ee.Geometry.LineString.isUnbounded

  • The isUnbounded() method is used to determine if a geometry is unbounded.

  • The isUnbounded() method returns a Boolean value.

  • Examples are provided in both JavaScript and Python demonstrating the usage of the isUnbounded() method.

Returns whether the geometry is unbounded.
Usage Returns
LineString. isUnbounded () Boolean
Argument Type Details
this: geometry
Geometry

Examples

Code Editor (JavaScript)

 // Define a LineString object. 
 var 
  
 lineString 
  
 = 
  
 ee 
 . 
 Geometry 
 . 
 LineString 
 ([[ 
 - 
 122.09 
 , 
  
 37.42 
 ], 
  
 [ 
 - 
 122.08 
 , 
  
 37.43 
 ]]); 
 // Apply the isUnbounded method to the LineString object. 
 var 
  
 lineStringIsUnbounded 
  
 = 
  
 lineString 
 . 
 isUnbounded 
 (); 
 // Print the result to the console. 
 print 
 ( 
 'lineString.isUnbounded(...) =' 
 , 
  
 lineStringIsUnbounded 
 ); 
 // Display relevant geometries on the map. 
 Map 
 . 
 setCenter 
 ( 
 - 
 122.085 
 , 
  
 37.422 
 , 
  
 15 
 ); 
 Map 
 . 
 addLayer 
 ( 
 lineString 
 , 
  
 { 
 'color' 
 : 
  
 'black' 
 }, 
  
 'Geometry [black]: lineString' 
 ); 

Python setup

See the Python Environment page for information on the Python API and using geemap for interactive development.

 import 
  
 ee 
 import 
  
 geemap.core 
  
 as 
  
 geemap 

Colab (Python)

 # Define a LineString object. 
 linestring 
 = 
 ee 
 . 
 Geometry 
 . 
 LineString 
 ([[ 
 - 
 122.09 
 , 
 37.42 
 ], 
 [ 
 - 
 122.08 
 , 
 37.43 
 ]]) 
 # Apply the isUnbounded method to the LineString object. 
 linestring_is_unbounded 
 = 
 linestring 
 . 
 isUnbounded 
 () 
 # Print the result. 
 display 
 ( 
 'linestring.isUnbounded(...) =' 
 , 
 linestring_is_unbounded 
 ) 
 # Display relevant geometries on the map. 
 m 
 = 
 geemap 
 . 
 Map 
 () 
 m 
 . 
 set_center 
 ( 
 - 
 122.085 
 , 
 37.422 
 , 
 15 
 ) 
 m 
 . 
 add_layer 
 ( 
 linestring 
 , 
 { 
 'color' 
 : 
 'black' 
 }, 
 'Geometry [black]: linestring' 
 ) 
 m 
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