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  1. This tool enables you to calculate the straight line distance between two locations or two cities, "as the crow flies". As you can share your location, it will let you know easily how far you are in a straight line from any point of interest.

    • Driving Directions

      Driving Directions with Google Maps. Even if you are using a...

    • Converter

      GPS coordinates converter. This tool is all about GPS...

    • Radius

      Draw a circle on the map with the radius of your choice to...

    • Maps

      Maps for all countries in the world and all states in the...

    • Satellite

      Google Maps Satellite. How to get and share the Google Maps...

    • API

      Once your are logged in, you can bookmark any place by...

    • Register

      With Google Maps: Find GPS Coordinates of address | Find...

    • Login

      With Google Maps: Find GPS Coordinates of address | Find...

  2. Calculate Linear Distance Between Two Points. You can return the arc length as a linear distance by specifying a reference ellipsoid as input to the distance function. Create a World Geodetic System of 1984 (WGS84) reference ellipsoid with a length unit of meters. wgs84 = wgs84Ellipsoid( "m" );

  3. 23 lut 2022 · You can measure a straight line distance on a topo map by using a piece of scrap paper and the bar scale on the map. First, place your paper on the map and mark points A and B on it where you want to measure.

  4. Description. d = distance(site1,site2) returns the distance in meters between site1 and site2. example. d = distance(site1,site2,path) returns the distance using a specified path type, either a Euclidean or great circle path.

  5. Measure distance between points. You can measure the distance between 2 or more points on the map. For example, you can measure the mileage in a straight line between 2 cities. Important:...

  6. dist = stdist(lat,lon) computes the standard distance of the geographic points specified by lat and lon. This syntax references the points to a unit sphere, assumes the points are specified in degrees, and returns the standard distance in degrees.

  7. This MATLAB function returns the signed distances dist to the closest obstacle for all cells in the map map.