The Geospatial Neighborhood Analysis Package
- spatial-analysis
- urban-modeling
- geodemographics
- neighborhood-dynamics
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The Geospatial Neighborhood Analysis Package
Find roads that are the most curvy or twisty based on Open Street Map (OSM) data.
A geographic toolkit for dealing with geometry, geography, formats, and building geodatabases
The Complete Street Rule for ArcGIS CityEngine is a scenario oriented design tool intended to enable users to quickly create procedurally generated multimodal streets.
A user friendly way to search OpenStreetMap data for features in proximity to each other.
Fast and storage-efficient spatial database engine for OpenStreetMap data
Tools for working with GTFS public transit data in ArcGIS
Simple Features is a pure Go Implementation of the OpenGIS Simple Feature Access Specification
A Geometry library for Elixir that calculates spatial relationships between two geometries
CoGran - A command line tool for combining data of different spatial granularity
An open source Geoservices Implementation (deprecated)
Command line tool to generate point labels from GeoJSON polygons
Open framework for calculating spatial urban sprawl indices and performing disaggregated population estimates using open data
A turf.js-like geospatial analysis library working with GeoJSON, written in pure Dart.
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An Elixir implementation of the CONREC algorithm for topographic or isochrone maps.
Fast and storage-efficient spatial database engine for OpenStreetMap data
GTFS Segments: A fast and efficient library to generate bus stop spacings
A command line utility to convert heavy GIS sources into elegant administrative & topographic topojson files, raster files, and web friendly svg maps.
New York City Census Reporting Tool
R package to estimate public transport emissions based on GTFS data
Draw a polygon on the map or paste a geoJSON and explore how the s2.RegionCoverer covers it with S2 cells depending on the min and max levels
DE-9IM spatial predicate library implemented in Javascript.
Crystal implementation of the Haversine formula to calculate distances between two points given their latitudes and longitudes