Example rendering of a temporally structured, structured regular volume
Changing shutter time and duration for a TUV structured regular volume. TUVs allow for irregular time data and temporal refitting per voxel for improved fidelity and memory efficiency.
Interactive rendering of a large-scale volumetric cloudscape of VDB volumes, using Intel® Open Volume Kernel Library, Intel® OSPRay, and Intel® OSPRay Studio. Video
Open VKL based volumetric path tracing of a 5.9 million particle subset of the HACC DarkSky simulation. Data courtesy of Salman Habib and Katrin Heitmann at Argonne National Laboratory.
Created in SideFX Houdini, rendered in OSPRay 2.0 with Open VKL and Open Image Denoise.
Loading leaf data from the Disney Moana cloud dataset while the user manipulates the viewport. White regions indicate inner nodes, while blue regions indicate fully-loaded leaf data.
The Disney Moana island and cloud rendered with OSPRay 2.0 using the new Open VKL integration.
Created in SideFX Houdini, rendered in OSPRay 2.0 with Open VKL and Open Image Denoise.
Created in SideFX Houdini, rendered using Open VKL.