Optimisations of the light culling algorithm in a Forward+ Rendering Pipeline

Use of modern graphics hardware capable of general purpose computation has been the focus of recent developments in the real-time computer graphics community. Various techniques have been proposed which improve upon more traditional rendering systems through the use of general purpose compute. Tile based systems, such as Forward+, utilise general purpose compute to dynamically build linked lists of lights entirely on the GPU, however the effectiveness of the pipeline is heavily dependent on the accuracy and performance of the light/tile intersection tests. This project focusses on the improvement of these intersection tests, providing a more efficient Forward+ rendering pipeline