Reverse Dependencies of netcdf4

The following projects have a declared dependency on netcdf4:

• lfmaptools — Mapping tools for LaharFlow data
• lib-munpy — Package to process MUNICH input/output data
• lib-munpy-dev — Package to process MUNICH input/output data
• libinsitu — This library provides tools to transform solar irradiation data from various networks to uniform NetCDF files. It also provides tools to request and manipulate those NetCDF files
• libinsitu-dev — This library provides tools to transform solar irradiation data from various networks to uniform NetCDF files. It also provides tools to request and manipulate those NetCDF files
• libpypsg — A Python library for accessing the Planetary System Generator.
• lidar-processing — Routines for atmospheric lidar processing.
• lidarSuit — LIDAR procedures
• lidarwind — LIDAR procedures
• lifewatch-pypam — Facilitate acoustic processing from underwater acoustic recorders
• lilio — python package for generating calendars for machine learning timeseries analysis.
• linc — A package to handle LICEL Binary format
• linopy — Linear optimization with N-D labeled arrays in Python
• lisflood-lisvap — LISVAP model python module
• lisflood-utilities — A set of utilities for lisfloodutilities users. pcr2nc: Convert PCRaster files to netCDF; cutmaps: cut netCDF files;compare: to compare two set of netcdf files
• livvkit — The land ice verification and validation toolkit
• Lmgeo — Python raster GIS library with low memory requirements.
• LongTermBiosignals — Python library for easy managing and processing of large Long-Term Biosignals.
• lonlatProj — lonlat_pred_utils
• LoopProjectFile — Open source structural geology data storage for Loop Projects
• loren-frank-data-processing — Import data from Loren Frank lab
• LorenzCycleToolkit — no summary
• lrtm-s5ptn — Low Rank Tensor Modeling of Sentinel 5P Tropospheric NO2
• ls2d — Python toolkit to downscale ERA5 with doubly-periodic large-eddy simulation
• ltool — Automated aerosol layer detection algorithm.
• ltool-standalone — Automated aerosol layer detection algorithm.
• luccpy — LUCC & Climate Group for Personal Use
• luts — Multidimensional labeled arrays and datasets in Python, similar to xarray.
• lytools — no summary
• macosko2015 — Expression data for Macosko et al, "Highly Parallel Genome-wide Expression Profiling of Individual Cells Using Nanoliter Droplets," Cell (2015)
• mapio — Reading/resampling of raster files (esp. across 180 meridian)
• MapPlotter — 2D map plots of data and NetCDF files using Cartopy
• maresb-copernicusmarine-unpin-numpy — A temporary workaround to use Copernicus Marine with Numpy v2
• marisco — MARIS companion package and tutorials
• matplotlibXtns — matplotlib extension functions.
• MDAnalysis — An object-oriented toolkit to analyze molecular dynamics trajectories.
• MDCraft — no summary
• mdhelper — A batteries-included toolkit of analysis modules and helper functions
• mdtf-test-data — Tools for working with MDTF Diagnostics test data sets
• mdtraj — MDTraj: A modern, open library for the analysis of molecular dynamics trajectories
• medenv — no summary
• meillionen — A model interface serialization and rpc framework
• MerOC — Software to download/manipulate netCDF files
• meshio — I/O for many mesh formats
• meshio2 — I/O for many mesh formats
• meshiphi — MeshiPhi: Earth's digital twin mapped on a non-uniform mesh
• mET-weap — ERA5/MODIS Preprocessor for WEAP 21
• met4dream — ROMS-Norkyst800m Metocean Data Extraction and Analysis
• MetaCSV — Tools for documentation-aware data reading, writing, and analysis
• metadata-inspector — Inspect metadata of weather/climate datasets
• MetDL — Extended library to read Meteorological data for AI Study
• meteva — A collections of functions for meteorological verification.
• meteva-base — base classes and functions of generally meteorogical usage, like Basic_class/IO/calculation/plot .etc
• metocean-api — metocean-api - Tool to extract time series of metocean data from hindcasts/reanalysis
• metocean-stats — metocean-stats - Tool for generation of metocean statistics
• MetPy — Collection of tools for reading, visualizing and performing calculations with weather data.
• metsim — Meteorology Simulator
• metyanc — Yet another NetCDF checker
• mget3 — Marine Geospatial Ecology Tools: access and manipulate marine ecological and oceanographic data
• mhkit — Marine and Hydrokinetic Toolkit
• mhm — Python distribution of mHM with bindings.
• mia-api — A package to communicate with MIA API
• microsoft-aurora — Implementation of the Aurora model
• mikeio — A package that uses the DHI dfs libraries to create, write and read dfs and mesh files.
• miles-guess — no summary
• minimulti — Mini Extendable framework of multi Hamiltonian
• miranda — Python utilities for climate data collection, conversion, and management
• MISA-XGModel — A Python library for predicting electron density using XGBoost
• mixmasta — A library for common scientific model transforms
• mjoindices — Calculation of indices that describe the Madden-Julian-Oscillation (only OMI by now)
• ml-ocean-bl — Machine Learning Ocean Boundary Layer
• mlmicrophysics — Machine learning emulator testbed for microphysics.
• mlossp — A package to spatially join and concatenate Satellite data into time series.
• mlstream — Machine learning for streamflow prediction
• mne-connectivity — mne-connectivity: A module for connectivity data analysis with MNE.
• mod16 — Python tools for MOD16 algorithm
• mod17 — Python tools for MOD17 algorithm
• model-catalogs — Catalogs for known models
• modelmimic — Generate model-like data, _mimic_ the output of various CIME tests.
• modelskill — Compare results from simulations with observations.
• modflow-setup — Rapid and robust construction of MODFLOW groundwater flow models
• modisconverter — A library for converting MODIS data files
• mooda — Module for Ocean Observatory Data Analysis
• mooseherder — A herder for calling MOOSE and gmsh to run parallel parametric sweeps of simulations.
• movici-simulation-core — Core package for running Movici geospatial temporal simulations
• mpilot — MPilot is a plugin-based, environmental modeling framework
• mpolar — A package to parse and evaluate polar tables for marine navigation
• mrio-toolbox — Basic manipulation of Multi-Regional Input-Output tables.
• msise00 — Python API for Fortran MSISE-00 neutral atmosphere model.
• multi-interface-inversion — calculate gravity anomalies from multi-interfaces and estimate double-interfaces model from gravity anomalies, given prior information about constraints between the density interfacesthe using Crust1.0 model, where Vertical Gravity Gradient data are used asinputs
• mwr-raw2l1 — Readers for the most prominent types of operational ground-based K- and V-band microwave radiometers and a writer for NetCDF files according to E-PROFILE/ACTRIS standards.
• mwrpy — Python package for Microwave Radiometer processing in ACTRIS
• nais-processor — Code to process ion spectrometer data files
• napari-geoscience-viewer — A napari plugin for quick-viewing HDF5 and NetCDF files
• napari-hdf5-netcdf-viewer — A napari plugin for quick-viewing HDF5 and NetCDF files
• nasa-pace-data-reader — A package for reading NASA PACE data files.
• nasa-visualizations — Visualization tools for various NASA datasets including Hyperion EO-1.
• nc2 — NC² NetCDF viewer
• nc2csv — Dump NetCDF file to CSV
• nc2gj — no summary