Alexander Rose
@asrose.bsky.social
Scientific software engineer & computational structural biologist, #molstar web molecular graphics developer.
Reposted by Alexander Rose
You can try it on Huggingface: huggingface.co/spaces/Jhsmi...
The data is only encoded in the link and not stored so you can use it to share unpublished data*
(at your own risk, no warranty, links might stop working)
The data is only encoded in the link and not stored so you can use it to share unpublished data*
(at your own risk, no warranty, links might stop working)
Ipymolstar Annotate Colors - a Hugging Face Space by Jhsmit
Annotate protein structural models with colors
huggingface.co
December 6, 2024 at 3:17 PM
You can try it on Huggingface: huggingface.co/spaces/Jhsmi...
The data is only encoded in the link and not stored so you can use it to share unpublished data*
(at your own risk, no warranty, links might stop working)
The data is only encoded in the link and not stored so you can use it to share unpublished data*
(at your own risk, no warranty, links might stop working)
Splendid, thank you
November 23, 2024 at 10:36 PM
Splendid, thank you
November 17, 2024 at 9:49 PM
A few notes on integrating SSGI into Mol*.
November 17, 2024 at 9:47 PM
A few notes on integrating SSGI into Mol*.
For tracing in screen-space we need to recover thickness.
Want it automatic, not fiddle with parameters.
Insight: Molecules are shown with visuals of very different density.
So we do 2 things
1) Base thickness from front- and back-face depth
2) Density factor to adjust for each type of visual
Want it automatic, not fiddle with parameters.
Insight: Molecules are shown with visuals of very different density.
So we do 2 things
1) Base thickness from front- and back-face depth
2) Density factor to adjust for each type of visual
November 17, 2024 at 9:47 PM
For tracing in screen-space we need to recover thickness.
Want it automatic, not fiddle with parameters.
Insight: Molecules are shown with visuals of very different density.
So we do 2 things
1) Base thickness from front- and back-face depth
2) Density factor to adjust for each type of visual
Want it automatic, not fiddle with parameters.
Insight: Molecules are shown with visuals of very different density.
So we do 2 things
1) Base thickness from front- and back-face depth
2) Density factor to adjust for each type of visual
Inputs are rendered by the same shader code as the standard rendering. There are just two extra output targets: normal + emissive strength and diffuse + density. Additionally we do a pass to get back face depth.
November 17, 2024 at 9:47 PM
Inputs are rendered by the same shader code as the standard rendering. There are just two extra output targets: normal + emissive strength and diffuse + density. Additionally we do a pass to get back face depth.
Main idea is to treat the SSGI as a progressive enhancement of sorts. Try to reuse as many of the passes used for normal rendering. And keep the overall look as similar as possible.
November 17, 2024 at 9:47 PM
Main idea is to treat the SSGI as a progressive enhancement of sorts. Try to reuse as many of the passes used for normal rendering. And keep the overall look as similar as possible.
High quality lighting from "path-traced" screen-space global illumination. Even works with only emissive lights.
November 17, 2024 at 9:47 PM
High quality lighting from "path-traced" screen-space global illumination. Even works with only emissive lights.
How long does the denoiser take compared to the rest?
November 16, 2024 at 1:06 AM
How long does the denoiser take compared to the rest?
Hard to judge detail quality but looks so smooth, very nice.
November 16, 2024 at 1:06 AM
Hard to judge detail quality but looks so smooth, very nice.