Grant Kot
@kotsoft
Followers
8K
Following
3K
Media
400
Statuses
1K
Liquid Layers & Liquid Crystal: https://t.co/yXZexJtwCH | https://t.co/kMG3IXUSNZ | https://t.co/kOjtF6dYDb All videos real-time, no speedups.
NYC
Joined August 2009
With SPH if you scale the repulsion so it's stronger on the y-axis than x-axis while keeping the attraction radial you get some similar tendril behavior.
What an awkward bug! There's no player input, no forces. I just made a liquid simulation algorithm, and it's trying to work. Yet the behavior somehow is so sophisticated, a combination of chaos and order. Like it's trying to self-organize into something, but fails.
3
4
117
Started setting up a reactions system. Water, sand and lava. Let me know what materials + reactions you want to see 🙏
5
0
18
A combination of MPM and SPH. MPM helps simulate elastics without springs, SPH helps keep the particle spacing nice and even and has nice surface tension. Might be similar to PBMPM.
1
2
123
@kotsoft Okay just tested this out -- this is possible today! You can configure different environments in Wrangler configuration and use the same binding, you just need different secret names since they are account-level. ( https://t.co/SOVGZ2aYvO)
1
2
3
saw a super cool tab box by @legionsdev and had to give it a try. i think this would be cool in a liquid physics sandbox ;)
1
0
18
Multithreaded WebAssembly in my iPad browser. Experimenting with some new ways to color the particles. Also hope to have more materials and reactions. Will be combining with mass spring and pencil physics. Actually a very fast device for $300.
5
12
145
thanks for testing on the @daylightco! how is the latency with faster scribbles/zigzags? i made this demo because a lot of people were mentioning latency issues in the browser (this uses PointerEvent getPredictedEvents to try to reduce latency).
0
0
11
Using clustered shape matching to make the lines a bit more flexible
1
4
76
inspired by the game Crayon Physics Deluxe. used the paper Meshless Deformations Based on Shape Matching by Muller et al.
1
0
34