reaction-diffusion
There are 3 repositories under reaction-diffusion topic.
- pywonderland
neozhaoliang / pywonderland
A tour in the wonderland of math with python.
Language:Python 4173 postspectacular / toxiclibs
Official master repo (Git version)
Language:Java 179- reaction-diffusion-playground
jasonwebb / reaction-diffusion-playground
Interactive reaction-diffusion simulation with organic patterns and behaviors that emerge from the interactions of two chemicals mixed together.
Language:JavaScript 145 benmaier / reaction-diffusion
Some Python examples to obtain reaction-diffusion results and animations.
Language:Jupyter Notebook 82- reaction-diffusion
linusmossberg / reaction-diffusion
WebGL reaction-diffusion system with variable anisotropic diffusion and Phong illumination.
Language:JavaScript 50 - readdyLanguage:C++ 50
colejd / Reaction-Diffusion-ThreeJS
Reaction-Diffusion simulation in Three.js
Language:JavaScript 40- reaction-diffusion-webgl
piellardj / reaction-diffusion-webgl
Reaction-diffusion on GPU in WebGL.
Language:TypeScript 29 volfegan / PixelGlitch
Image glitch visualization using various Pixel Sorting methods for Processing
Language:Processing 28pmontalb / TuringPatterns
C++/CUDA Implementation of the most popular reaction-diffusion dynamics
Language:Cuda 16- spatial-model-editor
spatial-model-editor / spatial-model-editor
Spatial bio-chemical reaction model editor and simulator
Language:C++ 14 - Language:C++ 13
ADicksonLab / OpenRXN
A free, open-source tool for modeling chemical reaction networks in Python
Language:Python 12cglabnccu / stylizationRD
An implementation of 'Image stylization using anisotropic reaction diffusion', The Visual Computer (SCIE)
Language:C++ 12- Language:C++ 12
mbn010 / Gray-Scott-reaction-diffusion-on-a-sphere
A finite element method implementation in Matlab to solve the Gray-Scott reaction-diffusion equation on the surface of a sphere.
Language:MATLAB 12- Language:C 10
B-Bischoff / Rhythmic-diffusion
Generate visuals based on music rhythm using reaction-diffusion.
Language:C++ 8- Anisotropic_cardiac_tissue-3D
bigquantum / Anisotropic_cardiac_tissue-3D
This a reaction-diffusion PDE solver in 3D implemented with C/C++/CUDA and OpenGL interoperability. In addition, the media has rotational anisotropy to account for the tissue fiber effects.
Language:Cuda 7 Pressio / pressio-demoapps
Suite of 1D, 2D, 3D demo apps of varying complexity with built-in support for sample mesh and exact Jacobians
Language:C++ 6bb4 / bb4-simulations
A collection of java simulations. Examples include reaction diffusion, fractals, henon phase exploration, snakes, dice, and fluid flow.
Language:Scala 5jk-keller / rotational-growth
Photoshop scripts to generate Turing patterns / reaction diffusion systems via rotation
Language:JavaScript 5basameera / Predator-Prey
Predator-prey simulator using Cellular Automata
Language:Processing 4drkndl / Reaction-Diffusion
Python3 implementation of the reaction-diffusion equation
Language:Jupyter Notebook 4msakuta / rd-system-wasm
Reaction-Diffusion system simulation in WASM with Rust
Language:Rust 4ndalchau / turing-model-reduction
Matlab scripts to recreate figures of the JR Soc Interface article "Model reduction enables Turing instability analysis of large reaction-diffusion models"
Language:MATLAB 4radu-dogaru / fast-fhn-rd-cnn-simulators
Four simulators for reaction-diffusion cellular nonlinear networks running on Google COLAB
Language:Jupyter Notebook 4- Binary_classification_phase_separation
rafael-a-monteiro-math / Binary_classification_phase_separation
Python code for the paper "Binary classification as a phase separation process", by Rafael Monteiro. Further information can be found in the tutorial website below.
Language:Jupyter Notebook 4 shivChitinous / tureactor
models of 2D reaction-diffusion systems
Language:Jupyter Notebook 4afiliot / Bayesian-Personalization-Of-A-Tumor-Growth-Model
Project on Medical Imaging - MVA MSc
Language:Jupyter Notebook 3- yolohtli
Yolohtli is a 2D cardiac electrophysiology solver developed in C/CUDA parallel programming language. The solver has many functionalities to facilitate the user experience and analysis. These include easy to use loading/saving options, keyboard/mouse user interactivity, and real time OpenGL graphics. Moreover, several non-standard functions have been implemented to monitor the evolution of spatio-temporal patterns, such as spiral tip tracking, contour tracking, complex boundaries, external stimulation, and many more.
Language:Cuda 3 dlozeve / reaction-diffusion
Reaction-Diffusion system simulation in Dyalog APL and BQN
Language:APL 3- Language:C++ 3
- Language:Python 3
kojix2 / gray_scott_gtk3
Ruby implementation of the Reaction diffusion system (Gray-Scott model)
Language:Ruby 3- 3D-Reaction-Diffusion
PedroRavaglia / 3D-Reaction-Diffusion
3D reaction diffusion project using WebGL 2.0 and ray casting to visualize the volume data.
Language:JavaScript 3
