org.deegree.geometry
Class SFSProfiler

java.lang.Object
  org.deegree.geometry.SFSProfiler

public class SFSProfiler
extends java.lang.Object

Converts a generic deegree Geometry instance (which may be anything from the ISO 19107 model) into a Geometry that matches the capabilities of the Simple Feature Specification (SFS).

General conversion scheme

• Point -> Point
• LineString -> LineString
• Curve -> LineString
• Polygon -> Polygon (using only a patch with linear interpolated boundaries)
• Surface -> Polygon/MultiPolygon (one member for every surface patch, each using linear interpolated boundaries)
• MultiPoint -> MultiPoint
• MultiLineString -> MultiLineString
• MultiCurve -> MultiLineString
• MultiPolygon -> MultiPolygon (members using only a patch with linear interpolated boundaries)
• MultiSurface -> MultiPolygon (members using only a single patches with linear interpolated boundaries)

TODO Solids, Composites

Version:

$Revision: 26897 $, $Date: 2010-09-21 15:54:03 +0200 (Di, 21. Sep 2010) $

Author:

Andrei Ionita, Markus Schneider, last edited by: $Author: mschneider $

Constructor Summary

SFSProfiler(LinearizationCriterion crit)
Creates a new SFSProfiler that uses the given LinearizationCriterion for linearizing non-linear curve segments / surface boundaries.

Method Summary

LineString	simplify(Curve geometry) Simplifies the given Curve.
Geometry	simplify(GeometricPrimitive geometry) Simplifies the given GeometricPrimitive.
Geometry	simplify(Geometry geometry) Simplifies the given Geometry.
MultiGeometry<?>	simplify(MultiGeometry<?> geometry) Simplifies the given MultiGeometry.
Point	simplify(Point geometry) Simplifies the given Point.
Solid	simplify(Solid geometry) Simplifies the given Solid.
Geometry	simplify(Surface geometry) Simplifies the given Surface.

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

SFSProfiler

public SFSProfiler(LinearizationCriterion crit)

Creates a new SFSProfiler that uses the given LinearizationCriterion for linearizing non-linear curve segments / surface boundaries.

Parameters:

crit - linearization criterion, must not be null

Method Detail

simplify

public Geometry simplify(Geometry geometry)

Simplifies the given Geometry.

Parameters:

geometry - the geometry to be simplified, must not be null

Returns:

the simplified geometry

simplify

public Geometry simplify(GeometricPrimitive geometry)

Simplifies the given GeometricPrimitive.

Parameters:

geometry - the geometry to be simplified, must not be null

Returns:

the simplified geometry

simplify

public Point simplify(Point geometry)

Simplifies the given Point.

Parameters:

geometry - the geometry to be simplified, must not be null

Returns:

the simplified geometry

simplify

public LineString simplify(Curve geometry)

Simplifies the given Curve.

Parameters:

geometry - the geometry to be simplified, must not be null

Returns:

the simplified geometry

simplify

public Geometry simplify(Surface geometry)

Simplifies the given Surface.

Parameters:

geometry - the geometry to be simplified, must not be null

Returns:

the simplified geometry, either a Polygon or a MultiPolygon (if the input surface has multiple patches)

simplify

public Solid simplify(Solid geometry)

Simplifies the given Solid.

Parameters:

geometry - the geometry to be simplified, must not be null

Returns:

the simplified geometry

simplify

public MultiGeometry<?> simplify(MultiGeometry<?> geometry)

Simplifies the given MultiGeometry.

Parameters:

geometry - the geometry to be simplified, must not be null

Returns:

the simplified geometry