Reverse Dependencies of rasterio
The following projects have a declared dependency on rasterio:
- geotorchai — GeoTorchAI, formarly GeoTorch, A Spatiotemporal Deep Learning Framework
- geoutils — Analysis and handling of georeferenced rasters and vectors
- geowatch — no summary
- getsentinel — An ESA Sentinel data pipeline.
- ghslc — GHSL Land Cover python module
- gistim — GIS utilities for Tim(ML) Analytic Element modeling
- glacier-flow-model — Modeling glaciers on a digital elevation model based on mass balance and a modified D8 flow algorithm applied to ice
- glaft — GLAFT evaluates the quality of glacier velocity maps using statistics and physics based metrics.
- glidergun — Map Algebra with NumPy
- glue-geospatial — Experimental glue plugin for geospatial imagery
- GOSTnets — Networkx wrapper to simplify network analysis using geospatial data
- GOSTNetsRaster — Generate travel time rasters from friction surfaces
- GOSTurban — Multiple functions, tools, and tutorials for calculating urbanization based on gridded population data
- gplately — Object-orientated Python interface to pyGPlates for plate tectonic reconstruction
- gportal — Client for JAXA G-Portal Catalogue Service and SFTP
- gps2var — Fast reading of geospatial variables by GPS coordinates
- gradeit — Road Grade Inference Tool (GradeIT) appends elevation and road grade to a sequence of GPS points.
- gridfinder — Algorithm for guessing MV grid network based on night time lights
- 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.
- grids — Tools for extracting time series subsets from n-dimensional arrays in several storage formats.
- 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
- guitares — Guitares is a Python package for building configurable Graphical User Interfaces (GUIs) using the PyQt5 framework.
- guorbit-utils — A package containing utilities for GU Orbit Software
- h3ronpy — Data science toolkit for the H3 geospatial grid
- h5image — Load and save images to HDF5 files
- HAPI-Nile — Distributed hydrological-model
- harpia — A Python Package for Development
- HighGeoX — provides utilities to deal with large geospatial Datasets and provides functions for Fast computation of NDVI and MNDVI indces,
- hilly — Tools for summarizing and viewing sporty GPX traces
- hipims-io — To process input and output files of the HiPIMS model
- hls_tools — Tools for working with the Harmonized Landsat Sentinel 2 remote sensing dataset
- homonim — Correct aerial and satellite imagery to surface reflectance.
- honeybees — Honeybees is an agent-based modelling framework targeted at large-scale agent-based models.
- hotlib — Utilities for an AI-assisted mapping tool developed for HOT.
- hsclient — A python client for managing HydroShare resources
- hvplot — A high-level plotting API for the PyData ecosystem built on HoloViews.
- hydro-raster — To process raster data for hydrological/hydrodynamic modelling
- hydrodata — A portal to access hydrology and climatology databases in Python
- hydrointerp — Functions for interpolating hydrologic features
- hydromt — HydroMT: Automated and reproducible model building and analysis.
- hydromt_delwaq — hydroMT plugin for DELWAQ models.
- hydromt_fiat — hydroMT plugin for fiat models.
- hydromt_sfincs — hydroMT plugin for sfincs models.
- hydrosar — Algorithms for the monitoring of hydrological hazards using data from Synthetic Aperture Radar (SAR) sensors
- hydrotrack — A Python package for track and forecasting.
- iceberg-penguins.search — The ICEBERG Penguin colony usecase package
- iceberg-seals.search — The ICEBERG Seals usecase package
- imagebox — ImageBox: python utilities for working with multispectral imagery
- imddaily — Download and Convert IMD Daily Data
- img-dice — Dice tif images into smaller sections using a shapefile of polygons
- imod — Make massive MODFLOW models!
- 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.
- inference-gpu — 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.
- InowasFlopyAdapter — A FLOPY wrapper for the INOWAS-platform
- interpies — A collection of functions for reading, displaying, transforming and analyzing geophysical data.
- invest-ucm-calibration — Automated calibration of the InVEST urban cooling model with simulated annealing
- ipfs-stac — The EASIER Data Initiative Python IPFS-STAC Client
- iquaflow — Image quality framework
- jacksung — no summary
- jsim-utils — Simulation environment for SAR
- jw-plyflatten — Take a series of ply files and produce a digital elevation map
- jw-rpcm — Rational Polynomial Camera Model for optical satellite images.
- jwl-rpcm — Rational Polynomial Camera Model for optical satellite images.
- kawaplatformlibrary — Library for Data Ingestion
- kelp-o-matic — Hakai Segment Tool for GeoTiff RPAS Imagery
- keras-spatial — Keras Data Generator class for remote spatial data.
- label-maker — Data preparation for satellite machine learning
- label-maker-dask — Run label maker as a dask job
- LaharZ — Creates tif maps of lahars using QGIS
- large-image-source-rasterio — A rasterio tilesource for large_image.
- lasrasterize — A command line tool and associated library used to convert lidar LAS files into GeoTIFF raster files.
- LBUrban — A package to processing Vallaris Maps
- leafmap — A Python package for geospatial analysis and interactive mapping in a Jupyter environment.
- lfmaptools — Mapping tools for LaharFlow data
- LibUrban — A package to processing Vallaris Maps
- lidar — A Python package for delineating nested surface depressions in digital elevation data
- lidario — High-level toolbox to manipulate LIDAR raster and point cloud
- lofargeotiff — Write LOFAR near field images as GeoTIFF
- lsdtopytools — High-level interface to LSDTopoTools in python. Include as much tools as we can port in python, for the rest see our docker solutions. This package is using lsdtt-xtensor-python as
- lsdviztools — lsdviztools is a collection of routines for plotting geospatial data, with a focus on data produces by LSDTopoTools or by lsdtopytools.
- luis1996 — my description
- luisito1996 — my description
- luisito19963 — my description
- malpolon — Malpolon v1.0.3
- mapa — 🌍 Create 3d-printable STLs from satellite elevation data 🌏
- mapchete — Tile-based geodata processing using rasterio & Fiona
- mapio — Reading/resampling of raster files (esp. across 180 meridian)
- mapreader — A computer vision pipeline for the semantic exploration of maps/images at scale
- mapshader — Simple Python GIS Web Services
- marinedebrisdetector — A detector of marine debris with Sentinel-2 scenes
- marsis — An open source processor for the MARSIS instrument on Mars Express
- mask-to-polygons — Routines for extracting and working with polygons from semantic segmentation masks
- matplotcheck — Functions to check Matplotlib plot outputs
- max-ard — ARD SDK and CLI tools
- maxar-skyway — Python API for making OSM queries
- merge-downloader — Downloader Package for rain obtained from MERGE/GPM model processed by INPE