Terrain engine features:

• Direct3D API.
• Geomipmapping CLOD algorithm for variable level of detail.
• Height-based multitexturing.
• Random terrain generation using fault formation and midpoint displacement techniques.
• Slope lighting.
• Basic Collision Detection enabling the user to "walk" on terrain geometry.
• First-person shooter style camera.
• Sky-box support.

Shader Playground features:

• Shaders programmed both in assembly language and Microsoft's High Level Shader Language.
• First person shooter style camera system.
• This project was implemented using C++ to run in the windows environment, and uses DirectX and Win32 API.

Collision detection using Quake 3 BSP files features:

• Collision detection using quake 3 BSP brush data.
• Bounding sphere and ray collision detection.
• Uses PVS(Potential Visibility Set) data to render geometry.
• First person shooter style camera system.
• This project was implemented using C++ to run in the windows environment, and uses DirectX and Win32 API.

Simple ray tracer features:

• Supports diffuse shading, Phong illumination, reflections, refractions, area lights and texture mapping.
• Usage of spatial subdivisions to speed up rendering.
• Soft shadows and glossy reflections using Monte Carlo approximation.
• This project was implemented using C++ to run in the windows environment, and uses Win32 API.