Don’t forget to look up
December 3, 2025 at 7:45 PM
Don’t forget to look up
New gaussian process slides going well
February 11, 2026 at 4:48 PM
New gaussian process slides going well
Picky Eaters - Gaussian Blur
January 26, 2026 at 4:05 PM
Picky Eaters - Gaussian Blur
Gaussian Edge, of split blade and opposing force 🧲🔩
December 9, 2024 at 12:03 AM
Gaussian Edge, of split blade and opposing force 🧲🔩
bluesky's system of blocks turns us all into the gaussian blur wizard who gaussian blurs you
October 17, 2024 at 4:14 AM
bluesky's system of blocks turns us all into the gaussian blur wizard who gaussian blurs you
As we all know, successive box blurs approximate a gaussian
Below is a 41x41 gaussian with std deviation 7.0, the double box is a 17x17 kernel, and the kawase is a traditional 5 pass
Gaussian: 0.19ms
Double Box: 0.14ms
Kawase: 0.1ms
(at 1080p on a 4090)
Below is a 41x41 gaussian with std deviation 7.0, the double box is a 17x17 kernel, and the kawase is a traditional 5 pass
Gaussian: 0.19ms
Double Box: 0.14ms
Kawase: 0.1ms
(at 1080p on a 4090)
August 5, 2026 at 3:23 AM
As we all know, successive box blurs approximate a gaussian
Below is a 41x41 gaussian with std deviation 7.0, the double box is a 17x17 kernel, and the kawase is a traditional 5 pass
Gaussian: 0.19ms
Double Box: 0.14ms
Kawase: 0.1ms
(at 1080p on a 4090)
Below is a 41x41 gaussian with std deviation 7.0, the double box is a 17x17 kernel, and the kawase is a traditional 5 pass
Gaussian: 0.19ms
Double Box: 0.14ms
Kawase: 0.1ms
(at 1080p on a 4090)
Yay, gaussian splats from my gaussian splats app :3
I got tired of how shit the options are for this in the app store
I got tired of how shit the options are for this in the app store
September 26, 2026 at 5:48 PM
Yay, gaussian splats from my gaussian splats app :3
I got tired of how shit the options are for this in the app store
I got tired of how shit the options are for this in the app store
Sometimes you accidentally make a beautiful thing (mid gaussian splatting)
March 13, 2026 at 3:29 PM
Sometimes you accidentally make a beautiful thing (mid gaussian splatting)
WAIT THIS IS A THING it's apparently called a gaussian integer??
ill use that next time to impress my peers with big words
en.wikipedia.org/wiki/Gaussia...
ill use that next time to impress my peers with big words
en.wikipedia.org/wiki/Gaussia...
Gaussian integer - Wikipedia
en.wikipedia.org
March 16, 2026 at 3:19 AM
WAIT THIS IS A THING it's apparently called a gaussian integer??
ill use that next time to impress my peers with big words
en.wikipedia.org/wiki/Gaussia...
ill use that next time to impress my peers with big words
en.wikipedia.org/wiki/Gaussia...
The Gaussian is a nice bumpy shape, but sometimes we hope for a smooth (i.e. C∞) function like the Gaussian that is 𝒂𝒍𝒔𝒐 compactly supported.
One such class of functions is called "Bump functions"
1/6
One such class of functions is called "Bump functions"
1/6
November 29, 2024 at 9:39 PM
The Gaussian is a nice bumpy shape, but sometimes we hope for a smooth (i.e. C∞) function like the Gaussian that is 𝒂𝒍𝒔𝒐 compactly supported.
One such class of functions is called "Bump functions"
1/6
One such class of functions is called "Bump functions"
1/6
I Gaussian Splatted @glitchfur.net 's head. It turned out really well!
#GaussianSplatting #StealAllOfReality
#GaussianSplatting #StealAllOfReality
December 27, 2024 at 5:32 AM
I Gaussian Splatted @glitchfur.net 's head. It turned out really well!
#GaussianSplatting #StealAllOfReality
#GaussianSplatting #StealAllOfReality
Gaussian is lowkey goated when blur is the vibe
March 20, 2025 at 9:45 PM
Gaussian is lowkey goated when blur is the vibe
Don't sleep on Gaussian processes. Most under-rated model class on this or any other planet (we've used Gaussian processes to study exo-planets!)
June 21, 2025 at 9:19 AM
Don't sleep on Gaussian processes. Most under-rated model class on this or any other planet (we've used Gaussian processes to study exo-planets!)
Did a quick modification to stick more to my usual approach, and a simple gaussian blur version, just so I can sleep better tonight.
October 14, 2025 at 1:18 AM
Did a quick modification to stick more to my usual approach, and a simple gaussian blur version, just so I can sleep better tonight.
actually what is this insane localized gaussian blur compression
September 20, 2026 at 8:53 AM
actually what is this insane localized gaussian blur compression
"oh, but what if the distribution isn't Gaussian!"
you just said it was polygenic. that means it is Gaussian. the more coins you are flipping the bigger the central peak.
you just said it was polygenic. that means it is Gaussian. the more coins you are flipping the bigger the central peak.
May 28, 2025 at 5:43 PM
"oh, but what if the distribution isn't Gaussian!"
you just said it was polygenic. that means it is Gaussian. the more coins you are flipping the bigger the central peak.
you just said it was polygenic. that means it is Gaussian. the more coins you are flipping the bigger the central peak.
you can just…make the gaussian blur a brush on procreate??? This changes everything
January 25, 2026 at 10:07 PM
you can just…make the gaussian blur a brush on procreate??? This changes everything
we do not need to consider a hypothesis where:
(a) we assume a Gaussian low tail;
(b) we assume a non-Gaussian high tail;
(c) we assume correlated SNPs w/ no large effect;
(d) we assume selection for being dumb when we don't find mean reversion;
(e) we invoke pleiotropy when this sounds crazy.
(a) we assume a Gaussian low tail;
(b) we assume a non-Gaussian high tail;
(c) we assume correlated SNPs w/ no large effect;
(d) we assume selection for being dumb when we don't find mean reversion;
(e) we invoke pleiotropy when this sounds crazy.
August 23, 2026 at 6:10 PM
we do not need to consider a hypothesis where:
(a) we assume a Gaussian low tail;
(b) we assume a non-Gaussian high tail;
(c) we assume correlated SNPs w/ no large effect;
(d) we assume selection for being dumb when we don't find mean reversion;
(e) we invoke pleiotropy when this sounds crazy.
(a) we assume a Gaussian low tail;
(b) we assume a non-Gaussian high tail;
(c) we assume correlated SNPs w/ no large effect;
(d) we assume selection for being dumb when we don't find mean reversion;
(e) we invoke pleiotropy when this sounds crazy.