Geo Coordinates Parser and Converter

Conversion and Parsing of Radians and Degrees-based Coordinates

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Result:
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Overview

 
Try the Geo Coordinates Parser and Converter, a web application designed for coordinate manipulation in different formats. Equipped to handle both radians and degrees, the app features an intuitive interface are adapts to devices and operating systems. This app provides the following features:
  1. Parsing1 coordinates from a string of symbols without specifying the format;
  2. Converting coordinates from
    • DD2: 34.05668, -117.1957
    • DMS3: 34°03'24.073 -117°11'44.634
    • DDM4: 34°14.04', 34°27.24'
    • 6-sign GeoRef5: GJPJ342171
    • 8-sign GeoRef5: GJPJ34241716
    • USNG6: 38RNP5024920407
    • MGRS7: RHAL29992999
    • Radians8: 1 rad, 3 rad
    • Radians8: 1,3 rad
    Please note that entered coordinates should be maintained in the exact sign format as shown in the examples above.
    to popular formats:
    • DDM
    • DD
    • DMS
    • MGRS
    • USNG
    • GeoRef
  3. Visualizing the converted results on the interactive World Map.
 
1Parsing is a process of syntactic analysis of a string with symbols to discover the constituents of the string, the syntactic relation between those symbols, as well as semantic and related information.
 
2DD (Decimal Degrees) - latitude and longitude as decimal fractions of degrees, with negative signs for the south and west coordinates.
 
3DMS (Degree-Minutes-Seconds) are latitude and longitude with minutes and seconds ranging from 0 to 60.
 
4DDM (Degree-Decimal-Minutes) are latitude and longitude with minutes ranging from 0 to 60.
 
5GEOREF (world Geographic Reference System) is a simplified geocode based on latitude and longitude.
 
6USNG (the United States National Grid) is a compact location system for local applications.
 
7MGRS (Military Grid Reference System) is a global geocode standard based on UTM (Universal Transverse Mercator) and UPS (Universal Polar Stereographic) grid systems but with different labeling conventions.
 
8Radians are units angle in the context of trigonometry and circular motion. An angle of one radian corresponds to the angle formed when the length of the arc is equal to the radius of the circle.
 


The equator is divided into 360 equal parts, each equivalent to 1 degree, which corresponds to approximately 111.32 kilometers. Each degree has 60 minutes and each minute has 60 seconds. Consequently, 1 minute equals 1.85 km, and 1 second equals 0.0309 km.

To simplify the conversion, consider these coordinate scale features:
  • Latitude: -90 to 90
  • Longitude: -180 to 180
  • Degrees: Up to 6 decimal places.
  • Degrees (0 to 89, 0 to 179) as integers
  • Minutes and seconds: 0 to 59.9999, up to 4 decimal places
  • Degrees (0-59) and minutes (0 to 59) as integers and seconds (0 to 59.9999) up to 4 decimal places.


Our app supports radians, offering streamlined angular measurement processing.

1 radian is approximately equal to 57.2958 degrees. Radians can have decimal values, it is common to round them to a reasonable number of decimal places for clarity and accuracy. To convert radians to degrees, use the formula: degrees = radians × 180 / π.

Our app works from any browser on any device. All processes run on our servers so no need for any registrations or install any software.
Our app is a virtual instrument powered by Aspose.GIS. All files are processed with Aspose.APIs, which are useful for developers to work (reading, writing, and converting) with the most popular GIS file formats and come with great documentation, clear code samples, and an all-dev support team.
basic features

GIS Geo Coordinates Parser and Converter

  • Accurate parsing of geographic coordinate strings.
  • Automatic latitude and longitude detection during parsing.
  • Visualization of results on the World map.
  • Quick conversion from DD, DMS, DDM, GEOREF, USNG, MGRS, Radians.
  • Quick conversion to DD, DMS, DDM, GEOREF, USNG, MGRS.
how to

How to Convert and Parse coordinates?

  • Input coordinates in any supported format according to its specifications;
  • Select the Format for conversion (default: Decimal Degrees);
  • Click Convert to perform the conversion process;
  • The resulting coordinates will be displayed in the Result window;
  • After conversion, click Open Map to visualize coordinates on the World map.
Features of the Aspose.Gis Coordinates free app

FAQ

  1. ❓ Is it necessary to specify the parsing format for coordinate strings?

    Our application automatically extracts coordinate information from input strings.

  2. ❗ Do I need to specify the format when converting to GEOREF?

    No, all you need to do is input coordinates in any supported format into relevant fields and select the output format.

  3. 📁 Compatible with mobile devices?

    Yes, the app is compatible with any device.

  4. 💻 How long does the conversion process take?

    The app will immediately perform the conversion process and display the results.

  5. 🌐 Are the Converted Coordinates accurate?

    While the conversions are generally accurate, it is important to note that slight inaccuracies can occur due to the nature of decimal numbers. While these differences are typically small and have limited impact for most use cases, to increase accuracy, you can reverse the conversion or choose popular formats like DD, DMS, and DDM, or less common formats like GEOREF, USNG, or MGRS.
Version: 23.48.1
(Release notes)