Reverse Dependencies of pyproj
The following projects have a declared dependency on pyproj:
- oogeo — An open source library for processing geospatial data using Python and PostGIS.
- openamundsen — Modular snow and hydroclimatological modeling framework
- openclsim — The OpenCLSim package aims to facilitate rule based planning of cyclic activities and in depth comparison of different system concepts.
- OpenDrift — OpenDrift - a framework for ocean trajectory modeling
- opendrive2lanelet — Parser and converter from OpenDRIVE to lanelets
- openeo — Client API for openEO
- openeo-driver — Flask based frontend for openEO API implementations in Python.
- openeo-pg-parser-networkx — Parse OpenEO process graphs from JSON to traversible Python objects.
- OpenOA — A package for collecting and assigning wind turbine metrics
- opensarlab-lib — A Python library to support ASF OpenSARlab's Jupyter Notebook repository https://github.com/ASFOpenSARlab/opensarlab-notebooks
- opensartoolkit — High-level functionality for the inventory, download and pre-processing of Sentinel-1 data
- opensoar — Open source python library for glider flight analysis
- openspoor — Open source project to allow translations between different spoor referential systems
- opentisim — The OpenTISim package aims to facilitate adaptive terminal planning in the light of an uncertain future.
- opentnsim — The OpenTNSim package aims to facilitate the analysis of network performance for different network configurations, fleet compositions and traffic rules.
- opticallyshallowdeep — Identify optically shallow and deep waters in satellite imagery
- orcestra — Tools around the ORCESTRA field campaign
- orion-seismic-forecast — Operational Forecasting of Induced Seismicity
- osm-osw-reformatter — Python package to convert OSM to OSW and OSW to OSM
- osmgeocoder — OpenStreetMap and OpenAddresses.io based geocoder
- osml-imagery-toolkit — Toolkit to work with imagery collected by satellites and UAVs
- osml-model-runner — Application to run large scale imagery against AI/ML models
- osmlf — Retrieve given location features using OpenStreetMap
- osmpg — None from OpenStreetMap
- osmpy — Powerfull wrapper around OSM Overpass Turbo to query regions of any size and shape
- osmrx — no summary
- osmsc — Construct semantic city models from OpenStreetMap
- osmxtract — Extract vector and raster data from OSM.
- overturemapsdownloader — Overture Maps Downloader simplifies geospatial data manipulation
- owimetadatabase-preprocessor — Package for preprocessing data from owimetadatabase.
- owntwin — User-driven digital twin framework.
- packetraven — Telemetry dashboard for APRS packets from TNC, https://aprs.fi, and PostGIS
- palebluedot — no summary
- pandarus — no summary
- pansat — Download, extraction, remapping and analysis of satellite and climate data
- parkapi-sources — ParkAPI Sources is a collection of converters from several different data sources to normalized ParkAPI data.
- pastastore — Tools for managing Pastas time series models.
- pdal-parallelizer — A simple tool for use pdal with parallel execution
- phenology — A small package for phenology analysis
- physrisk-lib — OS-Climate Physical Risk Library
- pitchmark — Exploring golf shot strategy.
- pitot — Toolbox for aeronautic units and conversions
- planetcantile — TMS tilesets for Planets
- planetmapper — PlanetMapper: A Python package for visualising, navigating and mapping Solar System observations
- plateaukit — Python library and utility for 3D city models by MLIT Project PLATEAU
- plateauutils — A collection of utilities for the Plateau project
- pLAtYpus-TNO — The pLAtYpus model for engagement levels of stakeholders
- podpac — Pipeline for Observational Data Processing, Analysis, and Collaboration
- pointset — Python package for simple EPSG transformations using PyProj
- polar-route — PolarRoute: Long-distance maritime polar route planning taking into account complex changing environmental conditions
- polartoolkit — Helpful tools for polar researchers
- poligrain — Effortlessly plot and compare (rainfall) sensor data with point, line and grid geometry.
- porder — Simple CLI for Planet Orders v2
- PositionData — Georeferenced CSV data processing
- postgis2raster — This library helps user create raster files directly off postgis tables, rasterization and fishnet analysis.
- postreise — Extract, analyze and plot data from scenario
- PREAGeoFuns — A package for geo tools used to map card score
- PseudoNetCDF — Like NetCDF and NCO, but works with NetCDF and other scientific formats.
- PV-Hawk-Viewer — Viewer for PV Hawk datasets.
- pv-site-prediction — Photovoltaic per site modeling
- PVGeo — Geoscientific visualization tools for PyVista
- pvoutput-ocf — no summary
- py-cordex — Creation of cordex grids and meta data
- Py-Rate — A Python tool for estimating velocity and cumulative displacement time-series from Interferometric Synthetic Aperture Radar (InSAR) data.
- py-static-dtm — A custom DTM object that returns a constant value in a certain polygon
- py3dtiles — Python module for 3D tiles format
- py4geo — My geo package
- py4vtile — Tools that helps you to develop web service for distributing vector tiles.
- pybob — Collection of geospatial and other tools I find useful.
- pybreaks — Break Correction algorithms used in ESA CCI SM
- pycart — A Python package for generating Cartograms using GeoDataFrames.
- pyCIF — A Python-based interface to the Community Inversion Framework
- pycitysim — City Simulator and OpenCity Databases Python SDK
- pycno — Python map overlay software to read CNO and CNOB files.
- pycnv — Tool to convert Seabird cnv textfiles
- pycoast — Writing of coastlines, borders and rivers to images in Python
- pycontrails — Python library for modeling aviation climate impacts
- pycoral — Simple CLI for Allen Coral Atlas
- pycsamt — A Python open-source toolkit Audio-frequency Magnetotelluric
- pycsep — Python tools from the Collaboratory for the Study of Earthquake Predictability
- pycsw — pycsw is an OGC CSW server implementation written in Python
- pycwr — China Weather Radar tools
- pydar — A Python package to access, download, view, and manipulate Cassini RADAR images
- pydaymet — Access daily, monthly, and annual climate data via the Daymet web service.
- pydcs — A Digital Combat Simulator mission builder framework
- pyddem — pyddem is a python package for processing time series of elevation measurements
- pydov — A Python package to download data from Databank Ondergrond Vlaanderen (DOV).
- pyegt — Look up geoid and tidal model heights relative to the ellipsoid
- pyESDL — Python implementation of the Energy System Description Language (ESDL) for modelling energy systems
- pyforestscan — UAV image analysis for forest ecology
- PyFVCOM — PyFVCOM is a collection of various tools which can be used to generate inputs files and interact with FVCOM outputs.
- pygeoapi — pygeoapi provides an API to geospatial data
- pygeogrids — Module for creation and handling of discrete global grids
- pygeohydro — Access geospatial web services that offer hydrological data
- pygeoid — Local gravity field modelling with Python
- pygeoogc — An interface to ArcGIS RESTful-, WFS-, and WMS-based services.
- pygeoshape — A 3D geospatial package to make working with geographical & trajectory data easier in python
- pygeoutils — Utilities for manipulating geospatial, (Geo)JSON, and (Geo)TIFF data.
- pygmi — Python Geoscience Modelling and Interpretation
- PyGridMET — Access daily, monthly, and annual climate data via the Daymet web service.