Reverse Dependencies of shapely
The following projects have a declared dependency on shapely:
- great-expectations-geospatial-expectations — A collection of Expectations to validate Geospatial data with Great Expectations.
- gref4hsi — A Python package for for georeferencing and orthorectifying hyperspectral imagery
- greppo — Build responsive web-apps for geospatial applications.
- grid2demand — A tool for generating zone-to-zone travel demand based on grid zones and gravity model
- gridfinder — Algorithm for guessing MV grid network based on night time lights
- gridgeo — Convert UGRID, SGRID, and non-compliant ocean model grids to geo-like objects
- gridify — Generate a grid of box shaped polygons covering an area
- gridit — Spatial tools to translate raster or vector geometry data to regular grids
- gridkit — Powerful abstractions of infinite grids for grid-vector interactions, tesselation, resampling and interactions between related grids.
- grim-opt — Greenfield Renewable energy source Investment Model
- griml — A workflow for classifying lakes from satellite imagery and compiling lake inventories
- gspatial-plot — A geospatial plotting library built on top of geopandas.
- gspatial-tools — Set of utility tools built on top of Geopandas, Xarray, Rasterio and Rioxarray
- gstlearn — Geostatistics & Machine Learning toolbox
- gt-converter — Open source library to convert SageMaker Ground Truth manifests into standard formats.
- GT3 — GT3 - The Georgia Tech Tokamak Transport codebase
- gtdownloader — A Python package for the simple downloading of tweets with geographical information
- gtfs-functions — Package to easily wrangle GTFS files geospatially.
- gtfs-kit — A Python 3.8+ library for analyzing GTFS feeds.
- gtfs-segments — GTFS Segments: A fast and efficient library to generate bus stop spacings
- gtfs2gmns — A class-based instance designed for reading, converting, analyzing, and visualizing GTFS data
- gtfspy — Python package for analyzing public transport timetables
- gtfsutils — GTFS command-line tool and Python GTFS utility library
- gtl-ville — GTL Ville common packages
- gtlv-common — GTL Ville common packages
- guang-toolkit — python toolkit
- guitares — Guitares is a Python package for building configurable Graphical User Interfaces (GUIs) using the PyQt5 framework.
- gval — Flexible, portable, and efficient geospatial evaluations for a variety of data.
- gwemopt — A python package for GW-EM Followup Optimization
- gww-service — Backend API for synchronous operations within Global Water Watch
- gwwapi — A python package for using the Global Water Watch API
- gym-grasshoppers — OpenAI Gym environment for Grasshoppers project
- gym-jsbsim — Gym JSBSim environment
- gym-line-follower — Line follower simulator environment.
- gym-pusht — A gymnasium environment for PushT.
- h3ronpy — Data science toolkit for the H3 geospatial grid
- h5analysis — Library to analyse, plot, and export data stored in HDF5 files.
- hagerstrand — A Python package for an interactive space-time Geographic Information System (GIS)
- halem — The Route optimization for dynamic flow field searches the optimal route for a given flow field.
- hatched — Convert images to plotter-friendly hatched patterns
- heavyai — Data science toolkit support for HeavyDB
- heinlein — no summary
- heligeo — Python client for requests to heligeo API services
- helipad — An agent-based modeling framework for Python with a shallow learning curve and powerful visualization capabilities.
- hello-world-python — Test github actions
- herenow-demo — Demo of Approximate Retrieval capability of LLMs appplied to build a product for Mindful Exploration of Urban Events.
- hestia-earth-earth-engine — Hestia's earth engine.
- hexcover — Given a centroid and side length, tile an area with regular flat hexagons
- hf-hydrodata — hydroframe tools and utilities
- hh-polygons — HafrenHaver Support Services
- highlighter-sdk — Package to interact with the Highlighter Perception System
- his-geo — A library to extract historical toponyms from texts, geocode and visualize the results.
- histomicstk — A Python toolkit for Histopathology Image Analysis
- hky3535 — no summary
- holoviews — Stop plotting your data - annotate your data and let it visualize itself.
- HomePy — A Home python useful package
- homography — A library for dealing with 2d homography transformations.
- hotlib — Utilities for an AI-assisted mapping tool developed for HOT.
- HPW-Tracing — no summary
- hs-correct — hs-correct-module
- hue-color-converter — color converter for philips hue
- human-learn — natural intelligence benchmarks for scikit-learn
- HuMobi — A library dedicated to human mobility data processing
- hvsrpy — A Python package for horizontal-to-vertical spectral ratio processing
- hydenv — Database management tools for data lecture
- hydro-raster — To process raster data for hydrological/hydrodynamic modelling
- hydrodata — A portal to access hydrology and climatology databases in Python
- hydromt — HydroMT: Automated and reproducible model building and analysis.
- hydromt-delft3dfm — hydroMT plugin for Delft3D-FM models.
- hydromt_delwaq — hydroMT plugin for DELWAQ models.
- hydromt_sfincs — hydroMT plugin for sfincs models.
- hydromt_wflow — hydroMT plugin for wflow models.
- hydropandas — Module by Artesia for loading observation data into custom DataFrames.
- hydrosar — Algorithms for the monitoring of hydrological hazards using data from Synthetic Aperture Radar (SAR) sensors
- ibeis — IBEIS - Image Based Ecological Information System
- ibis-framework — The portable Python dataframe library
- ibis-heavyai — Ibis HeavyDB backend
- ibmpairs — open source Python modules for the IBM PAIRS Geoscope platform
- icdar-tools — a pip install icdar_tools
- icepyx — Python tools for obtaining and working with ICESat-2 data
- icutil_IGNchinmay — A small CV test package
- ideuy — Add a short description here!
- ifly-uiautotest — A small example package
- ifm-contrib — *ifm_contrib* is an Open-Source Extension of the IFM, the Python API of the groundwater modellierung software [FEFLOW](https://en.wikipedia.org/wiki/FEFLOW) by [DHI](https://www.dhigroup.com).
- iggyenrich — Enrich data using Iggy (askiggy.com)
- image-ocr — A packaged and flexible version of the CRAFT text detector and Keras CRNN recognition model.
- imageObjects — Helper Objects for working with open computer vision and image projects
- imaxt-mosaic — Image stitching
- imgaug — Image augmentation library for deep neural networks
- imgaug-denk — Image augmentation library for deep neural networks
- imgaug3 — Image augmentation library for deep neural networks
- imgrid — Utility for gridifing images
- imod — Make massive MODFLOW models!
- imxInsights — python imx insights module to get information from imx files
- inattrails — This tool reads the route of a hike and generates a table of iNaturalist observations along the trails. It also shows the observations and the route of the hike on a map. Moreover, it saves waypoints of the iNaturalist observations for offline navigation with a GPS device or smartphone.
- incognita — Mapping the annual UK Scout Census to local geographies
- INEGIpy — LibrerÃa en Python para facilitar el uso de las APIs del INEGI
- inference — With no prior knowledge of machine learning or device-specific deployment, you can deploy a computer vision model to a range of devices and environments using Roboflow Inference.
- inference-core — With no prior knowledge of machine learning or device-specific deployment, you can deploy a computer vision model to a range of devices and environments using Roboflow Inference.
- inference-cpu — With no prior knowledge of machine learning or device-specific deployment, you can deploy a computer vision model to a range of devices and environments using Roboflow Inference.