TNCG15

A Monte-Carlo Ray Tracer made for the course 'TNCG15 : Global Illumination & Rendering'.

The course introduces the mathematical models and theory for creating a ray tracer, but the implementation is all ours. Created in C++.

Currently an implementation of a Monte-Carlo raytracer with support for:

• Direct Lighting
• Soft Shadows
• Recursive mirror rendering
• Anti-Aliasing
• Translucency - Refraction and Reflection
• Global Illumination
• Multiple Area Light Sources
• Colored Light Sources
• Bounding Box AABB Collision Simplification
• Memory usage optimized
• Arbitrary Resolutions and Sample Counts
• Tonemapping and Color Correction

Image Gallery

Here are some images of the different scenes constructed in the main

Scene

Hall of Mirrors

Colored Light Sources

Tonemapping Techniques

Linear Reinhard Filmic Sigmoid