Morten Vassvik's banner

Morten Vassvik

@vassvik • 2,966 subscribers

Simulation and rendering nerd. Co-founder and CTO @JangaFX. Working on EmberGen and more. Discord: vassvik @[email protected] @vassvik.bsky.social

Shorts

#EmberGen 1,275,035,648 active voxels 3616x2880x704 bounding box

#EmberGen 1,275,035,648 active voxels 3616x2880x704 bounding box

16,555 次观看

Trying to wrap up the collision and voxelization rework for #EmberGen 1.1 Left: Old collisions and voxelizer Right: New collisions and voxelizer

Trying to wrap up the collision and voxelization rework for #EmberGen 1.1 Left: Old collisions and voxelizer Right: New collisions and voxelizer

15,861 次观看

Improved the floor collision even more for #EmberGen 1.0, now adding some much needed friction, effectively making it a no-slip boundary. The free-slip condition used before tended to be unstable in certain setup, and gave the smoke an unnatural "sliding" motion along the floor.

Improved the floor collision even more for #EmberGen 1.0, now adding some much needed friction, effectively making it a no-slip boundary. The free-slip condition used before tended to be unstable in certain setup, and gave the smoke an unnatural "sliding" motion along the floor.

14,524 次观看

Videos

Anya Rossi

sweetdream.ai

SweetDream.ai•Sponsored•Livecam

Watch Anya Live

Anya is streaming live right now! Join her private show and enjoy exclusive content.

Exclusive private shows

1.2k viewers online

Private Show

Join now for exclusive access

Free preview available • Premium content

A common optimization to real-time fluid simulations in computer graphics is to use a "Multigrid" algorithm to acceleration the solver. This process is often fraught with pitfalls, and there are few references on the expected result. This aims to serve as one such reference.

A common optimization to real-time fluid simulations in computer graphics is to use a "Multigrid" algorithm to acceleration the solver. This process is often fraught with pitfalls, and there are few references on the expected result. This aims to serve as one such reference.

42,300 次观看 • 3 年前

A new interesting collision test case for #EmberGen 1.1. Inspired by a support request by a user on our Discord server, where the old collisions definitely wouldn't cut it on this crazy mesh and corresponding animation :D

A new interesting collision test case for #EmberGen 1.1. Inspired by a support request by a user on our Discord server, where the old collisions definitely wouldn't cut it on this crazy mesh and corresponding animation :D

20,968 次观看 • 3 年前

Diffusion flame experiment in what's to be #EmberGen 1.0

Diffusion flame experiment in what's to be #EmberGen 1.0

11,919 次观看 • 3 年前

Summary of recent improved collision experiments in #EmberGen Now uses pressure based colliders rather than the simpler force-based ones. They now respect the incompressibility constraint of the pressure solver, which makes all the difference.

Summary of recent improved collision experiments in #EmberGen Now uses pressure based colliders rather than the simpler force-based ones. They now respect the incompressibility constraint of the pressure solver, which makes all the difference.

11,315 次观看 • 3 年前

没有更多内容可加载