Spatial Analysis
Showing 32 of 68 projects
A Python package for exploring, modeling, and visualizing neighborhood and regional change over time using geospatial data.
A UC Berkeley course teaching urban data analysis, visualization, and mapping using Python and open-source tools for city planning.
A modular JavaScript toolkit for geographic data processing, format conversion, and spatial operations.
An R package for spatial and spatio-temporal geostatistical modeling, prediction, and simulation.
peartree: A library for converting transit data into a directed graph for sketch network analysis.
A comprehensive family of R packages for analyzing spatial point pattern data and other spatial data types.
A Python library for encoding spatial data into the TopoJSON format, reducing file sizes through topology computation and simplification.
A collection of ArcGIS tools for analyzing public transit data, including network analysis and real-time GTFS feed integration.
A pure Go implementation of the OpenGIS Simple Feature Access Specification for 2D geometry modeling and spatial algorithms.
An Elixir library for calculating spatial relationships between geometries like points, lines, and polygons.
An R package for reading, analyzing, and visualizing public transit data in GTFS format using tidyverse and sf.
A Python toolkit for simplifying street network geometry by converting transportation-focused representations to morphological centerlines.
A command-line tool for combining geospatial data across different spatial units using five statistical methods.
A Python toolbox for analyzing multiplexed imaging data, featuring segmentation, pixel/cell clustering, and spatial analysis.
An open-source framework for calculating spatial urban sprawl indices and performing disaggregated population estimates using OpenStreetMap data.
An R package that converts GTFS public transport data into GPS-like records for transport simulations and analyses.
A JavaScript library for managing GeoJSON properties and performing GIS operations for thematic cartography.
An MCP server that enables natural language conversation for analyzing spatial transcriptomics data through 60+ curated methods.
A foundation model-driven method for semantic cell classification in whole slide images, extending Cellpose with a WSI workflow and QuPath integration.
A JavaScript library implementing DE-9IM spatial predicates for GeoJSON objects, supporting relationships like contains, intersects, and touches.
A comprehensive wiki-style collection of over 240 resource pages and 3500 resources covering the ArcGIS platform, GIS concepts, and Esri products.
An open data specification for describing street right-of-way allocations to enable cross-jurisdictional comparison and analysis.
A Python package and web app for visualizing 3D point clouds in VR and Jupyter notebooks.
An R package for creating thematic maps with a syntax based on the layered grammar of graphics.
An Angular map component library built on OpenLayers for creating interactive and customizable geospatial applications.
Elixir library for coordinate conversion and geodesic calculations using OSGeo's PROJ.4 library.
Calculates intersection type and location for two line segments in Elixir.
A Go library for converting between GeoJSON geometries and H3 hexagon indexes.
A MATLAB-based toolbox for interactive visualization and analysis of multiplexed image cytometry data.
An open-source tool for calculating spatial indicators for healthy, sustainable cities worldwide using open or custom data.
A web tool to easily create and retrieve geometry calculations (buffers, intersections, unions) for ArcGIS feature services.
A Python command-line tool and module that transfers properties between intersecting GeoJSON features based on spatial relationships.
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