Reverse Dependencies of Pint
The following projects have a declared dependency on Pint:
- pandas-indexing — Helpers to facilitate working with pandas indices in particular multiindices
- pandemipy — Simulator for the pandemic board game
- parmesan — Python Atmospheric Research Package for Meteorological Timeseries Analysis
- particula — a simple, fast, and powerful particle simulator
- patchbay — High level automation and device communication.
- pcdsdevices — Ophyd Device definitions for LCLS Beamline components
- pedroasad-marshmallow-patch — A set of patches to the excellect marshmallow library
- persephone — A tool for developing automatic phoneme transcription models
- petroflow — A framework for well data processing
- pg_cloudconfig — Tool to set optimized defaults for PostgreSQL in virtual environments.
- phasor — Scientific modeling of linearized optics, electronics, mechanics, and signal flow in the frequency domain
- physrisk-lib — OS-Climate Physical Risk Library
- Pint-Pandas — Extend Pandas Dataframe with Physical quantities module
- Pint-Pandas-Fork — Pandas interface for Pint
- pint-xarray — Physical units interface to xarray using Pint
- pinttrs — Pint meets attrs.
- pipeGEM — Processing and integrating data with genome-scale metabolic models (GEM)
- pizero-gpslog — Raspberry Pi Zero gpsd logger with status LEDs.
- pkdb-analysis — pkdb-analysis are utilities to work with PKDB.
- pkdb-data — PK-DB data utilities.
- plonk — Smoothed particle hydrodynamics analysis and visualization with Python.
- plottoolbox — Command line script and Python library to make plots from data files.
- pocketutils — Adorable little Python code for you to copy or import.
- podpac — Pipeline for Observational Data Processing, Analysis, and Collaboration
- poincare — Simulation of dynamical systems.
- portfolyo — Analyse and manipulate timeseries related to power and gas offtake portfolios
- pozo — Help visualizing well log data - Herramienta para visualizar registros de pozos
- praktipy — A small toolbox for physics laboratory courses at the TU Dortmund.
- primap2 — The next generation of the PRIMAP climate policy analysis suite.
- psyneulink — A block modeling system for cognitive neuroscience
- pura — Clean chemical data quickly
- pvl — Python implementation for PVL (Parameter Value Language) parsing and encoding.
- pyam-iamc — Analysis & visualization of integrated-assessment scenarios
- pyAssignment — A python module for authoring and assessing homework assignments.
- pybdsim — Python utilities for the Monte Carlo Particle accelerator code BDSIM.
- pybos — BOS library
- pydase — A flexible and robust Python library for creating, managing, and interacting with data services, with built-in support for web and RPC servers, and customizable features for diverse use cases.
- pyDewesoft — A Python module to read Dewesoft datafiles
- pydoxtools — This library contains a set of tools in order to extract and synthesize structured information from documents
- pyEPR-quantum — no summary
- pyEQL — Python tools for solution chemistry
- pyFoamd — no summary
- pyfrc — Development tools library for python interpreter used for the FIRST Robotics Competition
- pygama — Python package for data processing and analysis
- pygeoid — Local gravity field modelling with Python
- pyiron-atomistics — An interface to atomistic simulation codes including but not limited to GPAW, LAMMPS, S/Phi/nX and VASP.
- pyiron-base — Core components of the pyiron integrated development environment (IDE) for computational materials science
- pyiron-ontology — pyiron_ontology - module extension to pyiron.
- pyked — Package for manipulating Chemical Kinetics Experimental Data (ChemKED) files.
- pylook — Tools for analysis of experimental rock mechanics data.
- pymarine — A collection of functions and classes for marine sea state modelling
- pymatunits — Package for handling unit systems and materials
- PyMeasure — Scientific measurement library for instruments, experiments, and live-plotting
- pymicra — A Python tool for Micrometeorological Analyses
- pymodaq — Modular Data Acquisition with Python
- pyMonteCarlo — Python interface for Monte Carlo simulation programs
- PyMPDATA-examples — PyMPDATA usage examples reproducing results from literature and depicting how to use PyMPDATA in Python from Jupyter notebooks
- pympljstyle — Apply journal styles and requirements to `matplotlib` figures
- pynta — Python Nanoparticle Tracking Analysis
- pyomo — Pyomo: Python Optimization Modeling Objects
- PyOpenWorm — A Python library for working with OpenWorm data and models
- pype-schema — Class hierarchy to represent configurations of process engineering systems.
- pypipr — The Python Package Index Project
- pypixie16 — no summary
- pyqsl — A Framework for parametrized sweeps aimed for quantum simulations.
- pyrams — no summary
- pysdm — Pythonic particle-based (super-droplet) warm-rain/aqueous-chemistry cloud microphysics package with box, parcel & 1D/2D prescribed-flow examples in Python, Julia and Matlab
- pysercomb — parser combinator library and assorted parsers
- pysonde — no summary
- pyssp-standard — Simple python package for reading, modifying and creating files, specified in the SSP Standard
- pytcs — Python API for processing TwinCAT Scope data files
- PyTeCK — Evaluation of chemical kinetic models with experimental data
- pytest-performance — A simple plugin to ensure the execution of critical sections of code has not been impacted
- pyutils-AlexHenderson — Various python utilities
- pyva-toolbox — Python toolbox for vibroacoustic simulation
- pyvplm — Variable Power-Law regression Models tool
- pywatershed — pywatershed is a Python package for hydrologic modeling
- pyweatherflowudp — An event-based asynchronous library to read UDP packets from Weatherflow weather systems on a local network without any reliance on the cloud.
- qcelemental — Core data structures for Quantum Chemistry.
- qcobj — A quantity aware configObject
- QHBayes — Bayesian methods for inferring mass eruption rate for column height (or vice versa) for volcanic eruptions
- qiskit-aws-braket-provider — A provider for qiskit to access quantum devices through AWS Braket
- qiskit-metal — Qiskit Metal | for quantum device design & analysis
- qnit — A Python library for object-oriented parameters, physical quantities and units with a strong support for typing.
- qslib — Library for communicating with and using the QuantStudio qPCR machine, intended for non-qPCR uses.
- qtypes — Build qt graphical user interfaces out of simple type objects.
- radas — Plasma radiated power calculated using OpenADAS
- radicalpy — RadicalPy: a toolbox for radical pair spin dynamics
- RadTraQ — Python package for weather radar quality tracking
- rangekeeper — A Python library assisting financial modelling in scenario planning, decision-making, cashflow forecasting, and the like
- ReadROOT — Easy GUI made to read ROOT files created by the CoMPASS software distribued by CAEN.
- reciplanner-cli — Assists in managing recipes and items in kitchen
- rescupy — RESCUPy is a Python interface for the material simulation tool RESCU+ and the transport simulation tool NanoDCAL+.
- rescupybs — Band structure plot and wavefunction export from rescuplus *.json and *.h5 file.
- resif-delivery-stats-plotter — Résif Delivery stats plotter
- resippy — REmote Sensing and Image Processing in PYthon
- resotolib — Resoto common library.
- respice — Flexible and easy to use non-linear transient electric circuit simulator.
- retina-therm — no summary
- rezipe — A way to write down your cooking/baking recipes in Python. This is an actual library, no joke (period). Made with ❤ for everyone with minimum coding literacy.