svn-gvsig-desktop / trunk / org.gvsig.desktop / org.gvsig.desktop.compat.cdc / org.gvsig.fmap.geometry / org.gvsig.fmap.geometry.api / src / main / java / org / gvsig / fmap / geom / Geometry.java @ 40559
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/**
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* gvSIG. Desktop Geographic Information System.
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*
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* Copyright (C) 2007-2013 gvSIG Association.
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*
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* This program is free software; you can redistribute it and/or
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* modify it under the terms of the GNU General Public License
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* as published by the Free Software Foundation; either version 3
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* of the License, or (at your option) any later version.
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*
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* This program is distributed in the hope that it will be useful,
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* but WITHOUT ANY WARRANTY; without even the implied warranty of
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* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
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* GNU General Public License for more details.
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*
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* You should have received a copy of the GNU General Public License
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* along with this program; if not, write to the Free Software
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* Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston,
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* MA 02110-1301, USA.
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*
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* For any additional information, do not hesitate to contact us
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* at info AT gvsig.com, or visit our website www.gvsig.com.
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*/
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/*
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* AUTHORS (In addition to CIT):
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* 2009 {Iver T.I.} {Task}
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*/
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package org.gvsig.fmap.geom; |
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import java.awt.Shape; |
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import java.awt.geom.AffineTransform; |
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import java.awt.geom.PathIterator; |
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import java.awt.geom.Rectangle2D; |
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import java.io.Serializable; |
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import org.cresques.cts.ICoordTrans; |
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import org.gvsig.fmap.geom.handler.Handler; |
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import org.gvsig.fmap.geom.operation.GeometryOperationContext; |
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import org.gvsig.fmap.geom.operation.GeometryOperationException; |
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import org.gvsig.fmap.geom.operation.GeometryOperationNotSupportedException; |
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import org.gvsig.fmap.geom.primitive.Envelope; |
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import org.gvsig.fmap.geom.primitive.GeneralPathX; |
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import org.gvsig.fmap.geom.primitive.Point; |
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import org.gvsig.fmap.geom.type.GeometryType; |
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/**
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* <p>
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* This interface is equivalent to the GM_Object specified in <a href="http://www.iso.org/iso/iso_catalogue/catalogue_tc/catalogue_detail.htm?csnumber=26012"
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* >ISO 19107</a>. It is the root class of the geometric object taxonomy and
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* supports interfaces common to all geographically referenced geometric
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* objects.
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* </p>
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* <p>
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* Geometry instances are sets of direct positions in a particular coordinate
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* reference system. A Geometry can be regarded as an infinite set of points
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* that satisfies the set operation interfaces for a set of direct positions.
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* </p>
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* <p>
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* A geometric object shall be a combination of a coordinate geometry and a
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* coordinate reference system. In all of the operations, all geometric
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* calculations shall be done in the coordinate reference system of the first
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* geometric object accessed, which is normally the object whose operation is
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* being invoked. Returned objects shall be in the coordinate reference system
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* in which the calculations are done unless explicitly stated otherwise.
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* </p>
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* <p>
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* This class extends of the {@link Shape} class by historical reasons but this
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* inheritance will disappear in future versions.
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* </p>
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* @see <a href="http://www.iso.org/iso/iso_catalogue/catalogue_tc/catalogue_detail.htm?csnumber=26012"
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* >ISO 19107< /a>
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*/
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public interface Geometry extends Shape, Serializable, Comparable { |
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/**
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* Predefined geometry types in the model.
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*/
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public interface TYPES { |
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/**
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* Any geometry.
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*/
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public final static int GEOMETRY = 0; |
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/**
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* A geometric element that has zero dimensions and a location
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* determinable by an ordered set of coordinates.
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*/
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public final static int POINT = 1; |
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/**
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* A straight or curved geometric element that is generated by a moving
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* point and that has extension only along the path of the point.
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*/
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public final static int CURVE = 2; |
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/**
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* A closed plane figure bounded by straight lines.
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*/
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public final static int SURFACE = 3; |
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/**
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* Solids in 3D.
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*/
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public final static int SOLID = 4; |
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/**
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* A set that can contain points, lines and polygons. This is usual in
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* <i>CAD</i> layers <i>(dxf, dgn, dwg)</i>.
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*/
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public final static int AGGREGATE = 6; |
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/**
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* A set of points.
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*/
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public final static int MULTIPOINT = 7; |
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/**
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* A set of lines.
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*/
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public final static int MULTICURVE = 8; |
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/**
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* A set of polygons.
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*/
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public final static int MULTISURFACE = 9; |
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/**
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* A set of solids.
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*/
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public final static int MULTISOLID = 10; |
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/**
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* A closed plane curve every point of which is equidistant from a fixed
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* point within the curve.
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*/
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public final static int CIRCLE = 11; |
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/**
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* A continuous portion (as of a circle or ellipse) of a curved line.
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*/
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public final static int ARC = 12; |
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/**
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* A closed plane curve generated by a point moving in such a way that
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* the sums of its distances from two fixed points is a constant : a
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* plane section of a right circular cone that is a closed curve.
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*/
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public final static int ELLIPSE = 13; |
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public final static int SPLINE = 14; |
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public final static int ELLIPTICARC = 15; |
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/**
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* NO DATA geometry.
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*/
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public final static int NULL = 16; |
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} |
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public interface DIMENSIONS { |
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public final static int X = 0; |
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public final static int Y = 1; |
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public final static int Z = 2; |
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} |
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/**
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* The subtype of a geometry is related with the dimension of the geometry,
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* that is a combination between the spatial dimension (2D, 2ZD, 3D) and the
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* M coordinate or "measure".
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*
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* @author <a href="mailto:jpiera@gvsig.org">Jorge Piera</a>
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*/
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public interface SUBTYPES { |
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/**
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* Geometries with two dimensions.
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*/
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public final static int GEOM2D = 0; |
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/**
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* Geometries with three dimensions.
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*/
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public final static int GEOM3D = 1; |
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/**
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* Geometries with two dimensions and with the M coordinate.
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*/
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public final static int GEOM2DM = 2; |
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/**
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* Geometries with three dimensions and with the M coordinate.
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*/
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public final static int GEOM3DM = 3; |
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/**
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* The subtype us unknown.
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*/
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public final static int UNKNOWN = 4; |
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} |
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/**
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* Initial value for new geometry types (it must not overlap with the basic
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* ones defined in TYPES).
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*/
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public static final int EXTENDED_GEOMTYPE_OFFSET = 17; |
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/**
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* Initial value for new geometry subtypes (it must not overlap with the
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* basic ones defined in SUBTYPES).
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*/
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public static final int EXTENDED_GEOMSUBTYPE_OFFSET = 6; |
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public interface OPERATIONS { |
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public final static String CONVERTTOWKT = "toWKT"; |
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public final static String CONVERTTOWKB = "toWKB"; |
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public final static String BUFFER = "buffer"; |
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public final static String DISTANCE = "Distance"; |
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public final static String CONTAINS = "Contains"; |
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public final static String OVERLAPS = "OVERLAPS"; |
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public final static String CONVEXHULL = "ConvexHull"; |
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public final static String COVERS = "Covers"; |
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public final static String CROSSES = "Crosses"; |
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public final static String DIFFERENCE = "Difference"; |
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public final static String DISJOIN = "Disjoin"; |
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public final static String INTERSECTION = "Intersaction"; |
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public final static String INTERSECTS = "Intersects"; |
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public final static String TOUCHES = "Touches"; |
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public final static String UNION = "Union"; |
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public final static String WITHIN = "Within"; |
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public final static String COVEREDBY = "CoveredBy"; |
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} |
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public static int BEST = 0; |
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/**
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* North.
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*/
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public static int N = 1; |
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/**
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* North - East.
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*/
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public static int NE = 2; |
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/**
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* East.
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*/
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public static int E = 3; |
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/**
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* South - East.
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*/
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public static int SE = 4; |
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/**
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* South.
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*/
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public static int S = 5; |
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/**
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* South - West.
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*/
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public static int SW = 6; |
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/**
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* West.
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*/
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public static int W = 7; |
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/**
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* North - West.
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*/
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public static int NW = 8; |
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public static int SELECTHANDLER = 0; |
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public static int STRETCHINGHANDLER = 1; |
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/**
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* If this geometry is a predefined interface then this method returns one
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* of {@link Geometry.TYPES} contants.<br>
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* If this geometry is an extended type then this method returns a runtime
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* constant that identifies its type. By convention this value is stored in
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* a constant called .CODE within the geometry class, for instance:
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* Point2D.CODE.
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*
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* @return If this geometry is a predefined interface then one of
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* {@link Geometry.TYPES} or a runtime constant if it is an extended
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* type.
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*/
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public int getType(); |
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/**
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* Creates a clone of this geometry.
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*
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* @return A clone of this geometry.
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*/
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public Geometry cloneGeometry();
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/**
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* Returns true if this geometry intersects the rectangle passed as
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* parameter.
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*
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* @param r
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* Rectangle.
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*
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* @return True, if <code>this</code> intersects <code>r</code>.
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*/
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public boolean intersects(Rectangle2D r); |
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/**
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* Used by the drawing strategies to quickly test whether this geometry
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* intersects with the visible rectangle.
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*
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* @param x
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* The minimum X coordinate.
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* @param y
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* The minimum Y coordinate.
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* @param w
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* The width of the envelope.
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* @param h
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* The height of the envelope.
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* @return true if <code>this</code> intersects the rectangle defined by the
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* parameters.
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*/
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public boolean fastIntersects(double x, double y, double w, double h); |
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/**
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* <p>
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* Returns the minimum bounding box for this Geometry. This shall be the
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* coordinate region spanning the minimum and maximum value for each
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* ordinate taken on by DirectPositions in this Geometry. The simplest
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* representation for an envelope consists of two DirectPositions, the first
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* one containing all the minimums for each ordinate, and second one
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* containing all the maximums.
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* </p>
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*
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* @return The minimum bounding box for this Geometry.
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*/
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public Envelope getEnvelope();
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/**
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* Reprojects this geometry by the coordinate transformer passed as
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* parameter.
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*
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* @param ct
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* Coordinate Transformer.
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*/
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public void reProject(ICoordTrans ct); |
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/**
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* It applies an affine transformation to the geometry.
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* If parameter value is null, it will be considered an
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* empty transformation, therefore equivalent to the identity
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* transformation.
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*
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* @param at
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* The transformation to apply.
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*/
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public void transform(AffineTransform at); |
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/**
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* Returns the largest number n such that each direct position in a
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* geometric set can be associated with a subset that has the direct
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* position in its interior and is similar (isomorphic) to Rn, Euclidean
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* n-space.
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*
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* @return The dimension.
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*/
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public int getDimension(); |
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/**
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* Returns <code>true</code> if this Geometry has no interior point of
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* self-intersection or self-tangency. In mathematical formalisms, this
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* means that every point in the interior of the object must have a metric
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* neighborhood whose intersection with the object is isomorphic to an
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* n-sphere, where n is the dimension of this Geometry.
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*
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* @return If the geometry is simple.
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*/
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public boolean isSimple(); |
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/**
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* Invokes a geometry operation given its index and context.
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*
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* @param index
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* Unique index of the operation. Operation code.
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* @param ctx
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* The context of the geometry operation.
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* @return Object returned by the operation.
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* @throws GeometryOperationNotSupportedException
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* It is thrown when the operation has been not registered for
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* this geometry.
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* @throws GeometryOperationException
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* It is thrown when there is an error executing the operation.
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*/
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public Object invokeOperation(int index, GeometryOperationContext ctx) |
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throws GeometryOperationNotSupportedException,
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GeometryOperationException; |
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/**
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* Invokes a geometry operation given its name and context.
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*
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* @param opName
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* Operation name.
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* @param ctx
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* The context of the geometry operation.
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* @return Object returned by the operation.
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* @throws GeometryOperationNotSupportedException
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* It is thrown when the operation has been not registered for
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* this geometry.
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* @throws GeometryOperationException
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* It is thrown when there is an error executing the operation.
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*/
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public Object invokeOperation(String opName, GeometryOperationContext ctx) |
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throws GeometryOperationNotSupportedException,
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GeometryOperationException; |
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/**
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* Instance of the GeometryType associated to this geometry.
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*
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* @return The geometry type.
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*/
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public GeometryType getGeometryType();
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|
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/**
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* Return a byte array with the equivalent in WKB format of the Geometry.
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*
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* Utility method to wrap the invocation to the operation
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* {@link OPERATIONS#CONVERTTOWKB}.
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*
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* @return the WKB version of the geometry
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*/
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public byte[] convertToWKB() throws GeometryOperationNotSupportedException, |
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GeometryOperationException; |
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public byte[] convertToWKB(int srs) |
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throws GeometryOperationNotSupportedException, GeometryOperationException;
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public byte[] convertToWKBForcingType(int srs, int type) |
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throws GeometryOperationNotSupportedException, GeometryOperationException;
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|
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/**
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* Return a string with the equivalent in WKT format of the Geometry.
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*
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* This is a utility method to wrap the invocation to the operation
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* {@link OPERATIONS#CONVERTTOWKT}.
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*
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* @return the WKT version of the geometry.
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*
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* @throws GeometryOperationNotSupportedException
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* @throws GeometryOperationException
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*/
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public String convertToWKT() throws GeometryOperationNotSupportedException, |
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GeometryOperationException; |
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|
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/**
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* Computes a buffer area around this geometry having the given width
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*
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* This is a utility method to wrap the invocation to the operation
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* {@link OPERATIONS#BUFFER}.
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*
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* @param distance
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* the width of the buffer
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*
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* @return a new Geometry with the computed buffer.
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*
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* @throws GeometryOperationNotSupportedException
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* @throws GeometryOperationException
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*/
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public Geometry buffer(double distance) |
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throws GeometryOperationNotSupportedException,
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GeometryOperationException; |
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|
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/**
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* Tests whether this geometry contains the specified geometry.
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*
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* This is a utility method to wrap the invocation to the operation
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* {@link OPERATIONS#CONTAINS}.
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*
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* @param geometry
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* the Geometry with which to compare this Geometry
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*
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* @return if this Geometry contains the specified geometry
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*
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* @throws GeometryOperationNotSupportedException
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* @throws GeometryOperationException
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*/
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public boolean contains(Geometry geometry) |
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throws GeometryOperationNotSupportedException,
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GeometryOperationException; |
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|
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/**
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* Returns the minimum distance between this Geometry and the specified
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* geometry.
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*
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* This is a utility method to wrap the invocation to the operation
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* {@link OPERATIONS#DISTANCE}.
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*
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* @param geometry
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* the Geometry from which to compute the distance
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*
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* @return the distance between the geometries
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*
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* @throws GeometryOperationNotSupportedException
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* @throws GeometryOperationException
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*/
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public double distance(Geometry other) |
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throws GeometryOperationNotSupportedException,
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GeometryOperationException; |
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public Geometry[] closestPoints(Geometry other) |
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throws GeometryOperationNotSupportedException,
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GeometryOperationException; |
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boolean isWithinDistance(Geometry other, double distance) |
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throws GeometryOperationNotSupportedException,
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GeometryOperationException; |
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|
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/**
|
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* Tests whether this geometry overlaps the specified geometry.
|
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*
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* This is a utility method to wrap the invocation to the operation
|
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* {@link OPERATIONS#OVERLAPS}.
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*
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* @param geometry
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* the Geometry with which to compare this Geometry
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*
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* @return true if the two geometries overlap.
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*
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* @throws GeometryOperationNotSupportedException
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* @throws GeometryOperationException
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*/
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public boolean overlaps(Geometry geometry) |
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throws GeometryOperationNotSupportedException,
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GeometryOperationException; |
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public Geometry convexHull() throws GeometryOperationNotSupportedException, |
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GeometryOperationException; |
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public boolean coveredBy(Geometry geometry) |
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throws GeometryOperationNotSupportedException,
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GeometryOperationException; |
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|
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public boolean crosses(Geometry geometry) |
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throws GeometryOperationNotSupportedException,
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GeometryOperationException; |
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549 |
public Geometry difference(Geometry other)
|
550 |
throws GeometryOperationNotSupportedException,
|
551 |
GeometryOperationException; |
552 |
|
553 |
public boolean disjoint(Geometry geometry) |
554 |
throws GeometryOperationNotSupportedException,
|
555 |
GeometryOperationException; |
556 |
|
557 |
public Geometry intersection(Geometry other)
|
558 |
throws GeometryOperationNotSupportedException,
|
559 |
GeometryOperationException; |
560 |
|
561 |
public boolean intersects(Geometry geometry) |
562 |
throws GeometryOperationNotSupportedException,
|
563 |
GeometryOperationException; |
564 |
|
565 |
public Geometry snapTo(Geometry other, double snapTolerance) |
566 |
throws GeometryOperationNotSupportedException,
|
567 |
GeometryOperationException; |
568 |
|
569 |
public boolean touches(Geometry geometry) |
570 |
throws GeometryOperationNotSupportedException,
|
571 |
GeometryOperationException; |
572 |
|
573 |
public Geometry union(Geometry other)
|
574 |
throws GeometryOperationNotSupportedException,
|
575 |
GeometryOperationException; |
576 |
|
577 |
public boolean within(Geometry geometry) |
578 |
throws GeometryOperationNotSupportedException,
|
579 |
GeometryOperationException; |
580 |
|
581 |
public Point centroid() throws GeometryOperationNotSupportedException, GeometryOperationException; |
582 |
|
583 |
/**
|
584 |
* This method returns a point which is inside the geometry.
|
585 |
* This is useful for mathematical purposes but it is very unlikely
|
586 |
* to be a suitable place for a label, for example.
|
587 |
*
|
588 |
*
|
589 |
* @return an interior point
|
590 |
* @throws GeometryOperationNotSupportedException
|
591 |
* @throws GeometryOperationException
|
592 |
*/
|
593 |
public Point getInteriorPoint() throws GeometryOperationNotSupportedException, GeometryOperationException; |
594 |
|
595 |
public double area() throws GeometryOperationNotSupportedException, GeometryOperationException; |
596 |
|
597 |
public double perimeter() throws GeometryOperationNotSupportedException, GeometryOperationException; |
598 |
|
599 |
|
600 |
|
601 |
|
602 |
/**
|
603 |
* Rotates the geometry by radAngle radians using the given
|
604 |
* coordinates as center of rotation. Rotating with a positive
|
605 |
* angle rotates points on the positive x axis toward the
|
606 |
* positive y axis. In most cases, we assume x increases
|
607 |
* rightwards and y increases upwards, so in most cases,
|
608 |
* a positive angle will mean counter-clockwise rotation.
|
609 |
*
|
610 |
* @param radAngle the amount of rotation, in radians
|
611 |
* @param basex x coordinate of center of rotation
|
612 |
* @param basey y coordinate of center of rotation
|
613 |
*/
|
614 |
public void rotate(double radAngle, double basex, double basey); |
615 |
|
616 |
/**
|
617 |
* Shifts geometry by given amount in x and y axes
|
618 |
*
|
619 |
* @param dx
|
620 |
* @param dy
|
621 |
*/
|
622 |
public void move(double dx, double dy); |
623 |
|
624 |
|
625 |
/**
|
626 |
* Scales geometry in x and y axes by given scale factors
|
627 |
* using the given point as center of projection.
|
628 |
*
|
629 |
* @param basePoint
|
630 |
* @param sx scale factor in x axis
|
631 |
* @param sy scale factor in y axis
|
632 |
*/
|
633 |
public void scale(Point basePoint, double sx, double sy); |
634 |
|
635 |
|
636 |
|
637 |
|
638 |
//
|
639 |
// ===============================================
|
640 |
//
|
641 |
|
642 |
|
643 |
/**
|
644 |
* @return the awt shape used to display the geometry. It
|
645 |
* applies a tranformation before to return the coordinates
|
646 |
* of the shape
|
647 |
* @deprecated this class inherits of {@link Shape} by historical
|
648 |
* reasons. This method has been added just to control the usage of
|
649 |
* the {@link Shape} class but it will removed in a future.
|
650 |
*/
|
651 |
public Shape getShape(AffineTransform affineTransform); |
652 |
|
653 |
/**
|
654 |
* @return the awt shape used to display the geometry.
|
655 |
* @deprecated this class inherits of {@link Shape} by historical
|
656 |
* reasons. This method has been added just to control the usage of
|
657 |
* the {@link Shape} class but it will removed in a future.
|
658 |
*/
|
659 |
public Shape getShape(); |
660 |
|
661 |
/**
|
662 |
* Returns this geometry's boundary rectangle.
|
663 |
*
|
664 |
* @deprecated use getEnvelope.
|
665 |
* @return Boundary rectangle.
|
666 |
*/
|
667 |
public Rectangle2D getBounds2D(); |
668 |
|
669 |
/**
|
670 |
* If applies an affine transformation and returns the GeneralPathXIterator
|
671 |
* with this geometry's information.
|
672 |
*
|
673 |
* @param at
|
674 |
* The transformation to apply.
|
675 |
* @return The GeneralPathXIterator with this geometry's information.
|
676 |
* @deprecated don't use PathIterator over geometries, use instead specific API for each operation. If not has API for that operation let the project team.
|
677 |
*
|
678 |
*/
|
679 |
public PathIterator getPathIterator(AffineTransform at); |
680 |
|
681 |
/**
|
682 |
* It returns the handlers of the geometry, these they can be of two types
|
683 |
* is straightening and of selection.
|
684 |
*
|
685 |
* @param type
|
686 |
* Type of handlers.
|
687 |
*
|
688 |
* @deprecated don't use Handlers over geometries, use instead specific API for each operation. If not has API for that operation let the project team.
|
689 |
* @return The handlers.
|
690 |
*/
|
691 |
public Handler[] getHandlers(int type); |
692 |
|
693 |
|
694 |
/**
|
695 |
* If applies an affine transformation and returns the GeneralPathXIterator
|
696 |
* with this geometry's information.
|
697 |
*
|
698 |
* @param at
|
699 |
* The affine transformation.
|
700 |
* @param flatness
|
701 |
*
|
702 |
* @return The GeneralPathXIterator with this geometry's information.
|
703 |
* @deprecated don't use PathIterator over geometries, use instead specific API for each operation. If not has API for that operation let the project team.
|
704 |
*/
|
705 |
PathIterator getPathIterator(AffineTransform at, double flatness); |
706 |
|
707 |
/**
|
708 |
* Useful to have the real shape behind the scenes. May be uses to edit it
|
709 |
* knowing it it is a Circle, Ellipse, etc.
|
710 |
*
|
711 |
* @return The awt shape
|
712 |
* @deprecated
|
713 |
*/
|
714 |
public Shape getInternalShape(); |
715 |
|
716 |
|
717 |
/**
|
718 |
* Get GeneralPathIterator, to do registered operations to it.
|
719 |
*
|
720 |
* @return The GeneralPathX.
|
721 |
* @deprecated don't use GeneralPathX over geometries, use instead specific API for each operation. If not has API for that operation let the project team.
|
722 |
*/
|
723 |
public GeneralPathX getGeneralPath();
|
724 |
|
725 |
} |