Linear Space Program
Astrologers proclaim the week of DEBUGGING GPU memory corrupted
vkconfig decided to delete its Vulkan SDK files after succeeding in converting an app crash into a full-blown system shutdown while running its validation Please open Telegram to view this post
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Linear Space Program
Astrologers proclaim the week of DEBUGGING GPU memory corrupted
Solved it!
Unlike
Unlike
cmdCopyImage, cmdBlitImage has to be submitted to a queue with a graphics capability (transfer isn't enough).❤1
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Linear Space Program
Slimevision 0.6 projection code: https://www.shadertoy.com/view/WcycRR
Grafted onto some minecraft-like renderer
https://www.shadertoy.com/view/WfGcRR
(grab a bag before opening)
https://www.shadertoy.com/view/WfGcRR
(grab a bag before opening)
🤩3
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Tried to replace Hashable with an adhoc specialized mm3-like mixer. Almost no speed gained, but Sponza now renders more... correctly? 😯
🔥4😁2
Linear Space Program
"Underwater" Claude Sonnet 3.5.1, free-form scene description It's actually pretty capable. The first images were simple, but had a point. Having seen the result it proposed a few tweaks. And after getting the sources for example scenes and elementary functions…
"Nocturne"
Claude Opus 4.6, full autonomy in subject, design and iterating on solution. No feedback or manual tweaking whatsoever.
https://gitlab.com/dpwiz/rtow/-/commit/2f1cfb4fa0c4eefe66c2bf9aecb5f59d4268b3d6
Unlike the previous installment, where I had to shuttle code and images, this one is made 1-shot with "Make what you like, iterate, I will not interfere".
Since the piece was done unattended, I have no intermediate steps captured (maybe next time). But it was nice to see Claude adjusting the camera and refining the scene.
In the end, it couldn't break away that much from priors, and the implementation falls short from what I've glimpsed from the planning. BUT. The result is carrying its intent, and the shiny balls add the much needed detail and anchoring. I can't read the glowing rods, though.
It had fun and in the end was satisfied, so I won't judge. After all, it's a thing Claude made for itself.
Claude Opus 4.6, full autonomy in subject, design and iterating on solution. No feedback or manual tweaking whatsoever.
https://gitlab.com/dpwiz/rtow/-/commit/2f1cfb4fa0c4eefe66c2bf9aecb5f59d4268b3d6
Unlike the previous installment, where I had to shuttle code and images, this one is made 1-shot with "Make what you like, iterate, I will not interfere".
Since the piece was done unattended, I have no intermediate steps captured (maybe next time). But it was nice to see Claude adjusting the camera and refining the scene.
In the end, it couldn't break away that much from priors, and the implementation falls short from what I've glimpsed from the planning. BUT. The result is carrying its intent, and the shiny balls add the much needed detail and anchoring. I can't read the glowing rods, though.
It had fun and in the end was satisfied, so I won't judge. After all, it's a thing Claude made for itself.
❤1👎1
Use SIMD, do ssssttttuuuuppppiiiidddd tttthhhhiiiinnnnggggssss faster, with more energy efficiency ☕️
https://dpwiz.gitlab.io/rtow/
https://dpwiz.gitlab.io/rtow/
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