Graphics Projects 2012

Following projects have been developed at Brno University of Technology in academic year 2011/2012. Projects of other academic years are on the pages Inventor Projects 2005, Inventor Projects 2006, Graphics Projects 2007, Graphics Projects 2010, Graphics Projects 2011, Graphics Projects 2012, Graphics Projects 2013, Graphics Projects 2014, Graphics Projects 2021, Graphics Projects 2022.

The projects were supervised by Jan Pečiva (aka PCJohn, peciva fit.vutbr.cz).

Most of the projects are placed in public domain. See license information in the source files.

 

 

Computer game project focused on light effects

What does it do: FPS Game - killing skeletons Phong lighting Normal mapping Parallax mapping Parallax occlusion mapping Iterative parallax mapping Experimental method with Silhouettes

Authors: Dušan Hupka (xhupka00 stud.fit.vutbr.cz) License: BSD Sources: src.zip (41KB) Binaries: bin.zip (72MB) Report: BP_xhupka00.pdf (1.9MB)

 

Collaborative Interaction among Users in Virtual 3D Scene

What does it do: Arcade - Space arena HotSeat or LAN - up to 4 player Simple Artificial Intelligence EXPLOSIONS! (Particle effects) Qt, OpenSceneGraph

Authors: Michal Tóth (xtothm00 stud.fit.vutbr.cz) License: public domain Sources: Kimu-src.zip (108 KB) Binaries and Graphics: Kimu.rar (35 MB) SourceForge: link

 

Graphics Scene Visualization Using OGRE Library

What does it do: Futuristic racing game inspired by Wipeout and TRON Single player gameplay Split screen gameplay for two players Shaders in Cg and particle effects OGRE 3D, Bullet physics, OgreOggSound, MyGUI

Authors: Marián Ondrejíček (xondre02 stud.fit.vutbr.cz) License: GNU GPLv2 Sources: link (160 KB) Binaries and Data: link (55 MB) Video: link

 

Raytracing of Virtual Graphics Scenes

What it does: physically precise complex light model based on Fresnel's equations reflections and refractions Schlick's BRDF approximation for transparent objects Phong lighting model with Phong shading scalable multi-threaded parallel computation for optimal CPU utilization 4x or 8x FSAA (multisampling) for better image quality scalable surface reflections and interface refractions multiple texturing modes with bilinear filtering both interactive and console (batch) operation supported OpenSceneGraph scenes input NOTE: if you don't already have OSG installed, unpack the OSG binaries into the bin directory

Authors: Andrej rypák (xrypak00 stud.fit.vutbr.cz) License: GNU GPLv3 Sources: Source.zip (56KB) Binaries and models: bin.zip (24MB) OSG binaries: OSG_bin.zip (29MB) Report: DP_xrypak00.pdf (4.3MB)

 

OpenGL Performance Measurement Tool

What does it do: Phong shading with specular Bump Mapping Simple parallax mapping Steep parallax mapping Parallax occlusion mapping 2 methods of self-shadowing

Authors: Pavol Rehorčík (xrehor00 stud.fit.vutbr.cz) License: public domain Sources: Source.zip (10 MB) Binaries: Binaries.zip (21 MB) Report: BT Pavol Rehorčík.pdf (4 MB)

 

Graphics Scene Visualization Using Shadow Maps

What does it do: 3 testing scenes Shadow mapping Soft Shadow mapping Parallel Split Shadow Mapping Light Space Perspective Shadow Mapping Light Space Perspective Shadow Mapping using multiple cammeras

Authors: Tomáš Plachý (xplach02 stud.fit.vutbr.cz) License: Simplified BSD Sources: DemoApp.zip (27 MB) Binaries: Binaries.zip (5 MB) Report: BP Tomáš Plachý.pdf (8 MB)

 

Level of Detail (LOD) Algorithms in OpenSceneGraph Library

What does it do: Player controlled ship in an open space environment Thousands of asteroids with active level of detail OpenSceneGraph LOD as well as own LOD implementation Alpha blending Particle system effects

Authors: xkouko00 (xkouko00 stud.fit.vutbr.cz) License: public domain Sources: src.zip (42KB) Binaries: bin.zip (23MB) Report: BP_xkouko00.pdf (2.5MB)