Jeff Budsberg
jbudsberg
About Me
INDUSTRY
Film/TV
Connect
LOCATION
United States
WEBSITE
Houdini Skills
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Not Specified
Recent Forum Posts
OpenVDB example file Aug. 4, 2023, 5:10 p.m.
Another update is available today! Took a while (to make sure I didn't break anything), but I've scrubbed the file and swapped everything I could to native SOPs.
A few opensource nodes/workflows remain (demonstrating new or slightly-different functionality), but I've tried to create parallel native workflows when possible.
A few opensource nodes/workflows remain (demonstrating new or slightly-different functionality), but I've tried to create parallel native workflows when possible.
OpenVDB example file July 31, 2023, 10:42 p.m.
Thanks for the list! Yea I’m always running with the opensource nodes, but these days most things should have parity. I can totally scrub through and see what I can move to native nodes.
OpenVDB example file July 31, 2023, 2:17 p.m.
hey all,
Heads up--in preparation for the OpenVDB Course at Siggraph, I've updated the examples HIP and it's now live on the website. A few updates throughout, but the big changes are new sections for extrapolation and AX. Let me know if you have any questions or would like to see anything else.
https://www.openvdb.org/download/ [www.openvdb.org]
This Houdini HIP file demonstrates many of the nodes in the toolkit and illustrates fundamental concepts such as OpenVDB tree structures, tiles and voxels, narrow-band level sets and fog volumes. More importantly, it presents recommended workflows for common tasks like particle surfacing, polygon conversion, fracturing, filtering, resampling, extrapolation, etc. The current hip file is tested with Houdini 19.5 and OpenVDB 9.1.
Heads up--in preparation for the OpenVDB Course at Siggraph, I've updated the examples HIP and it's now live on the website. A few updates throughout, but the big changes are new sections for extrapolation and AX. Let me know if you have any questions or would like to see anything else.
https://www.openvdb.org/download/ [www.openvdb.org]
This Houdini HIP file demonstrates many of the nodes in the toolkit and illustrates fundamental concepts such as OpenVDB tree structures, tiles and voxels, narrow-band level sets and fog volumes. More importantly, it presents recommended workflows for common tasks like particle surfacing, polygon conversion, fracturing, filtering, resampling, extrapolation, etc. The current hip file is tested with Houdini 19.5 and OpenVDB 9.1.