Reverse Dependencies of xarray

The following projects have a declared dependency on xarray:

• pynxtools-mpes — no summary
• pynxtools-xps — A reader for transferring XPS data from vendor formats to NeXus and NOMAD.
• pyodim — An Odim hdf5 file reader.
• pyomeca — pyomeca is a python library allowing to carry out a complete biomechanical analysis; in a simple, logical and concise way
• pyopenrivercam — pyorc: free and open-source image-based surface velocity and discharge.
• PyOphidia — Python bindings for the Ophidia Data Analytics Platform
• PyOPIA — A Python Ocean Particle Image Analysis toolbox.
• pyPEAKO — peak detection in cloud radar Doppler spectra
• pyphysio — Python library for physiological signals analysis (IBI & HRV, ECG, BVP, EDA, RESP, fNIRS, ...)
• pyplan-core — Pyplan Core is a Python library for using Pyplan models in any Python environment as for example a Jupyter Notebook.
• pypolsar — PyPolSAR is a python module for Polarimetric Synthetic Aperture Radar (PolSAR) data processing.
• pyposeidon — Framework for Sea Level Hydrodynamic simulations
• pyposeidon-viz — no summary
• pyPRMS — Python library for Precipitation-Runoff Modeling System
• pypromice — PROMICE/GC-Net data processing toolbox
• pypsa — Python for Power Systems Analysis
• pypwsqc — Quality control for PWS data
• pyqsl — A Framework for parametrized sweeps aimed for quantum simulations.
• pyrams — no summary
• pyrcel — pyrcel: 0D adiabatic cloud parcel model
• pyremo — Data analytics, processing and plotting for regional climate model REMO.
• pyresample — Geospatial image resampling in Python
• pyrfu — Python Space Physics (RymdFysik) Utilities
• pyrregular — no summary
• pyrsig — Python interface to RSIG Web API
• pys5p — Software package to access Sentinel-5p Tropomi data products
• PySAGA-cmd — A package that allows you to run SAGA GIS tools using Python.
• pysagereader — SAGE II v7.0 binary file reader
• pysal — Meta Package for PySAL - A library of spatial analysis functions
• pysamosa — PySAMOSA is a software framework for processing open ocean and coastal waveforms from SAR satellite altimetry to measure sea surface heights, wave heights, and wind speed for the oceans and inland water bodies. Satellite altimetry is a space-borne remote sensing technique used for Earth observation.
• pysat — Supports science data analysis across measurement platforms
• pysatdata — Python Space Physics Satellite Data Analysis Toolkit
• pysatMadrigal — Madrigal instrument support for the pysat ecosystem
• pysatModels — 'Supports model analysis and model-data comparisons'
• pysatSpaceWeather — pysat support for Space Weather Indices
• pyschism — Python package for working with SCHISM input and output files.
• pysd — System Dynamics Modeling in Python
• pySDI — Calculator of non-parametric standardized drought indices.
• pySESL — Semi-empirical Sea Level Estimator
• pyshbundle — PySHbundle: A Python implementation of GRACE Spherical Harmonics Synthesis MATLAB codes SHbundle
• pyshtools — SHTOOLS - Spherical Harmonic Tools
• pyshtools-winmac — SHTOOLS - Spherical Harmonic Tools
• pysimdeum — A stochastic water demand end-use model in Python
• pySODM — Simulating and Optimising Dynamical Models
• pysonde — Post-processing tool for atmospheric sounding data
• pyspammodel — no summary
• pyspectre — python interface to supervise and control single instance of Spectre circuit simulator
• pyspex — Software package to handle SPEXone Level-0 and Level-1 data
• pyspod — Python Spectral Proper Orthogonal Decomposition
• PyStemmusScope — Python modules for running the STEMMUS-SCOPE model.
• pystream-model — Python STREAM hydrological rainfall-runoff model
• pystuff — Some useful functions for data analysis in python.
• pysumma — A python wrapper for SUMMA
• pytcs — Python API for processing TwinCAT Scope data files
• pytcspc — Time-correlated single photon counting (TCSPC) data analysis
• pyTEF — Total Exchange Flow Framework using xarray
• pyteseo — Python package developed to simplify and facilitate the setup and processing of TESEO simulations (https://ihcantabria.com/en/specialized-software/teseo/)
• pytest-approvaltests-geo — Extension for ApprovalTests.Python specific to geo data verification
• PyThat — Read Thatec h5 formatting and convert it to netcdf files and xarray objects.
• pythermogis — This is a Python API to the ThermoGIS Java code
• python-catmaid — Python interface to CATMAID servers
• python-CIAM — An efficient Python implementation of the Coastal Impacts and Adaptation Model (CIAM)
• python-cmethods — A collection of bias correction techniques written in Python - for climate sciences.
• pythoncharmers-meta — Meta package with dependencies for Python Charmers training courses
• pytimetk — The time series toolkit for Python.
• pytokamap — A python library for mapping between Fusion data formats
• PyTomoATT — Your project description
• pytorch-caney — Methods for pytorch deep learning applications
• pytorch-retrieve — A framework for building remote sensing retrievals based on PyTorch and
• pytplot-mpl-temp — A python version of IDL tplot libraries
• PyTransit — Fast and painless exoplanet transit light curve modelling.
• pytRIBS — A pre-to-post processing python package for the distributed hydrological model tRIBS
• pytximport — A python implementation of `tximport` to transform transcript into gene counts
• pyuvis — Python tools for Cassini UVIS data
• pyvista-xarray — xarray DataArray accessors for PyVista
• pyvortex — Polar vortex edge detection using Nash criteria
• pyVPRM — Vegetation Photosynthesis and Respiration Model
• pyWAPOR — no summary
• pywatershed — pywatershed is a Python package for hydrologic modeling
• pywatts — A python time series pipelining project
• pywed — PYthon client to d-ice WEthear Database
• pyxel-sim — Pyxel detector simulation framework.
• pyxpcm — pyxpcm: Ocean Profile Classification Model
• pyzefir — no summary
• pyzgy — Convenience wrapper around OpenZGY Python implementation
• pyzome — A collection of tools for computing zonal mean and other related atmospheric circulation diagnostics
• qa4sm-reader — Processes output of qa4sm.eodc.eu (NetCDF file), creating plots and providing the data in other formats.
• qcodes — Python-based data acquisition framework developed by the Copenhagen / Delft / Sydney / Microsoft quantum computing consortium
• qcodes-loop — Features previously in QCoDeS
• qcvharmonizer — A package for harmonize oceanographic insitu data.
• qdrive — Qdrive dataset library
• qec-util — Useful tools for QEC simulation
• qf-lib — Quantitative Finance Library
• qimchi — Plot your spicy quantum measurements with ease
• qlknn — Tools to create QuaLiKiz Quasi-linear gyrokinetic code Neural Networks
• qt-dataviewer — QuTech Viewer for xarray Datasets. Supports Core-tools and Quantify datasets.
• qtrack — QTrack - African Easterly Wave Tracking in Model and Reanalysis Data
• quadgrid — Quadtree grid generator
• qualang-tools — The qualang_tools package includes various tools related to QUA programs in Python
• quantifiles — Simple databrowser for quantify datasets.