Reverse Dependencies of h5py
The following projects have a declared dependency on h5py:
- piva — PIVA - Python Interactive Viewer for Arpes
- pixedfit — A python package specially designed for SED fitting of resolved sources
- pixell — pixell
- pixstem — Library for processing scanning transmission electron microscopy data acquired using a pixelated detector
- planemo — Command-line utilities to assist in building tools for the Galaxy project (http://galaxyproject.org/).
- plenpy — A plenoptic processing library for Python.
- pleque — Python module for an easy work with a tokamak plasma equilibrium.
- plonk — Smoothed particle hydrodynamics analysis and visualization with Python.
- plottr — A tool for live plotting and processing data
- plutoplot — Python package to load PLUTO simulation data
- pod5 — Oxford Nanopore Technologies Pod5 File Format Python API and Tools
- pod5-format-tools — Tools for use with the POD5 file format
- podaac — Shorten the distance between data and human.
- podpac — Pipeline for Observational Data Processing, Analysis, and Collaboration
- pointersect — Plug-and-play point-cloud rendering
- pointframes — PointFrames - A Scalable Point Code Library
- policyengine-canada — Microsimulation model for Canada's tax-benefit system.
- PolicyEngine-Core — Core microsimulation engine enabling country-specific policy models.
- policyengine-us — PolicyEngine tax and benefit system for the US
- polony — no summary
- POMFinder — POMFinder is a tree-based supervised learning algorithm which can predict the polyoxometalate cluster from a Pair Distribution Function.
- ponyo — Install functions to simulate gene expression compendia
- popsynth — A population synthesis code
- popv — Consensus prediction of cell type labels with popV
- poreplex — A versatile sequence read processor for nanopore direct RNA sequencing
- porous-media — python package working with porous media
- portpy — First open-source radiation treatment planning system in Python
- PowerNovo — PowerNovo: A New Efficient Tool for De Novo Peptide Sequencing
- PPDyn — A python package to simulate plasma particles using Molecular Dynamics Algorithm.
- ppioner — Basic software to operate PIONER device (former Nanocal)
- prainsa — A Python framework to analyze and visualize brain signals.
- Preciso — A package for modelling precipitation in alloys.
- predocs — PreDoCS (Preliminary Design of Composite Structures) is Python tool for a fast evaluation of wing structure concepts i.e. for a multi-disciplinary design optimization.
- prepper — Allows python objects to be stored and loaded from an HDF5 file in a language-agnostic manner
- primap2 — The next generation of the PRIMAP climate policy analysis suite.
- primawera — Simple image viewer with 3D, complex and floating images support.
- prince-cr — Cosmic ray PRopagation Including Nuclear Cascade equations
- Prism — PRISM: An alternative to MCMC for rapid analysis of models
- probeinterface — Python package to handle probe layout, geometry and wiring to device.
- proboscis-data-tree — no summary
- ProcessMCRaT — The ProcessMCRaT library is a python package that can be used to process the output of the MCRaT code.
- prodmx — Protein Functional Domain Analysis based on Compressed Sparse Matrix
- profit — Probabilistic response model fitting with interactive tools
- prognosais — Tool to quickly and easily train CNNs for medical imaging tasks
- prokbert — ProkBERT
- protein-bert — A BERT-like deep language model for protein sequences.
- proteus-preprocessing — no summary
- ps-eor — Foreground modeling/removal and Power Spectra generation
- psdist — Analysis/visualization of phase space distributions
- psg-utils — A collection of Python utility classes and functions for loading and processing Polysomnography (PSG) sleep study data.
- PSID — Python implementation for preferential subspace identification (PSID)
- psipy — Tools for working with PSI MHD models.
- psiz — Toolbox for inferring psychological embeddings.
- psort — Graphical application for identifying simple and complex purkinje spikes
- PTArcade — PTArcade provides an interface to the ENTERPRISE analysis suite and allows for simple implementation of new-physics searches in PTA data.
- ptlflow — PyTorch Lightning Optical Flow
- ptvpy — A command line tool and library for particle tracking velocimetry.
- Pulse3D — Pulse3D Analysis Platform
- puma-hep — ATLAS Flavour Tagging Plotting Code
- punx — Python Utilities for NeXus
- pvapy — Python library for EPICS PV Access
- pvdeg — Pvdeg is a python library that supports the calculation of degradation related parameters for photovoltaic (PV) modules.
- pwspy — A framework for working with Partial Wave Spectroscopy files.
- PXITool — Library to cotroll PXI-System
- pxmcmc — Proximal Markov Chain Monte Carlo
- py-droplets — Python package for describing and analyzing droplets in experiments and simulations
- py-feat — Facial Expression Analysis Toolbox
- py-lingo — Utilities for saving Scikit-Learn Linear Models in HDF5 format.
- py-modelrunner — Python classes for organizing (HPC) simulations
- py-pde — Python package for solving partial differential equations
- py2vision — A package to implement a stereo vision system trained with deep learning
- py3dpolys-le — 3D Polymer Simulations - Loop Extrusion model
- py4D-browser — A 4D-STEM data browser built on py4DSTEM.
- py4DSTEM — An open source python package for processing and analysis of 4D STEM data.
- py4vasp — Tool for assisting with the analysis and setup of VASP calculations.
- py4vasp-core — Tool for assisting with the analysis and setup of VASP calculations.
- py4xs — python package for processing x-ray scattering data
- py7dtd — Collection of 7 Days to Die bots, scripts and hacks
- pyADfit — A nested sampling approach to quasi-stellar object (QSO) accretion disc fitting.
- pyaidoop-dl-models — AIdoop web-based platfrom library for robot application platform, AIdoop-R
- pyALF — Python interface for ALF, plus scripts and Jupyter notebooks.
- pyanthem — pyanthem - an audiovisualization tool to make your data more interesting
- pyapprentice — The apprentice
- pyARG-dep — This is the official PyPi repository for ARG dependencies.
- pyasdf — Python module for the Adaptable Seismic Data Format (ASDF).
- pybandstructure — Package for calculating simple band structures and analyzing the results
- PyBerries — Processing of Bacmman measurement tables
- pybob — Collection of geospatial and other tools I find useful.
- pybrops — Python package for breeding program numerical optimization and simulation
- pybudgetbook — Organize and sort your receipts locally, use pandas power to analyze your spendings!
- pycarus — Utilities for computer vision and 3D geometry
- PyCBC — Core library to analyze gravitational-wave data, find signals, and study their parameters.
- PyCDTS — A Python based Carrier and Defect Transport Solver
- pycfs — Python library for automating and data handling tasks for openCFS.
- pycoffee — Programmers' tools. Enjoy Coffee time!
- pycogent — Post-processing tools for COGENT plasma simulation code
- pycola3 — A Python/Cython N-body code, implementing the Comoving Lagrangian Acceleration (COLA) method in the temporal and spatial domains.
- pyconturb — An open-source constrained turbulence generator
- pycoQC — PycoQC computes metrics and generates interactive QC plots for Oxford Nanopore technologies sequencing data
- pycosie — Anaylsis tools to help with TD (and hopefully other simulations...)