haversine
Distance calculator
A simple distance calculator based on the Haversine formula
Crystal implementation of the Haversine formula to calculate distances between two points given their latitudes and longitudes
16 stars
3 watching
0 forks
Language: Crystal
last commit: 10 months ago
Linked from 1 awesome list
crystalhaversine-formula
veelenga/awesome-crystalRelated projects:
| Repository | Description | Stars |
|---|---|---|
 pkinney/distance | Provides functions to calculate distances between points and lines in 2D and 3D spaces | 62 |
 cwarden/sqlite-distance | Calculates distance between two geographic points using latitude and longitude coordinates | 2 |
 mwgg/greatcircle | A set of reusable functions for calculating distances and bearings between geographic locations | 78 |
 naqsha/naqsha | Provides fast and high-level access to various geospatial operations like distance calculations and azimuth. | 26 |
 c404/distance-matrix-api | Provides a set of APIs to calculate distances and travel times between locations using Google's Distance Matrix API | 30 |
 globalnamesarchitecture/damerau-levenshtein | Calculates edit distance between two strings using the Damerau-Levenshtein algorithm | 145 |
| pkinney/topo | A geometry library for Elixir that calculates spatial relationships between geometries | 157 |
 hypertidy/geodist | A lightweight package for calculating geodesic distances between points on the Earth's surface | 95 |
 chrisveness/geodesy | Geodesy functions for calculating distances and bearings between geographic coordinates | 1,179 |
 routrs/routrs | Calculates shortest distances and paths on geograph-based maps using haversine formula and Dijkstra's algorithm | 7 |
 nektro/zig-leven | Calculates the difference between two strings using the Levenshtein distance algorithm | 7 |
 ofmooseandmen/jord-rs | Geographical position calculations using spherical geometry and ellipsoidal models. | 9 |
 georust/geographiclib-rs | Port of geographiclib's geodesic calculations in Rust | 41 |
 lrcfmd/elmd | Calculates similarity between chemical compositions based on the minimal work required to transform one distribution into another. | 31 |
 thomersch/grandine | Tools and libraries for working with geospatial data | 52 |