PyRhO
Optogenetics simulator
A Python module for simulating and characterizing optogenetics experiments
A virtual optogenetics laboratory
34 stars
3 watching
7 forks
Language: Python
last commit: over 1 year ago
Linked from 1 awesome list
brainbrainwebbrian2computational-neurosciencejupyter-widgetneuronneuroscienceopsinoptogeneticspython
asoplata/open-computational-neuroscience-resourcesRelated projects:
| Repository | Description | Stars |
|---|---|---|
 project-dc/pygeneses | A PyTorch-based framework for training and studying artificial species in bio-inspired environments | 72 |
 pynlo/pynlo | A Python package for simulating and modeling nonlinear optical effects in various materials and systems | 103 |
 david-hoffman/pyotf | Software for simulating optical transfer functions in microscopy using Python | 71 |
 mperrin/poppy | A Python package for simulating physical optics propagation, including diffraction. | 177 |
 brainpy/brainpy | A Python framework for flexible and efficient brain dynamics programming and simulation | 533 |
 locuslab/optnet | A PyTorch module that adds differentiable optimization as a layer to neural networks | 513 |
 probprog/pyprob | A probabilistic programming system for simulators and high-performance computing based on PyTorch | 27 |
 edsonportosilva/opticommpy | A Python-based framework to simulate various aspects of optical communications systems | 115 |
 gunhochoi/kind-pytorch-tutorial | A comprehensive tutorial on building and training PyTorch models using Python | 392 |
 higgsfield/interaction_network_pytorch | An implementation of Interaction Networks for learning physical simulations and generalizing to novel systems | 131 |
 aiqm/torchani | A PyTorch implementation of a neural network potential for molecular simulations | 464 |
 prlz77/resnext.pytorch | Reproduces ResNet-V3 with PyTorch for computer vision tasks | 508 |
 ypxie/pytorch-neucom | An implementation of the Differentiable Neural Computer architecture in PyTorch | 94 |
 opticspy/lightpipes | Simulates optical phenomena with diffraction essentiality using numerical methods. | 233 |
 moskomule/eve.pytorch | An implementation of an optimization algorithm inspired by a 2016 research paper | 33 |