Reverse Dependencies of affine

The following projects have a declared dependency on affine:

• agdetector — agricultural_field_detector
• aiocogeo — Asynchronous cogeotiff reader
• apls — CosmiQ Works APLS Metric Implementation
• appears-api-client — Python client for interacting with NASA Earthdata's AppEEARS API
• appeears-api-client — Python client for interacting with NASA Earthdata's AppEEARS API
• cars — A satellite multi view stereo pipeline
• cedar-datacube — Creator for Analysis Ready Data (ARD)
• cgls-cpe — This package is in the cgls cloud processing environment
• cht-hurrywave — no summary
• cht-sfincs — no summary
• coastal-resilience-utilities — Utilities for conducting coastal resilience assessments
• coloc-sat — no summary
• CometTS — Time series trend analysis tools for user defined polygons in any time series of overhead imagery
• compute_distance — Compute distances and create TIF files
• crl-datacube — Utilities for scaling geospatial analyses
• datacube — An analysis environment for satellite and other earth observation data
• datacube-ows — Open Data Cube Open Web Services
• delayed-image — The delayed_image module
• descarteslabs — Descartes Labs Python Client
• dggstools — A Python library and command line tool to manipulate raster and vector GIS data in a DGGS (rHEALPix for now).
• digitalarztools — Digital Arz tools for applications
• distancerasters — Generate distance raster using arbitrary sets of spatial features
• dtcc-model — DTCC Model
• ecoscope — Standard Analytical Reporting Framework for Conservation
• ECOv002-L2T-STARS — ECOSTRESS Collection 2 JPL STARS Data Fusion Product Generating Executable (PGE)
• ECOv003-L2T-STARS — ECOSTRESS Collection 3 JPL STARS Data Fusion Product Generating Executable (PGE)
• eo-learn — Earth observation processing framework for machine learning in Python
• eodatasets3 — Packaging, metadata and provenance for OpenDataCube EO3 datasets
• eotransform-xarray — Implements transformations on xarray data structures, to be used with eotransform streamed_process.
• excimer_referencer — A package to reference .jpeg, .bmp. and .png images using .xml metadata produced by an Excimer laser ablation system.
• flopy — FloPy is a Python package to create, run, and post-process MODFLOW-based models
• Fused — no summary
• gcs-helpers — GCS_HELPERS: helper methods for working with google cloud storage
• geo-inference — Extract features from geospatial imagery using deep learning models
• geoai-rasterio — Fast and direct raster I/O for use with Numpy and SciPy
• geocover-utils — Set of library and tools to work with GeoCover data (https://www.swisstopo.admin.ch/en/geological-model-2d-geocover)
• GeoFuns — A package for geo tools used to map card score
• geogst — geogst is a structural geology module
• georasters — Tools for working with Geographical Information System Rasters
• geos5fp — generates rasters of near-real-time GEOS-5 FP near-surface meteorology
• geosardine — Spatial operations extend fiona and rasterio
• GEOSLAM — Seismo-Lineament Analysis Method
• geotils — geotils by GEOAI group
• geowatch — no summary
• gistim — GIS utilities for Tim(ML) Analytic Element modeling
• glue-geospatial — Experimental glue plugin for geospatial imagery
• gridfinder — Algorithm for guessing MV grid network based on night time lights
• grids — Tools for extracting time series subsets from n-dimensional arrays in several storage formats.
• h5image — Load and save images to HDF5 files
• homography — A library for dealing with 2d homography transformations.
• hspatial — Utilities for spatial integration of time series
• hydromt — HydroMT: Automated and reproducible model building and analysis.
• hydromt_sfincs — hydroMT plugin for sfincs models.
• iceberg-seals.search — The ICEBERG Seals usecase package
• imagebox — ImageBox: python utilities for working with multispectral imagery
• imddaily — Download and Convert IMD Daily Data
• imod — Make massive MODFLOW models!
• jw-plyflatten — Take a series of ply files and produce a digital elevation map
• kwcoco — The kwcoco module and cli for image datasets
• kwgis — The kwgis module
• kwimage — The kwimage module
• luis1996 — my description
• luisito1996 — my description
• luisito19963 — my description
• LWTools — Tool for LMT data analysis
• maxar-platform — Maxar Geospatial Platform SDK
• metalpy — Essential tools and libraries for SimPEG and related workflows.
• modland — georeferencing for MODIS/VIIRS sinusoidal tiles
• nismod-snail — The spatial networks impact assessment library
• nlmod — Python package to build, run and visualize MODFLOW 6 groundwater models in the Netherlands.
• nrt — Online monitoring with xarray
• nrt-validate — Validation of alerting system results produced by tools like nrt
• obia — A Python package for object-based image analysis on georeferenced imagery
• odc-algo — Miscellaneous Algorithmic helper methods
• odc-geo — Geometry Classes and Operations (opendatacube)
• odc-geom — Miscellaneous Geometry helper methods
• odc-loader — Tooling for constructing xarray objects from parsed metadata
• odc-stac — Tooling for converting STAC metadata to ODC data model
• omdenalore — AI for Good library
• physrisk — Physical climate risk calculation engine.
• physrisk-lib — OS-Climate Physical Risk Library
• planet-download — A package for acquiring and processing Planet images
• planet-image-acquisition — A package for acquiring and processing Planet images
• podpac — Pipeline for Observational Data Processing, Analysis, and Collaboration
• PREAGeoFuns — A package for geo tools used to map card score
• ptolemy-iamc — A library for rasterizing shapefiles onto grids
• py-gis-utility — Utility for image and math related operation in GIS
• py4eos — Convenience functions for working with HDF4-EOS datasets
• pyflwdir — Fast methods to work with hydro- and topography data in pure Python.
• pyHMT2D — Two-dimensional hydraulic modeling tools in Python
• pyl4c — Python tools for working with SMAP L4C data
• pysheds — 🌎 Simple and fast watershed delineation in python.
• pyspatialml — Machine learning classification and regression modelling for spatial raster data.
• pyveda — Python API for interfacing with veda
• ra2ce — Risk Assessment and Adaptation for Critical infrastructurE (RA2CE).
• raster-tools — Tools for processing geospatial data
• rasterra — A sleek, object-oriented interface designed for intuitive raster data manipulation in Python.
• rasters — raster processing toolkit
• rasterstats — Summarize geospatial raster datasets based on vector geometries
• rch — A package containing the personal python utilities of Riley Hales