Class EnhancedPrecisionOp

java.lang.Object
org.locationtech.jts.precision.EnhancedPrecisionOp
public class EnhancedPrecisionOp extends Object
Provides versions of Geometry spatial functions which use enhanced precision techniques to reduce the likelihood of robustness problems.
Version:
1.7

  • Constructor Details

    • EnhancedPrecisionOp

      public EnhancedPrecisionOp()

  • Method Details

    • intersection

      public static Geometry intersection(Geometry geom0, Geometry geom1)
      Computes the set-theoretic intersection of two Geometrys, using enhanced precision.
      Parameters:
      geom0 - the first Geometry
      geom1 - the second Geometry
      Returns:
      the Geometry representing the set-theoretic intersection of the input Geometries.

    • union

      public static Geometry union(Geometry geom0, Geometry geom1)
      Computes the set-theoretic union of two Geometrys, using enhanced precision.
      Parameters:
      geom0 - the first Geometry
      geom1 - the second Geometry
      Returns:
      the Geometry representing the set-theoretic union of the input Geometries.

    • difference

      public static Geometry difference(Geometry geom0, Geometry geom1)
      Computes the set-theoretic difference of two Geometrys, using enhanced precision.
      Parameters:
      geom0 - the first Geometry
      geom1 - the second Geometry
      Returns:
      the Geometry representing the set-theoretic difference of the input Geometries.

    • symDifference

      public static Geometry symDifference(Geometry geom0, Geometry geom1)
      Computes the set-theoretic symmetric difference of two Geometrys, using enhanced precision.
      Parameters:
      geom0 - the first Geometry
      geom1 - the second Geometry
      Returns:
      the Geometry representing the set-theoretic symmetric difference of the input Geometries.

    • buffer

      public static Geometry buffer(Geometry geom, double distance)
      Computes the buffer of a Geometry, using enhanced precision. This method should no longer be necessary, since the buffer algorithm now is highly robust.
      Parameters:
      geom - the first Geometry
      distance - the buffer distance
      Returns:
      the Geometry representing the buffer of the input Geometry.