JTS:10 Crosses

版本

org.locationtech.jts:jts-core:1.19.0
链接: github

public class GeometryCrosses {private final GeometryFactory geometryFactory = new GeometryFactory();private static final Logger LOGGER = LoggerFactory.getLogger(GeometryCrosses.class);private static final WKTWriter WKT_WRITER = new WKTWriter();private Coordinate[] coordinate1;private Coordinate[] coordinate2;/*** [T*T******] (for P/L, P/A, and L/A situations) 点与线，点与面，线与面* [T*****T**] (for L/P, A/P, and A/L situations) 线与点，面与点，面与线* [0********] (for L/L situations) 线与线* 获取两个几何对象并返回 true 如果它们的交叉点在空间上是交叉的，* 也就是说，几何图形有一些但不是所有的内部点是共同的。* 几何图形内部的交点不能是空集，并且其维度必须小于两个输入几何图形的最大尺寸。* 此外，两个几何图形的交点不能等于任何一个源几何图形。否则，它将返回 false*/public static void main(String[] args) {GeometryCrosses geometryCrosses = new GeometryCrosses();geometryCrosses.test00();}
}

点与线

    /*** 点与线, 点必须是多点，且有一个点在线上,因为是交叉点，在线上* [T*T******]*/public void test00() {coordinate1 = new Coordinate[] {new Coordinate(4, 3), new Coordinate(13, 3)};LineString lineString = geometryFactory.createLineString(coordinate1);coordinate2 = new Coordinate[] {new Coordinate(8, 6), new Coordinate(8, 1), new Coordinate(9, 3)};MultiPoint multiPoint = geometryFactory.createMultiPointFromCoords(coordinate2);LOGGER.info("lineString1 - point1 九交模型值：{}", lineString.relate(multiPoint).toString());LOGGER.info("point1 - lineString1 跨越：{}", lineString.crosses(multiPoint));LOGGER.info("lineString1: {}, point1: {}", WKT_WRITER.write(lineString), WKT_WRITER.write(multiPoint));}

点与面

    /*** 点与面* [T*T******]*/public void test01() {coordinate1 = new Coordinate[] {new Coordinate(8, 6), new Coordinate(8, 1), new Coordinate(9, 3)};MultiPoint multiPoint = geometryFactory.createMultiPointFromCoords(coordinate1);coordinate2 = new Coordinate[] {new Coordinate(2, 5), new Coordinate(2, 2), new Coordinate(12, 2), new Coordinate(12, 5), new Coordinate(2, 5)};Polygon polygon = geometryFactory.createPolygon(coordinate2);LOGGER.info("multiPoint1 - polygon 九交模型值：{}", multiPoint.relate(polygon).toString());LOGGER.info("multiPoint1 - polygon 跨越：{}", multiPoint.crosses(polygon));LOGGER.info("multiPoint1: {}, polygon: {}", WKT_WRITER.write(multiPoint), WKT_WRITER.write(polygon));}

线与面

    public void test02() {coordinate1 = new Coordinate[] {new Coordinate(8, 6), new Coordinate(8, 1), new Coordinate(9, 3)};LineString lineString = geometryFactory.createLineString(coordinate1);coordinate2 = new Coordinate[] {new Coordinate(2, 5), new Coordinate(2, 2), new Coordinate(12, 2), new Coordinate(12, 5), new Coordinate(2, 5)};Polygon polygon = geometryFactory.createPolygon(coordinate2);LOGGER.info("lineString - polygon 九交模型值：{}", lineString.relate(polygon).toString());LOGGER.info("lineString - polygon 跨越：{}", lineString.crosses(polygon));LOGGER.info("lineString: {}, polygon: {}", WKT_WRITER.write(lineString), WKT_WRITER.write(polygon));}

线与线

    /*** 线与线* [0********]*/public void test03() {coordinate1 = new Coordinate[] {new Coordinate(3, 4), new Coordinate(12, 4)};LineString lineString1 = geometryFactory.createLineString(coordinate1);coordinate2 = new Coordinate[] {new Coordinate(7, 7), new Coordinate(7, 1)};LineString lineString2 = geometryFactory.createLineString(coordinate2);LOGGER.info("lineString - polygon 九交模型值：{}", lineString1.relate(lineString2).toString());LOGGER.info("lineString - polygon 跨越：{}", lineString1.crosses(lineString2));LOGGER.info("lineString: {}, polygon: {}", WKT_WRITER.write(lineString1), WKT_WRITER.write(lineString2));}