Reverse Dependencies of netcdf4
The following projects have a declared dependency on netcdf4:
- pytuflow — Package for scripting TUFLOW time series results.
- pyWAPOR — no summary
- pywapor-test — no summary
- pywatershed — pywatershed is a Python package for hydrologic modeling
- pyxel-sim — Pyxel detector simulation framework.
- pyxpcm — pyxpcm: Ocean Profile Classification Model
- qdrive — Qdrive dataset library
- qlknn — Tools to create QuaLiKiz Quasi-linear gyrokinetic code Neural Networks
- quicfire-tools — Input and output management tools for the QUIC-Fire fire model
- radolan-to-netcdf — Python package to parser RADOLAN binary data files to NetCDF
- RadTraQ — Python package for weather radar quality tracking
- rai-toolbox — PyTorch-centric library for evaluating and enhancing the robustness of AI technologies
- rainforest-mch — RandomForest QPE python library
- raster-tools — Tools for processing geospatial data
- rasterarea — This package provides a more accurate way to claculate the area of rasters.
- Rat — Resevoir Monitoring using Satellite Remote Sensing
- raven-framework — RAVEN (Risk Analysis Virtual Environment) is designed to perform parametric and probabilistic analysis based on the response of complex system codes. RAVEN C++ dependenciences including a library for computing the Approximate Morse-Smale Complex (AMSC) and Crow probability tools
- redvypr — redvypr: REaltime Data Viewer and PRocessor (in PYthon)
- regional-mom6 — Automatic generation of regional configurations for Modular Ocean Model v6
- regridcart — lat/lon and local-cartesian regridding
- repurpose — Package for image to timeseries to image conversion
- restoreio — Reconstruct incomplete oceanographic dataset
- rocketPy — Advanced 6-DOF trajectory simulation for High-Power Rocketry.
- rockhound — Download geophysical models and load them as Python data structures.
- roguewave — Python package to interact with Sofar wave data
- rompy — Relocatable Ocean Modelling in PYthon (rompy)
- roms-tools — Tools for running and analysing UCLA-ROMS simulations
- ROMS2SCHISM — A Python package for creating SCHISM boundary condition forcing and hotstart files from ROMS output
- roocs-utils — A package containing common components for the roocs project
- ropt — The ropt ensemble optimizer module
- rpgPy — Cython code for reading binary files from RPG cloud radar.
- rtc-tools — Toolbox for control and optimization of water systems.
- rtdip-sdk — no summary
- s1etad — Reader for Sentinel-1 Extended Timing Annotation Dataset
- s2spy — python package for s2s forecasts with ai
- S3netCDF4 — A library to facilitate the storage of netCDF files on ObjectStores in an efficient manner.
- s5a — Sentinel-5 Algorithms
- salem — Geoscientific data I/O and map projections
- salientsdk — Salient Predictions Software Development Kit
- sarwaveifrproc — Python library to generate Level-2 WAVE Product starting from Ifremer Level-1B or Level-1C SAR files
- satellite-copernicus — satellite-weather-downloader PYPI package
- satellite-weather-downloader — The modules available in this package are designed to capture and proccess satellite data from Copernicus
- satip — Satip provides the functionality necessary for
- satsense — Library for multispectral remote imaging.
- scahpy — Package to process and analyze outputs from IGP-RESM-COW model
- scc-access — Package for interacting with EARLINET's Single Calculus Chain through the command line.
- schimpy — Python package for SCHISM
- sciapy — Python tools for (some) SCIAMACHY data
- scikit-diveMove — Python interface to R package diveMove
- scitools-iris — A powerful, format-agnostic, community-driven Python package for analysing and visualising Earth science data
- sclmd — Semi-classical Langevin molecular dynamics
- scmdata — scmdata provides some useful data handling routines for dealing with data related to simple climate models (SCMs aka reduced complexity climate models, RCMs)
- scotty-beam-tracing — Beam tracing for tokamak DBS diagnostics
- sdap-os — Demo of usage of object storage for SDAP
- sdmbc — Sub-Daily Multivariate Bias Correction (SDMBC)
- sdqc — System Dynamics Data Quality Check with Python
- sdynpy — A Structural Dynamics Library for Python
- SE-lib — Systems Engineering Library (se-lib)
- seabird — Parser for Sea-Bird's CTD and TSG
- seapopym — Seapodym is a Python package that provides models to simulate the dynamics of low and mid trophic level marine ecosystems.
- seapy-ocean — State Estimation and Analysis in PYthon
- SEBAL — Python module for Surface Energy Balance Algorithm for Land
- seis-acc — Auto-Correlogram Calculation in seismology
- sen3r — SEN3R (Sentinel-3 Reflectance Retrieval over Rivers) enables extraction of reflectance time series from images over water bodies.
- sentinel-analyses — Package for spectral analyses of Sentinel-1 data
- sfibluesmetlib — Metocean portal library
- sfrmaker — Rapid construction of MODFLOW SFR Package input from hydrography data
- shipspy — processing of ship campaign data
- siaextractlib — Provide an easy to use API for download oceanographic data.
- siaplotlib — Provide an easy to use interface for plotting oceanographic data.
- signaturesimulator — A Python package that simulates satellite data from passive optical and active microwave sensors based on land surface biogeophysical state variables (leaf area index, canopy height and soil moisture) and viewing geometries and times.
- siphon — A collection of Python utilities for interacting with the Unidata technology stack.
- sisl — Manipulation of DFT output, geometries and creating tight-binding parameter sets for NEGF transport
- SiSo — no summary
- sitt — Si.T.T. (Simulation of Traffic and Transport) is an agent-based simulation for pre-industrial trade routes.
- slcl1butils — Python library to exploit SAR IFREMER L1B products
- slcode — SL_C0de is a python library based on the matlab code SL_code. This module is used to calculate GIA over the world but alse the sediment isostasy. It include function to calculate radial symetric auto gravitational earth visco-elastic response. This module also include the possibility to resolve the Sea level equation based on the publication of Mitrovica and Austermann ... ajouter des refs. The aim of this library is to be easy to include new sources of load and link to other python library.
- smadi — Add a short description here!
- smartpy — An implementation of the rainfall-runoff model SMART in Python
- smmregrid — Regridding based on sparse matrix multiplication
- smrf-dev — Distributed snow modeling for water resources
- smrt — The Snow Microwave Radiative Transfer (SMRT) model is a highly modular model to compute the thermal emission and backscattering coefficient of snowpacks and other cryospheric bodies in the microwave domain.
- snapy — python extension for SNAP model
- snowav — Snow and Water Model Analysis and Visualization
- sofar — Maybe the most complete python package for SOFA files so far
- SOFASonix — A Lightweight Python API for the AES69-2015 Spatially Oriented Format for Acoustics (SOFA) File Format
- soilgrids — Fetch global gridded soil information from the SoilGrids system https://www.isric.org/explore/soilgrids
- solarforecastarbiter — Core framework for Solar Forecast Arbiter
- solarhouse — package for calculate solar power what you can get on surfaces of building by solar heat collectors
- solartoolbox — A research toolbox for solar analysis
- solrad — Simulation and computation of a site's spectral radiance
- sosaa-gui — Graphical User Interface for Configuring, Running, and Approximating the SOSAA Model
- sound-source-id — Python application for running sound localization experiments
- sounderpy — Vertical Profile Data Retrieval and Analysis Tool For Python
- spacesense — Spacesense Client Library
- spacetimepy — A toolkit for working with spatiotemporal data
- spaemis — Produce a coherent set of emissions for regional air quality modelling
- spark-xarray — no summary
- spatialaudiometrics — For calculating spatial audio metrics
- spdm — A ontology based data integration tool.