Create a raytracer with bare C++ (No Graphics Library Included), built to handle various materials, light sources, and geometric shapes, providing a foundational framework for generating realistic images.
-
Realistic Material Simulation: The ray tracer supports various materials, each with unique optical properties, includes:
- Diffuse surfaces that scatter light in many directions.
- Reflective materials that create mirrors and shiny surfaces.
- Transparent materials with refraction to simulate glass and liquids.
-
Dynamic Lighting: Implements point light sources with adjustable intensity and position.
-
Environment Mapping: Utilizes high-resolution environment maps to simulate distant scenery and reflections, adding depth and immersion to the scenes.
-
Reflection and Refraction: Accurately models the reflection and refraction of light, taking into account the material's specular characteristics and index of refraction for realistic visual effects.
- Download all files and open .sln project (visual studio)
- Or Download Geo.h and main.cpp (only 2 files needed) and compile on your own
- Anti-Aliasing: To smooth out jagged edges and improve image quality.
- More Geometric Primitives: Adding support for planes, boxes, and triangles to create more complex scenes.
- Advanced Material Models: Implementation of more sophisticated material models including subsurface scattering and metallic reflections.
- High-Performance Parallel Computing: Utilize the computational power of modern GPUs (CUDA), enabling real-time rendering capabilities even for complex scenes with high levels of detail.