compute-shaders

A real-time 3D function visualizer with a plug-and-play GPU pipeline—write simple compute shaders to create custom effects without dealing with complex rendering internals.

Fractal viewer in Python using compute shaders and the Arcade and Pyglet modules. Currently supports Julia, multi-Julia, Mandelbrot, Multibrot, Burning Ship, Newton Fractal and the Sierpinsky Carpet.

Research proof-of-concept. ~2-5% accuracy on ARC-AGI. NOT an ARC Prize submission. GPU compute-shader playground.

GPU texture reservoir computing — fragment-shader cellular automata with linear readouts for image classification and PDE solving. Honest benchmarks, CPU/OpenGL/CUDA backends.

Abstract We present NeuroCHIMERA (Neuromorphic Cognitive Hybrid Intelligence for Memory-Embedded Reasoning Architecture), a novel GPU-native neuromorphic computing framework resulting from the integration of two complementary theoretical and computational advances:Veselov's Hierarchical Number System (HNS) with consciousness emergence parameters

Game Of Life recreated with Python, Arcade, pyglet and compute shaders.

⚡ Zero-Server-Cost Browser-Native WebGPU Autograd Deep Learning Engine with PyTorch compatibility, WGSL Compute Shaders, and Zero-Copy Buffer Recycling.

Compile a restricted subset of Python into WGSL compute shaders that run on WebGPU

Same algorithm, many languages: a not-so-serious benchmarking project.

Native GPU compute pool: workers on any OS join an admin server with a one-liner (outbound WebSocket) and contribute GPU or CPU compute; jobs are sharded, AES-GCM sealed, computed, and pooled. Per-pool token wizard, TLS, throttling, self-healing services.

Exploring Cellular Automata, Numpy, Compute Shaders, and related topics