However, this time was not wasted.
#tech #autism #disabilityrights #equality
However, this time was not wasted.
#tech #autism #disabilityrights #equality
communityforums.atmeta.com/discussions/...
communityforums.atmeta.com/discussions/...
Nonetheless, I'm not one to just take erasure and walk away. I'm planting the seeds for a return soon.
Nonetheless, I'm not one to just take erasure and walk away. I'm planting the seeds for a return soon.
Sadly that idealistic orchard is closed to people like myself it seems :/
Sadly that idealistic orchard is closed to people like myself it seems :/
pfdm.ai?srsltid=AfmB...
pfdm.ai?srsltid=AfmB...
www.mcsweeneys.net/articles/an-...
www.mcsweeneys.net/articles/an-...
ondisneyplus.disney.com/show/light-a...
ondisneyplus.disney.com/show/light-a...
I hold myself to the same account, I wish I'd deleted it sooner.
I hold myself to the same account, I wish I'd deleted it sooner.
www.nvidia.com/en-gb/autono...
www.nvidia.com/en-gb/autono...
Developed in a few days back in 2004, Krakatoa and its descents went on to be used on Avatar, Superman Returns, Harry Potter, Transforms and a ton of other high profile Hollywood films.
benhouston3d.com/blog/the-ori... #vfx #bts
Developed in a few days back in 2004, Krakatoa and its descents went on to be used on Avatar, Superman Returns, Harry Potter, Transforms and a ton of other high profile Hollywood films.
benhouston3d.com/blog/the-ori... #vfx #bts
The small limit has been a cop out, as we didn't quite know how to render huge numbers of (screen-space) shadow-casting lights without severe performance degradation.
The small limit has been a cop out, as we didn't quite know how to render huge numbers of (screen-space) shadow-casting lights without severe performance degradation.
drive.google.com/drive/folder...
drive.google.com/drive/folder...
Can we get anything interesting from a single cell?
For this we'll be using a standard MAC grid, which means we'll represent horizontal velocities (red) on the vertical edges and vertical velocities (green) on the horizontal edges of each cell.
Can we get anything interesting from a single cell?
For this we'll be using a standard MAC grid, which means we'll represent horizontal velocities (red) on the vertical edges and vertical velocities (green) on the horizontal edges of each cell.