Ray Tracing with Bounding Volume Hierarchies
Ray Tracing with Bounding Volume Hierarchies
Ray Tracing with Bounding Volume Hierarchies
Ray Tracing with Bounding Volume Hierarchies
Organization:
UC San Diego
Organization:
UC San Diego
Organization:
UC San Diego
Duration:
Jan 2023 - Mar 2023
Duration:
Jan 2023 - Mar 2023
Duration:
Jan 2023 - Mar 2023
Overview
Constructed classes for geometries, light, ray, camera, scene, etc. using polymorphism and encapsulation in C++
Managed to transform ray from camera frame to world frame; compute ray-object intersection; and render each pixel by finding the color of the hit object, considering attenuation, shadows, ambient, diffuse, recursive specular, and refraction
Implemented the Bounding Volume Hierarchy (BVH) acceleration structure that can successfully reduce the rendering time to logarithmic in the number of objects
Overview
Constructed classes for geometries, light, ray, camera, scene, etc. using polymorphism and encapsulation in C++
Managed to transform ray from camera frame to world frame; compute ray-object intersection; and render each pixel by finding the color of the hit object, considering attenuation, shadows, ambient, diffuse, recursive specular, and refraction
Implemented the Bounding Volume Hierarchy (BVH) acceleration structure that can successfully reduce the rendering time to logarithmic in the number of objects
Overview
Constructed classes for geometries, light, ray, camera, scene, etc. using polymorphism and encapsulation in C++
Managed to transform ray from camera frame to world frame; compute ray-object intersection; and render each pixel by finding the color of the hit object, considering attenuation, shadows, ambient, diffuse, recursive specular, and refraction
Implemented the Bounding Volume Hierarchy (BVH) acceleration structure that can successfully reduce the rendering time to logarithmic in the number of objects
Overview
Constructed classes for geometries, light, ray, camera, scene, etc. using polymorphism and encapsulation in C++
Managed to transform ray from camera frame to world frame; compute ray-object intersection; and render each pixel by finding the color of the hit object, considering attenuation, shadows, ambient, diffuse, recursive specular, and refraction
Implemented the Bounding Volume Hierarchy (BVH) acceleration structure that can successfully reduce the rendering time to logarithmic in the number of objects
