicParticleSystem_JOGL_Variation_01 Same code as in the basic "Particle System" routine, but varied parametes. With particle system I guess decent configuration is half way there. |
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OpenGL_ProgrammablePipeline_BasicParticleSystem_JOGL Basic stateless "Particle System" calculated entirely as vertex shader. |
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OpenGL_ProgrammablePipeline_PointBasedRendering_JOGL "Point based rendering" routine approximating a mesh surface solely with points. The 250.000 points are fully shaded using mutliple lightsources and specular. |
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Generic Engine - The Monolith Implementation of a small scene graph Generic Engine: http://genericengine.net Music: http://www.oursvince.com |
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OpenGL_ProgrammablePipeline_Diffraction_JOGL "Diffraction" shader emulating the anisotropic "reflection" characteristic of nano surface structures (e.g. like the grates of a compact disc). |
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OpenGL_ProgrammablePipeline_ParallaxOcclusionMapping_JOGL "Parallax Occlusion Bumpmapping" using a diffuse-, normal, specular and heightmap to approximate realistic surface material features. Not as good as cryteks shader, but good enough for me :) |
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Window Effect - Headtracking (Java and OpenGL) Here is a cool video from my 1st Master in Computer Science (at University of Mons, Belgium) project. the project is about head and handtracking. The goal was to achieve similar results to those obtained by johnny lee's demo by developping a new application from scratch, only using Wii remote drivers. The application was developped in java and the graphics are made with OpenGL. The goal of this video is to show a window effect : when you come closer to the screen, you can see more of all the scene. As you go left or right, the scene is adapted in rela time to give an impressive effect of looking through a window. |
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OpenGL_ProgrammablePipeline_Refraction_Alternative_JOGL "Alternative Refraction" shader immitating a more glass-look-alike than the physically correct refraction shader, but without chromatic abberations this time. |
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