Package org.opengis.geometry

Examples of org.opengis.geometry.Geometry

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         * @param b Geometry Object
         * @return a boolean indicating whether the result matched the expectation
         */
        public boolean doOperation(Geometry a, Geometry b) {
            Boolean expected = (Boolean)expectedResult;
            Geometry geom1 = setGeomArg(arg1, a, b);
            Geometry geom2 = setGeomArg(arg2, a, b);
            Boolean result = Boolean.valueOf( geom1.contains(geom2) );
            return result == expected;
        }
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         * @param b Geometry Object
         * @return a boolean indicating whether the result matched the expectation
         */
        public boolean doOperation(Geometry a, Geometry b) {
            Boolean expected = (Boolean)expectedResult;
            Geometry geom1 = setGeomArg(arg1, a, b);
            Geometry geom2 = setGeomArg(arg2, a, b);
            Boolean result = Boolean.valueOf( geom1.intersects(geom2) );
            return result == expected;
        }
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         * @param b Geometry Object (not used)
         * @return a boolean indicating whether object A is simple
         */
        public boolean doOperation(Geometry a, Geometry b) {
            Boolean expected = (Boolean)expectedResult;
            Geometry geom1 = setGeomArg(arg1, a, b);
            Boolean result = Boolean.valueOf( geom1.isSimple() );
            return result == expected;
        }
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         * @param a Geometry object
         * @param b Geometry Object
         * @return a boolean indicating whether the result matched the expectation
         */
        public boolean doOperation(Geometry a, Geometry b) {
            Geometry geom1 = setGeomArg(arg1, a, b);
            Geometry geom2 = setGeomArg(arg2, a, b);
            TransfiniteSet result = geom1.intersection(geom2);
            return compareTransfiniteSetResult(result);
        }
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         * @param a Geometry object
         * @param b Geometry Object (not used)
         * @return a boolean indicating whether the result matched the expectation
         */
        public boolean doOperation(Geometry a, Geometry b) {
            Geometry geom1 = setGeomArg(arg1, a, b);
            TransfiniteSet result = geom1.getBoundary();
            return compareTransfiniteSetResult(result);
        }
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         * @param a Geometry object
         * @param b Geometry Object (not used)
         * @return a boolean indicating whether the result matched the expectation
         */
        public boolean doOperation(Geometry a, Geometry b) {
            Geometry geom1 = setGeomArg(arg1, a, b);
            DirectPosition result = geom1.getCentroid();
            return compareDirectPositionResult(result);
        }
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         * @param a Geometry object
         * @param b Geometry Object (not used)
         * @return a boolean indicating whether the result matched the expectation
         */
        public boolean doOperation(Geometry a, Geometry b) {
            Geometry geom1 = setGeomArg(arg1, a, b);
            DirectPosition result = geom1.getRepresentativePoint();
            return compareDirectPositionResult(result);
        }
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         * @param a Geometry object
         * @param b Geometry Object (not used)
         * @return a boolean indicating whether the result matched the expectation
         */
        public boolean doOperation(Geometry a, Geometry b) {
            Geometry geom1 = setGeomArg(arg1, a, b);
            TransfiniteSet result = geom1.getConvexHull();
            return compareTransfiniteSetResult(result);
        }
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         * @param a Geometry object
         * @param b Geometry object
         * @return a boolean indicating whether the result matched the expectation
         */
        public boolean doOperation(Geometry a, Geometry b) {
            Geometry geom1 = setGeomArg(arg1, a, b);
            Geometry geom2 = setGeomArg(arg2, a, b);
            TransfiniteSet result = geom1.difference(geom2);
            return compareTransfiniteSetResult(result);
        }
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         * @param a Geometry object
         * @param b Geometry object
         * @return a boolean indicating whether the result matched the expectation
         */
        public boolean doOperation(Geometry a, Geometry b) {
            Geometry geom1 = setGeomArg(arg1, a, b);
            Geometry geom2 = setGeomArg(arg2, a, b);
            TransfiniteSet result = geom1.symmetricDifference(geom2);
            return compareTransfiniteSetResult(result);
        }
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Related Classes of org.opengis.geometry.Geometry

  • org.geotools.geometry.iso.operations.ConvexHullTest
  • org.geotools.geometry.iso.root.GeometryImpl
  • org.geotools.geometry.iso.util.algorithm2D.ConvexHull
  • org.geotools.geometry.jts.spatialschema.geometry.GeometryTestOperation$BoundaryOp
  • org.geotools.geometry.jts.spatialschema.geometry.GeometryTestOperation$CentroidOp
  • org.geotools.geometry.jts.spatialschema.geometry.GeometryTestOperation$ContainsOp
  • org.geotools.geometry.jts.spatialschema.geometry.GeometryTestOperation$ConvexHullOp
  • org.geotools.geometry.jts.spatialschema.geometry.GeometryTestOperation$DifferenceOp
  • org.geotools.geometry.jts.spatialschema.geometry.GeometryTestOperation$IntersectionOp
  • org.geotools.geometry.jts.spatialschema.geometry.GeometryTestOperation$IntersectsOp
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