# Wolfram Language & System 10.4 (2016)|Legacy Documentation

This is documentation for an earlier version of the Wolfram Language.
BUILT-IN WOLFRAM LANGUAGE SYMBOL

# GeoDisplacement

GeoDisplacement[{dist,α}]
represents a geodesic displacement of length dist and initial bearing α from a geo location.

GeoDisplacement[{dist,α},pathtype]
represents a displacement of length dist and initial bearing α along a path of type pathtype.

GeoDisplacement[loc1,loc2,pathtype]
returns the displacement needed to reach from along a path of type pathtype.

## DetailsDetails

• The distance dist can be given as a Quantity length or as a number in meters.
• The bearing α is measured clockwise from true north (geodetic north). It can be given as a Quantity angle, a number in degrees, a DMS string, or a named compass point like or .
• Locations in GeoDisplacement[loc1,loc2,pathtype] can be given as geographic Entity objects, pairs in degrees, GeoPosition objects, or any other geodetic position specification.
• GeoDisplacement[loc1,loc2] assumes a path of type .
• The list of possible path types is given in the documentation of GeoPath.
• GeoDisplacement can be used with GeoDestination to compute sequences of displacements and with GeoPath to draw them.

## ExamplesExamplesopen allclose all

### Basic Examples  (4)Basic Examples  (4)

Compute a destination location moving 10000 kilometers from another location:

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Compute a list of intermediate destinations:

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A random path of 100 geodesic steps of 5000 kilometers with random bearings:

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Compute distance and direction along a rhumb line from Tokyo to Paris:

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Compute distance and direction along a geodesic:

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Compare the rhumb line (in red) with the geodesic (in blue) in a world map:

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