#bubbleuniverse — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #bubbleuniverse, aggregated by home.social.
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at the edge of the bubble universe
#Surreal #Fantasy #BubbleUniverse #Cosmic #Sci-fi #Landscape #Tower #Wormhole #Celestial #Dreamscape #Alien #Ethereal
#Img2img #AiArt #AiArtists #AiArtCommunity #StableDiffusionon in-our-bubble objects: https://aieris.art/featured/at-the-edge-of-the-bubble-universe-eris-and-ai.html
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at the edge of the bubble universe
#Surreal #Fantasy #BubbleUniverse #Cosmic #Sci-fi #Landscape #Tower #Wormhole #Celestial #Dreamscape #Alien #Ethereal
#Img2img #AiArt #AiArtists #AiArtCommunity #StableDiffusionon in-our-bubble objects: https://aieris.art/featured/at-the-edge-of-the-bubble-universe-eris-and-ai.html
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Appearance Panel:
- Themes: limited selection, sorry.
- Particle Size: stay below 5 unless the number of particles is very small.
- Trail Persistence: all the good stuff happens between 0.9 and 1.0 (though this demo shows an alternate use).Brightness Panel:
- it's just a mixer. If your image oversaturates, you might be able to save it here.Post Panel:
- Bloom - I wrote about it above in 🧵12 through 🧵14.
- Tone Map - Just wrote it. No tips.🧵 38/N
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Appearance Panel:
- Themes: limited selection, sorry.
- Particle Size: stay below 5 unless the number of particles is very small.
- Trail Persistence: all the good stuff happens between 0.9 and 1.0 (though this demo shows an alternate use).Brightness Panel:
- it's just a mixer. If your image oversaturates, you might be able to save it here.Post Panel:
- Bloom - I wrote about it above in 🧵12 through 🧵14.
- Tone Map - Just wrote it. No tips.🧵 38/N
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Some notes on the controls:
Motion Panel:
- Sequence Count and Length: the number of particles.
- R: a magic number. Simple fractions (e.g. 0.5 or 0.667) produce different patterns.
- S: an even more magic number. Explore very small S, 0.000 .. 0.015 or so.
- S Blocks: most interesting with very small S.(continued)
🧵 37/N
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Some notes on the controls:
Motion Panel:
- Sequence Count and Length: the number of particles.
- R: a magic number. Simple fractions (e.g. 0.5 or 0.667) produce different patterns.
- S: an even more magic number. Explore very small S, 0.000 .. 0.015 or so.
- S Blocks: most interesting with very small S.(continued)
🧵 37/N
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The bubble universe explorer is now live on the world-wide web. Please try it out. See posts above for some examples of what it can do.
Thank you!
https://kbob.github.io/bubble-universe/
🧵 36/N
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The bubble universe explorer is now live on the world-wide web. Please try it out. See posts above for some examples of what it can do.
Thank you!
https://kbob.github.io/bubble-universe/
🧵 36/N
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The web app is now functionally complete. 18 knobs, most of the space unexplored.
Building this with the LLM was interesting; I'll write more about that on my LLM thread.
I'll get it up on a public-facing server soon...
🧵 34/N
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The web app is now functionally complete. 18 knobs, most of the space unexplored.
Building this with the LLM was interesting; I'll write more about that on my LLM thread.
I'll get it up on a public-facing server soon...
🧵 34/N
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THIS! This is gonna be awesome!
It's about half implemented, and 99% LLM-generated. Sorry!
But it runs in a browser, and soon it'll run in your browser. Good luck!
🧵 33/N
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THIS! This is gonna be awesome!
It's about half implemented, and 99% LLM-generated. Sorry!
But it runs in a browser, and soon it'll run in your browser. Good luck!
🧵 33/N
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If it weren't for unfamiliarity with front end tech, I think I could probably write this code about as fast myself. But I'd work harder at it. I'd have to keep myself in the flow. Now I'm just watching TV.
Anyway, these have been some thoughts from somebody with practically no experience with agent coding. More later, most likely. And maybe, a #BubbleUniverse you can play with yourself!
🧵 15/N
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If it weren't for unfamiliarity with front end tech, I think I could probably write this code about as fast myself. But I'd work harder at it. I'd have to keep myself in the flow. Now I'm just watching TV.
Anyway, these have been some thoughts from somebody with practically no experience with agent coding. More later, most likely. And maybe, a #BubbleUniverse you can play with yourself!
🧵 15/N
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So we wrote some code together. The task I've set is translating the #BubbleUniverse from Python + wgpu-py to Javascript + WebGPU. It's coming along.
This is faster than I could do myself for a couple of reasons.
- I don't know HTML, CSS, or Javascript very well. I spend too much time looking things up.
- I don't type very accurately. I leave typos in my code way too often.🧵 12/N
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So we wrote some code together. The task I've set is translating the #BubbleUniverse from Python + wgpu-py to Javascript + WebGPU. It's coming along.
This is faster than I could do myself for a couple of reasons.
- I don't know HTML, CSS, or Javascript very well. I spend too much time looking things up.
- I don't type very accurately. I leave typos in my code way too often.🧵 12/N
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Here's another bubble universe variant. This time it's a 10 minute video with decent quality.
This isn't very bubbly, but that's kind of the point. It seems the algorithm makes all kinds of swirly shapes, and bubbles are just a special case.
🧵 32/N
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Here's another bubble universe variant. This time it's a 10 minute video with decent quality.
This isn't very bubbly, but that's kind of the point. It seems the algorithm makes all kinds of swirly shapes, and bubbles are just a special case.
🧵 32/N
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Here's another variation on the bunched particle sequences I showed in 🧵 21. Slight variation on the triad color scheme, number of particles is 80,000 visible out of 200,000 active. Plus maybe 1,000,000 particle afterimages in the trails. (Default is 20,000 particles.)
There's way too much fine detail for video, so I'm showing just one still image. Trust me, it looks cool in motion on a 5K monitor. (Zoom in if you're using a smaller display.)
🧵 31/N
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Here's another variation on the bunched particle sequences I showed in 🧵 21. Slight variation on the triad color scheme, number of particles is 80,000 visible out of 200,000 active. Plus maybe 1,000,000 particle afterimages in the trails. (Default is 20,000 particles.)
There's way too much fine detail for video, so I'm showing just one still image. Trust me, it looks cool in motion on a 5K monitor. (Zoom in if you're using a smaller display.)
🧵 31/N
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This week's trendy LLM is QWEN3.6. It's small enough to run at home, so I downloaded a copy and asked it about the bubble universe. 13 CPU hours later*, it told me some things. Pretty good analysis for a machine with no eyes.
https://gist.github.com/kbob/4c2da8d0dcd6ad5bfae0fc68b47ab62d
* llama.cpp doesn't use the GPU on Intel Macs.
🧵 30/N
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This week's trendy LLM is QWEN3.6. It's small enough to run at home, so I downloaded a copy and asked it about the bubble universe. 13 CPU hours later*, it told me some things. Pretty good analysis for a machine with no eyes.
https://gist.github.com/kbob/4c2da8d0dcd6ad5bfae0fc68b47ab62d
* llama.cpp doesn't use the GPU on Intel Macs.
🧵 30/N
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This idea is also gnawing at me: Suppose you took the particles in one sequence, fed their X, Y coordinates into a DAC, advanced the simulation time and generated those particles' next positions and fed them into the DAC, etc. You'd get a waveform, and it'd have a fundamental frequency of however often you repeated the sequence. That's oscilloscope music, right?
That's what inspired the oscilloscope theme that appeared briefly in 🧵 22.
🧵 29/N
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This idea is also gnawing at me: Suppose you took the particles in one sequence, fed their X, Y coordinates into a DAC, advanced the simulation time and generated those particles' next positions and fed them into the DAC, etc. You'd get a waveform, and it'd have a fundamental frequency of however often you repeated the sequence. That's oscilloscope music, right?
That's what inspired the oscilloscope theme that appeared briefly in 🧵 22.
🧵 29/N
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Bubble universe, what's next? I feel like I've reached a stopping point, at least for now.
Originally, I wanted to make a web page with parameters hooked up to a control panel so anyone with a browser could explore the universe of bubbleverses (bubbleverseiverse?). But I really don't want to translate 4,000 lines of Python into Javascript (I hate JS).
🧵 21 above shows an interesting direction to explore.
🧵 28/N
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Bubble universe, what's next? I feel like I've reached a stopping point, at least for now.
Originally, I wanted to make a web page with parameters hooked up to a control panel so anyone with a browser could explore the universe of bubbleverses (bubbleverseiverse?). But I really don't want to translate 4,000 lines of Python into Javascript (I hate JS).
🧵 21 above shows an interesting direction to explore.
🧵 28/N
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This shows what it's doing graphically. The hue wheel around the bubble shows which hues are active at any moment. On the left, there's a color map. Each particle sequence is a column. Particles early in each sequence are at the bottom of the map, and later, more coherent particles at the top.
🧵 27/N
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This shows what it's doing graphically. The hue wheel around the bubble shows which hues are active at any moment. On the left, there's a color map. Each particle sequence is a column. Particles early in each sequence are at the bottom of the map, and later, more coherent particles at the top.
🧵 27/N
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Less is more in the Triad theme.
- fewer hues (see previous post).
- fewer particles. Using the alpha channel, the color map turns off 3/4 of the particle sequences.
- particles sometime hidden. Also using alpha, the color map fades each particle in and out over time. That makes the display less busy without reducing complexity.
🧵 26/N
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Less is more in the Triad theme.
- fewer hues (see previous post).
- fewer particles. Using the alpha channel, the color map turns off 3/4 of the particle sequences.
- particles sometime hidden. Also using alpha, the color map fades each particle in and out over time. That makes the display less busy without reducing complexity.
🧵 26/N
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Triad is my newest bubble universe theme and the first to use a dynamic colormap. I want to explain how it works.
Triad is based on triadic colors -- three colors evenly spaced around the hue wheel. But the three colors are actually narrow ranges of hues, and they shift with time.
I like rotating triadic colors. They're bold and colorful, and less stale than the rotating rainbows many LED projects use.
🧵 25/N
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Triad is my newest bubble universe theme and the first to use a dynamic colormap. I want to explain how it works.
Triad is based on triadic colors -- three colors evenly spaced around the hue wheel. But the three colors are actually narrow ranges of hues, and they shift with time.
I like rotating triadic colors. They're bold and colorful, and less stale than the rotating rainbows many LED projects use.
🧵 25/N
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Aaaugh. Mastodon's transcoding stamped all over the video quality. Here's a still frame that should retain the quality.
🧵 24/N
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Aaaugh. Mastodon's transcoding stamped all over the video quality. Here's a still frame that should retain the quality.
🧵 24/N
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The vaporwave theme was the first one I thought of adding a background to, and the last one to get "finished". Spousey saw an earlier version and asked why the bubble's background was just solid blue. So I started thinking about reflection and refraction.
What you see here is in no way "realistic", but it might be "convincing".
🧵 23/N
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The vaporwave theme was the first one I thought of adding a background to, and the last one to get "finished". Spousey saw an earlier version and asked why the bubble's background was just solid blue. So I started thinking about reflection and refraction.
What you see here is in no way "realistic", but it might be "convincing".
🧵 23/N
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Demo Reel!
I'm revealing a bunch of new features here.
- color map shaders
- animated color maps
- animated particle opacity
- animated background shaders
- text overlay
- themes
- theme cyclingI put it on MakerTube, as it's a little big for Mastodon.
🧵 22/N
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Demo Reel!
I'm revealing a bunch of new features here.
- color map shaders
- animated color maps
- animated particle opacity
- animated background shaders
- text overlay
- themes
- theme cyclingI put it on MakerTube, as it's a little big for Mastodon.
🧵 22/N
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Here's another one.
Too much going on here to explain it all, but the new thing (to me) is bunching up the particle sequences. Instead of spreading them uniformly, they're in five distinct bunches. So some parts of the bubble space are much denser than before, and most of it is empty.
🧵 21/N
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Here's another one.
Too much going on here to explain it all, but the new thing (to me) is bunching up the particle sequences. Instead of spreading them uniformly, they're in five distinct bunches. So some parts of the bubble space are much denser than before, and most of it is empty.
🧵 21/N
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Okay, here's a better diffused trail example. The trick was to make the trails really long (and decimate the particles).
The diffusion blurs each frame with a 5x5 Gaussian and adds it into the next one.
🧵 19/N
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Okay, here's a better diffused trail example. The trick was to make the trails really long (and decimate the particles).
The diffusion blurs each frame with a 5x5 Gaussian and adds it into the next one.
🧵 19/N
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I added particles contrails to the bubble universe. It's not my original idea; @larsbrinkhoff had them in his Javascript implementation.
This should be a better video than usual. I ditched pyAV and saved a PNG file for each frame. EDIT: Nope. My mastodon instance reencoded it.
Coming "soon": I'm thinking about blurring the contrails, and I've also got some new color schemes in the wings.
🧵 16/N
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I added particles contrails to the bubble universe. It's not my original idea; @larsbrinkhoff had them in his Javascript implementation.
This should be a better video than usual. I ditched pyAV and saved a PNG file for each frame. EDIT: Nope. My mastodon instance reencoded it.
Coming "soon": I'm thinking about blurring the contrails, and I've also got some new color schemes in the wings.
🧵 16/N
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I've been working on adding color themes to the bubble universe. Before today (Easter Sunday) is out, I want to preview the work-in-progress Easter theme.
🧵 15/N
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I've been working on adding color themes to the bubble universe. Before today (Easter Sunday) is out, I want to preview the work-in-progress Easter theme.
🧵 15/N
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Light bloom is done with multipass blurring. First the image is downsampled 5 times and blurred into a new image half as big using a 6x6 filter. Then each downsampled image is blurred again and added back to its parent
using a 3x3 filter. Finally, the half-size image is blurred and mixed with the original image.It's cheap! About 80 texture read operations per pixel total.
(See alt. text for video explanation. Or see https://learnopengl.com/Guest-Articles/2022/Phys.-Based-Bloom .)
🧵 14/N
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Light bloom is done with multipass blurring. First the image is downsampled 5 times and blurred into a new image half as big using a 6x6 filter. Then each downsampled image is blurred again and added back to its parent
using a 3x3 filter. Finally, the half-size image is blurred and mixed with the original image.It's cheap! About 80 texture read operations per pixel total.
(See alt. text for video explanation. Or see https://learnopengl.com/Guest-Articles/2022/Phys.-Based-Bloom .)
🧵 14/N
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I've been working on a light bloom filter for the bubble universe. There's this weird checkerboard pattern in the glow - most visible in the southeast corner where the arrow is.
I finally figured it out. That is, I'm pretty sure, caused by floating point overflow. I'm using f16 because wgpu on my GPU doesn't support blending into an f32 buffer.
Anyway. Light bloom. I'll probably turn it down once it's debugged.
🧵 12/N
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I've been working on a light bloom filter for the bubble universe. There's this weird checkerboard pattern in the glow - most visible in the southeast corner where the arrow is.
I finally figured it out. That is, I'm pretty sure, caused by floating point overflow. I'm using f16 because wgpu on my GPU doesn't support blending into an f32 buffer.
Anyway. Light bloom. I'll probably turn it down once it's debugged.
🧵 12/N
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I don't think I pushed that effect far enough. MPEG compression adds a lot of grit, so here's a still for comparison.
Meanwhile, I've been working on light bloom. That's the next scheduled effect. This dandelion thing wasn't scheduled, though, and neither were 🧵 9 or 🧵 8.
🧵 11/N
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I don't think I pushed that effect far enough. MPEG compression adds a lot of grit, so here's a still for comparison.
Meanwhile, I've been working on light bloom. That's the next scheduled effect. This dandelion thing wasn't scheduled, though, and neither were 🧵 9 or 🧵 8.
🧵 11/N