great-circle
There are 26 repositories under great-circle topic.
pbrod/nvector
Nvector is a suite of tools written in Python to solve geographical position calculations.
timsearle/Euclid
Great-circle mathematics helper library for platforms using Swift -
FFI-no/n-vector
Geographical position calculations – simple and exact solutions by means of n-vector 🌍
macedoj/haversine-great-circle-distance
Haversine formula to calculate the great-circle distance between two pairs of latitude and longitude coordinates.
anowacki/Geodesics.jl
Calculate great circles on a flattened sphere in Julia
SpyrosMouselinos/distancly
A python package to implement all different distance/routing methods (Great Circle/Rhumbline/Haversine/Eucledian).
Moustikitos/gryd
Lightweight great-circle computation & map-projection library
unfunco/distance
🌍 Small PHP 7.1+ library for calculating the distance between two coordinates.
hunter547/Leaflet.SmoothGeodesic
Smooth geodesic curves for Leaflet
loraxipam/circumpolar
The circumpolar tool is a command line tool to provide distance measurements between a point and a set of points, on a sphere of a given radius.
loraxipam/havers2
haversine library that wraps geo/s2
mhogan-nwra/envector
The envector package is a suite of tools written in Python forked from the nvector package to solve geographical position calculations powered by means of n-vector.
raleighlittles/EarthDistanceCalculator
A simple Flask app for comparing distances between 2 points using different methods.
as-grm/on_class
Repozitorij pripomočkov za "Oceansko navigacijo"
c-mcst/bearings
A small python library for working with geospatial bearing lines
matttevans/great-circle-distance
Laravel 8 helper methods to return the distance between two pairs of Latitude/Longitude points on a great circle with the Haversine and Vincenty formulae
Rigonz/GeoDist
The geodesic (great-circle) that minimices the total distance to a series of given points on Earth's surface.
avitase/geordpy
GeoRDPy is a Python library that simplifies geodetic-coordinate polylines using the Ramer-Douglas-Peucker algorithm. It reduces the number of points while preserving accuracy, making it ideal for optimizing geospatial data representations. Specify a threshold for error tolerance and choose a sphere radius for tailored simplification.
emrecosar/customer-records
Customer Records (Great Circle Problem)
evroon/bluesky-planner
Route planner for BlueSky
ivarprudnikov/text_to_class_parser
Tiny program that parses text to class instances (Customer) and does some filtering on top of it
jeremyrajan/invite-list-jr
Find records within a radius(proximity) using haversine or spherical law of cosines
shpaker/pyGreatCircleDistance
Calculate the distance between GPS coordinates in meters
stepankuzmin/turf-arc
Calculate great circles routes as lines
zizwiz/GlobalData
A variety of calculations for latitude/longitude points to give Bearings, Distances etc