All software
PhysicalConstants.jl
Collection of fundamental physical constants with uncertainties. It supports arbitrary-precision constants.
- Julia Package
- Physics
- Julia
PlanEO Dashboard
Provides an interactive interface for visualizing geographical data relevant to the MINE-DD project, including pathogen distribution, risk factors, and demographic analysis through both point data and raster overlays.
- Data Analysis
- Demographic Analysis
- Geographic Visualization
- + 8
- Svelte
- TypeScript
- Python
- + 5
Platalea
Platalea contains deep neural network architectures for modeling spoken language from multiple sources at once: audio, and simultaneously images, text or video. This can be used to learn about what different context sources add to the language acquisition process.
- Python
protein-detective
Python package to detect proteins in EM density maps.
- Python
protein-quest
Python package to search/retrieve/filter proteins and protein structures
- Python
PSRDADA python
If you want to do astrophysics in python, this could come in handy. Connect to a radiotelescope and process data in real-time.
- Cython
- Python
- Makefile
pybacting
Python wrapper around Bacting.
- Biology
- Chemistry
- python
- Python
Pycoeus
Pycoeus is a command-line tool and python package designed for exploration of multiband geospatial datasets. It lets the user iteratively train and retrain segmentation models in seconds. A combination of Deep learning and traditional machine learning is used, leveraging the best of both methods.
- deep learning
- gis
- Machine learning
- + 2
- Python
PyELSEPA
Python wrapper for ELSEPA, a numeric code for computing elastic scattering cross-sections for electrons and positrons off neutral atoms.
- Python
- Dockerfile
Pyspextools
Pyspextools is a collection of python tools for the SPEX X-ray spectral fitting package.
- Astrophysics
- Software
- Spectroscopy
- Python
PyStemmusScope
A python package for running the STEMMUS-SCOPE model
- Jupyter Notebook
- Python
- Shell
- + 1
pyTAMS
A physics-agnostic implementation of the Trajectory-Adataptive Multilevel Splitting (TAMS) algorithm for predicting transition probability in bi-stable dynamic problems.
- Rare event simulations
- Python
- Shell