Efficient rendering of cylinder streamlines and spheres using raytraced impostors. Implemented hierarchical Z-buffer occlusion culling to cull unseen objects and mitigate overdraw. Features post-processing with depth of field and bloom, along with screen-space ambient occlusion and temporal anti-aliasing.
Efficient rendering of cylinder streamlines and spheres using raytraced impostors. Implemented hierarchical Z-buffer occlusion culling to cull unseen objects and mitigate overdraw. Features post-processing with depth of field and bloom, along with screen-space ambient occlusion and temporal anti-aliasing.
Efficient rendering of cylinder streamlines and spheres using raytraced impostors. Implemented hierarchical Z-buffer occlusion culling to cull unseen objects and mitigate overdraw. Features post-processing with depth of field and bloom, along with screen-space ambient occlusion and temporal anti-aliasing.
Voxel terrain rendering with quadtree displacement mapping using min-max mipmaps. Terrain texturing done procedurally using multiple noise functions. Clouds are rendered as 2D with shadows to give depth. Smooth camera path is done using Catmull-rom splines. Project Link
Efficient ray-traversal of heightmaps using quadtree displacement mapping. Allows modification of texture offset and scale without recomputation of any acceleration structure. Project Link
Falling sand simulation done in the GPU in fragment shaders using block cellular automata with a Margolus neighborhood.
Features colored dynamic 2D lighting using the jump flooding algorithm.
Project Link
Voxel traversal using a hybrid SDF-voxel method. Traversal is done by initially doing raymarching/sphere tracing, and switching to voxel traversal when the distance is less than the bounding radius of the voxel. Project Link
Path tracing of an extruded quadtree structure of rectangular prisms using an implicit algorithm. Features polygonal bokeh for depth of field. Project Link
Implicit octree traversal using SDFs to define occupancy of a given cell. The basic idea is to check for occupancy of a cell by querying the SDF at the cell center, and if the distance is less than the bounding radius of the cell, it is occupied. Project Link
Spectral rendering in a compute path tracer.
Physically-based real-time sky and atmosphere with multiple scattering, implemented in Blender shader nodes.
Path tracing with Physically-based shading with GGX BRDF with approximate multiscattering. Features depth of field with uniform sampling of various shapes for different aperature shapes for bokeh. Project Link
Ray traversal of a packed sphere grid/rhombic dodecahedral honeycomb. Project Link
Voxel traversal using a hybrid SDF-voxel method. Traversal is done by initially doing raymarching/sphere tracing, and switching to voxel traversal when the distance is less than the bounding radius of the voxel. Project Link
Ray-traversal of two grids of primitives in a single traversal loop with single-pass depth of field. Project Link
A falling sand simulation using block cellular automata with Margolus neighborhood. Project Link
Fast ray-traversal of an extruded hexagonal grid. Project Link
Fast traversal of a dense grid of rectangular pillars using an implicit quadtree acceleration structure. Project Link
Spectral path tracing of a Cornell box scene with next event estimation/multiple importance sampling and basic hero wavelength spectral sampling. Project Link
Bloom implementation using only 2 buffer passes by making use of texture mipmaps. Project Link
Physically-based real-time sky and atmosphere with multiple scattering, implemented in Blender shader nodes.
Physically-based real-time sky and atmosphere with multiple scattering and aerial perspective.
Rendering volumetric shadows using raymarching with shadowmaps.
Ray-traversal of a truncated octahedron tessellation/bitruncated cubic honeycomb.