Converts coordindates between cartesian, polar, radial, spherical, and cylindrical coords!
A machine-readable index of all EPSG coordinate systems.
A common coordinate systems conversion module!
converts coordinates between viewport, document and element coordinate systems
coordinate transforming of various chinese encrypted coordinate systems such as BAIDU, GCJ02 etc.
Transform coordinates between the Swiss projected coordinate systems (LV95/LV03) and WGS 84.
gdal3.js is a port of Gdal applications (**gdal_translate**, **ogr2ogr**, **gdal_rasterize**, **gdalwarp**, **gdaltransform**) to Webassembly. It allows you to convert raster and vector geospatial data to various formats and coordinate systems.
Transform coordinates between various coordinate systems used in Bulgaria.
A simple library for converting between different coordinate systems.
A JavaScript library that performs coordinate transformation between two plane coordinate systems using transformation definitions generated by Maplat.
Remove outliers in maps or 2D cartesian coordinate systems
Convert to/from WGS84 and OSGB coordinate systems
Datatypes for cartesian coordinate systems.
JavaScript library which performs homeomorphic conversion mutually between the coordinate systems of two planes based on the control points.
Search for affine transformation parameters for coordinate systems
A set of tools for working with coordinate systems in the plane.
A common coordinate systems conversion module!
A layout and rendering engine for character-based UIs. Renders content as a grid of monospaced Unicode characters with support for element trees, coordinate systems, and z-indexed compositing.
A collection of classes commonly used in geometry or coordinate systems.
Compute global vertices and rotation of divs, and transform between local (inside div) and global (inside body) coordinate systems
gdal3.js is a port of Gdal applications (**gdal_translate**, **ogr2ogr**, **gdal_rasterize**, **gdalwarp**, **gdaltransform**) to Webassembly. It allows you to convert raster and vector geospatial data to various formats and coordinate systems.
Proj4js wrapper for conversion between geospatial CRS (coordinate reference systems)
Yandex Maps 3 World Utilities - coordinate transformation functions
a small node modul to estimate the transformation parameter from two lists of common points (different coordinate systems)
Build hierarchical Cartesian coordinate systems to easily transform poses.
Very simple coordinate frame conversions
Hard to misuse rigid body transforms (aka "spatial math") for engineers with other things to worry about than linear algebra.
A Rust library for type-state enforced 3D coordinate systems, units, and transforms to prevent frame-mixing errors at compile time.
Define sprites and scenes in a plain-text DSL, render to PNG, preview in your terminal.
Open source fantasy console in Rust
A BFS pathfinder & collision system
High-precision astronomy and satellite mechanics in Rust.
Hexagonal Cube-Coordinate System with Spiralling Integer Tile Identifiers
A highly parallel Perl 5 interpreter written in Rust
Generate random GeoJSON data
A linear algebra library for games and graphics with generic SIMD types.
A redis lock as suggested by redis documentation
The cartesian plan and its elements.
Coordinate system library enabling cross-system conversions.
Swissgrid is a library to convert gps points into the Swiss coordinate system (CH1903).
Simplifies converting from longitudes and latitudes, to eastings and northings.
swisstopo_reframe is a wrapper for the Swisstopo Reframe REST API to convert coordinate points into different coordinate systems.
Convert coordinates between geodetic WGS84 and Swedish grid RT90 and SWEREF99 systems.
A Ruby gem for converting between 19 geodetic coordinate systems (LLA, ECEF, UTM, ENU, NED, MGRS, USNG, Web Mercator, UPS, State Plane, BNG, GH36, GH, HAM, OLC, GEOREF, GARS, H3, S2) with Vincenty great-circle and ECEF Euclidean distance calculations, unit-aware Distance and Bearing classes, geoid height support, and geographic area operations.
Simple utility functions for converting between coordinate systems (Lat/Long, UTM, USNG)
Convert coordinates between geodetic WGS84 and Swedish grid RT90 and SWEREF99 systems.
Basis provides a set of classes for easily plotting and transforming arbitrary 2D coordinate systems by specifying their basis vectors in Ruby-Processing.
Trilateration calculates the position of an unknown point, using the distance from three known points to it.
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