ee.Geometry.MultiLineString.geometries

    • The geometries() method returns a list of geometries from a GeometryCollection or a singleton list for single geometries.

    • The geometries() method is used on a geometry object and returns a list.

    • Examples are provided in JavaScript and Python demonstrating how to use the geometries() method on a MultiLineString .

     Returns the list of geometries in a GeometryCollection, or a singleton list of the geometry for single geometries.
    Usage Returns
    MultiLineString. geometries () List
    Argument Type Details
    this: geometry
    		Geometry

    Examples

    Code Editor (JavaScript) 

     // Define a MultiLineString object. 
 var 
  
 multiLineString 
  
 = 
  
 ee 
 . 
 Geometry 
 . 
 MultiLineString 
 ( 
  
 [[[ 
 - 
 122.088 
 , 
  
 37.418 
 ], 
  
 [ 
 - 
 122.086 
 , 
  
 37.422 
 ], 
  
 [ 
 - 
 122.082 
 , 
  
 37.418 
 ]], 
  
 [[ 
 - 
 122.087 
 , 
  
 37.416 
 ], 
  
 [ 
 - 
 122.083 
 , 
  
 37.416 
 ], 
  
 [ 
 - 
 122.082 
 , 
  
 37.419 
 ]]]); 
 // Apply the geometries method to the MultiLineString object. 
 var 
  
 multiLineStringGeometries 
  
 = 
  
 multiLineString 
 . 
 geometries 
 (); 
 // Print the result to the console. 
 print 
 ( 
 'multiLineString.geometries(...) =' 
 , 
  
 multiLineStringGeometries 
 ); 
 // Display relevant geometries on the map. 
 Map 
 . 
 setCenter 
 ( 
 - 
 122.085 
 , 
  
 37.422 
 , 
  
 15 
 ); 
 Map 
 . 
 addLayer 
 ( 
 multiLineString 
 , 
  
 { 
 'color' 
 : 
  
 'black' 
 }, 
  
 'Geometry [black]: multiLineString' 
 );

    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 MultiLineString object. 
 multilinestring 
 = 
 ee 
 . 
 Geometry 
 . 
 MultiLineString 
 ([ 
 [[ 
 - 
 122.088 
 , 
 37.418 
 ], 
 [ 
 - 
 122.086 
 , 
 37.422 
 ], 
 [ 
 - 
 122.082 
 , 
 37.418 
 ]], 
 [[ 
 - 
 122.087 
 , 
 37.416 
 ], 
 [ 
 - 
 122.083 
 , 
 37.416 
 ], 
 [ 
 - 
 122.082 
 , 
 37.419 
 ]], 
 ]) 
 # Apply the geometries method to the MultiLineString object. 
 multilinestring_geometries 
 = 
 multilinestring 
 . 
 geometries 
 () 
 # Print the result. 
 display 
 ( 
 'multilinestring.geometries(...) =' 
 , 
 multilinestring_geometries 
 ) 
 # Display relevant geometries on the map. 
 m 
 = 
 geemap 
 . 
 Map 
 () 
 m 
 . 
 set_center 
 ( 
 - 
 122.085 
 , 
 37.422 
 , 
 15 
 ) 
 m 
 . 
 add_layer 
 ( 
 multilinestring 
 , 
 { 
 'color' 
 : 
 'black' 
 }, 
 'Geometry [black]: multilinestring' 
 ) 
 m
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