/// <inheritdoc cref="IGeometryReader{TSource}.Read(Stream)"/>>
public IGeometry Read(Stream stream)
{
if (stream == null)
{
throw new ArgumentNullException(nameof(stream));
}
using (var reader = new BinaryReader(stream))
{
var header = GeoPackageBinaryHeader.Read(reader);
var services = new NtsGeometryServices(_coordinateSequenceFactory,
_precisionModel, HandleSRID ? header.SrsId : -1);
// NOTE: GeoPackage handle SRID in header, so no need to read this also in wkb;
const bool dontHandleSRID = false;
var wkbReader = new WKBReader(services)
{
HandleSRID = dontHandleSRID,
HandleOrdinates = HandleOrdinates,
RepairRings = RepairRings
};
var geom = wkbReader.Read(stream);
if (HandleSRID)
{
geom.SRID = header.SrsId;
}
return(geom);
}
}
private static bool TestWktWkb(int number, IGeometryFactory factory, string wkt, string wkb)
{
WKTReader r = new WKTReader(factory);
IGeometry wktGeom = r.Read(wkt);
WKBReader s = new WKBReader(factory);
IGeometry wkbGeom = s.Read(WKBReader.HexToBytes(wkb));
try
{
Assert.AreEqual(wkb, WKBWriter.ToHex(wktGeom.AsBinary()), "wkb's don't match");
Assert.IsTrue(DiscreteHausdorffDistance.Distance(wktGeom, wkbGeom) < 1e-9, number + ": DiscreteHausdorffDistance.Distance(wktGeom, wkbGeom) < 1e-9");
if (!wktGeom.EqualsExact(wkbGeom))
{
Assert.AreEqual(wkt, wktGeom.AsText(), number + ": wkt.Equals(wktGeom.AsText())");
var wktGeom2 = s.Read(wktGeom.AsBinary());
Assert.AreEqual(wkt, wktGeom2.AsText(), number + ": wkt.Equals(wktGeom2.AsText())");
var diff = wkbGeom.Difference(wktGeom);
Assert.IsTrue(false, number + ": wktGeom.EqualsExact(wkbGeom)\n" + diff.AsText());
}
return false;
}
catch (AssertionException ex)
{
Console.WriteLine(ex.Message);
return true;
}
}
/// <summary>
/// Method to read
/// </summary>
/// <param name="reader"></param>
/// <param name="wkbReader"></param>
/// <returns></returns>
public static GpkgStandardBinary Read(BinaryReader reader, WKBReader wkbReader)
{
return new GpkgStandardBinary
{
Header = GpkgBinaryHeader.Read(reader),
WellKnownBytes = reader.ReadBytes((int) (reader.BaseStream.Length - reader.BaseStream.Position)),
_wkbReader = wkbReader
};
}
private static IGeometry FromWkb(string wkb, IGeometry clip = null)
{
WKBReader reader = new WKBReader(GeometryFactory.Default);
byte[] bytes = WKBReader.HexToBytes(wkb);
IGeometry geom = reader.Read(bytes);
if (clip != null)
geom = geom.Intersection(clip);
return geom;
}
public void Setup()
{
wkbreader = new WKBReader(factory);
geometry0 = wkbreader.Read(test00_Geom0_WkbByteArray);
Debug.WriteLine(geometry0.ToString());
geometry1 = wkbreader.Read(test00_Geom1_WkbByteArray);
Debug.WriteLine(geometry1.ToString());
}
/// <summary>
/// Creates a new <see cref="WKBHexFileReader"/> given the
/// <see cref="WKBReader"/> to use to parse the geometries.
/// </summary>
/// <param name="wkbReader">The geometry reader to use</param>
public WKBHexFileReader(WKBReader wkbReader)
{
if (wkbReader == null)
{
throw new ArgumentNullException("wkbReader");
}
Limit = -1;
_wkbReader = wkbReader;
}
public void OracleWKBBigEndianReadTest()
{
IGeometry result = null;
using (Stream stream = new FileStream(blobFile, FileMode.Open, FileAccess.Read, FileShare.Read))
{
WKBReader wkbreader = new WKBReader();
result = wkbreader.Read(stream);
}
Debug.WriteLine(result.ToString());
Assert.IsNotNull(result);
}
public static IGeometry ReadGeometriesFromWkbHexString(String wkb, IGeometryFactory geomFact)
{
var reader = new WKBReader(geomFact);
var fileReader = new WKBHexFileReader(reader);
var geomList = new List<IGeometry>();
using (var ms = new MemoryStream())
{
new StreamWriter(ms).Write(wkb);
geomList.AddRange(fileReader.Read(ms));
}
if (geomList.Count == 1)
return geomList[1];
return geomFact.CreateGeometryCollection(GeometryFactory.ToGeometryArray(geomList));
}
/// <summary>
///
/// </summary>
public override void Start()
{
try
{
Write(multiPoint.Area);
Write(multiPoint.Boundary);
Write(multiPoint.BoundaryDimension);
Write(multiPoint.Centroid);
Write(multiPoint.Coordinate);
Write(multiPoint.Coordinates);
Write(multiPoint.Dimension);
Write(multiPoint.Envelope);
Write(multiPoint.EnvelopeInternal);
Write(multiPoint.Geometries.Length);
Write(multiPoint.InteriorPoint);
Write(multiPoint.IsEmpty);
Write(multiPoint.IsSimple);
Write(multiPoint.IsValid);
Write(multiPoint.Length);
Write(multiPoint.NumGeometries);
Write(multiPoint.NumPoints);
Write(multiPoint.Buffer(10));
Write(multiPoint.Buffer(10, BufferStyle.CapButt));
Write(multiPoint.Buffer(10, BufferStyle.CapSquare));
Write(multiPoint.Buffer(10, 20));
Write(multiPoint.Buffer(10, 20, BufferStyle.CapButt));
Write(multiPoint.Buffer(10, 20, BufferStyle.CapSquare));
Write(multiPoint.ConvexHull());
byte[] bytes = multiPoint.AsBinary();
IGeometry test1 = new WKBReader().Read(bytes);
Write(test1.ToString());
bytes = new GDBWriter().Write(multiPoint);
test1 = new GDBReader().Read(bytes);
Write(test1.ToString());
}
catch (Exception ex)
{
throw ex;
}
}
/// <summary>
/// Convert hex-coded WKB to geometry object
/// </summary>
/// <param name="hexString"></param>
/// <returns></returns>
public static IGeometry WKBhex2Geom(string hexString)
{
if (String.IsNullOrWhiteSpace(hexString))
{
return(null);
}
try
{
var reader = new NetTopologySuite.IO.WKBReader();
var geometryBinary = NetTopologySuite.IO.WKBReader.HexToBytes(hexString);
IGeometry result = reader.Read(geometryBinary);
return(result);
}
catch (Exception ex)
{
throw ex;
}
}
/// <summary>
/// Reads a sequence of geometries.<br/>
/// If an <see cref="Offset"/> is specified, geometries read up to the offset count are skipped.
/// If a <see cref="Limit"/> is specified, no more than <see cref="Limit"/> geometries are read.
/// </summary>
/// <param name="streamReader">The stream reader to use.</param>
/// <exception cref="IOException">Thrown if an I/O exception was encountered</exception>
/// <exception cref="ParseException">Thrown if an error occured reading a geometry</exception>
private ReadOnlyCollection <Geometry> Read(StreamReader streamReader)
{
var geoms = new List <Geometry>();
int count = 0;
while (!IsAtEndOfFile(streamReader) && !IsAtLimit(geoms))
{
string line = streamReader.ReadLine();
if (string.IsNullOrEmpty(line))
{
continue;
}
var g = _wkbReader.Read(WKBReader.HexToBytes(line));
if (count >= Offset)
{
geoms.Add(g);
}
count++;
}
return(geoms.AsReadOnly());
}
/// <summary>
///
/// </summary>
public override void Start()
{
IPoint pInterior = Factory.CreatePoint(new Coordinate(100, 100));
IPoint pExterior = Factory.CreatePoint(new Coordinate(100, 101));
try
{
Write(point.Area);
Write(point.Boundary);
Write(point.BoundaryDimension);
Write(point.Centroid);
Write(point.Coordinate);
Write(point.Coordinates);
Write(point.CoordinateSequence);
Write(point.Dimension);
Write(point.Envelope);
Write(point.EnvelopeInternal);
Write(point.Factory);
Write(point.InteriorPoint);
Write(point.IsEmpty);
Write(point.IsSimple);
Write(point.IsValid);
Write(point.Length);
Write(point.NumPoints);
Write(point.PrecisionModel);
Write(point.X);
Write(point.Y);
Write(point.Contains(pInterior));
Write(point.Contains(pExterior));
Write(point.Buffer(10));
Write(point.Buffer(10, BufferStyle.CapSquare));
Write(point.Buffer(10, BufferStyle.CapButt));
Write(point.Buffer(10, 20));
Write(point.Buffer(10, 20, BufferStyle.CapSquare));
Write(point.Buffer(10, 20, BufferStyle.CapButt));
Write(point.Crosses(pInterior));
Write(point.Crosses(pExterior));
Write(point.Difference(pInterior));
Write(point.Difference(pExterior));
Write(point.Disjoint(pInterior));
Write(point.Disjoint(pExterior));
Write(point.Equals(pInterior));
Write(point.Equals(pExterior));
Write(point.EqualsExact(pInterior));
Write(point.EqualsExact(pExterior));
Write(point.ConvexHull());
Write(point.Intersection(pInterior));
Write(point.Intersection(pExterior));
Write(point.Intersects(pInterior));
Write(point.Intersects(pExterior));
Write(point.IsWithinDistance(pInterior, 0.001));
Write(point.IsWithinDistance(pExterior, 0.001));
Write(point.Overlaps(pInterior));
Write(point.Overlaps(pExterior));
Write(point.SymmetricDifference(pInterior));
Write(point.SymmetricDifference(pExterior));
Write(point.ToString());
Write(point.AsText());
Write(point.Touches(pInterior));
Write(point.Touches(pExterior));
Write(point.Union(pInterior));
Write(point.Union(pExterior));
Write(point.Within(pInterior));
Write(point.Within(pExterior));
string pointstring = "POINT (100.22 100.33)";
string anotherpointstring = "POINT (12345 3654321)";
IGeometry geom1 = Reader.Read(pointstring);
Write(geom1.AsText());
IGeometry geom2 = Reader.Read(anotherpointstring);
Write(geom2.AsText());
byte[] bytes = point.AsBinary();
IGeometry test1 = new WKBReader().Read(bytes);
Write(test1.ToString());
bytes = Factory.CreatePoint(new Coordinate(Double.MinValue, Double.MinValue)).AsBinary();
IGeometry testempty = new WKBReader().Read(bytes);
Write(testempty);
bytes = new GDBWriter().Write(geom1);
test1 = new GDBReader().Read(bytes);
Write(test1.ToString());
// Test Empty Geometries
Write(Point.Empty);
Write(LineString.Empty);
Write(Polygon.Empty);
Write(MultiPoint.Empty);
Write(MultiLineString.Empty);
Write(MultiPolygon.Empty);
Write(GeometryCollection.Empty);
}
catch (Exception ex)
{
throw ex;
}
}
public WKTOrWKBReader(GeometryFactory geomFactory)
{
_wktReader = new WKTReader(geomFactory);
_wkbReader = new WKBReader(geomFactory);
}
private static IGeometry ReadGeometryFromWkbHexString(String wkbHexFile, IGeometryFactory geomFact)
{
var reader = new WKBReader();
var wkbHex = CleanHex(wkbHexFile);
return reader.Read(WKBReader.HexToBytes(wkbHex));
}
public MultiFormatReader(GeometryFactory geomFactory)
{
_wktReader = new WKTReader(geomFactory);
_wkbReader = new WKBReader(geomFactory);
_factory = geomFactory;
}
public void TestMaximumPrecisionDigitsFormatting()
{
IGeometryFactory factory = GeometryFactory.Default;
WKBReader wkbreader = new WKBReader(factory);
IGeometry wkb1 = wkbreader.Read(test00_Geom0_WkbByteArray);
Assert.IsNotNull(wkb1);
TestValid(wkb1);
IGeometry wkb2 = wkbreader.Read(test00_Geom1_WkbByteArray);
Assert.IsNotNull(wkb2);
TestValid(wkb2);
Exception ex = TryOverlay(wkb1, wkb2);
Assert.IsNotNull(ex);
Assert.IsTrue(ex.GetType() == typeof(TopologyException));
string tos1 = writer.Write(wkb1);
Assert.IsNotNull(tos1);
string tos2 = writer.Write(wkb2);
Assert.IsNotNull(tos2);
WKTReader reader = new WKTReader(factory);
IGeometry wkt1 = reader.Read(tos1);
Assert.IsNotNull(wkt1);
Assert.IsTrue(wkt1.IsValid);
IGeometry wkt2 = reader.Read(tos2);
Assert.IsNotNull(wkt2);
Assert.IsTrue(wkt2.IsValid);
Assert.IsTrue(wkb1.EqualsExact(wkt1), "First geometry pair must be equal!");
Assert.IsTrue(wkb2.EqualsExact(wkt2), "Second geometry pair must be equal!");
ex = TryOverlay(wkt1, wkt2);
Assert.IsNotNull(ex, "Operation must fail!");
Assert.IsTrue(ex.GetType() == typeof(TopologyException));
}
/**
* Reads a shape from a byte array, using an internal format written by
* {@link #writeShapeToBytes(com.spatial4j.core.shape.Shape)}.
*/
public Shape ReadShapeFromBytes(byte[] array, int offset, int length)
{
using (var stream = new MemoryStream(array, offset, length, false))
using (var bytes = new BinaryReader(stream))
{
var type = bytes.ReadByte();
if (type == TYPE_POINT)
{
return new NtsPoint(((NtsSpatialContext)Ctx).GetGeometryFactory().CreatePoint(new Coordinate(bytes.ReadDouble(), bytes.ReadDouble())), Ctx);
}
if (type == TYPE_BBOX)
{
return new RectangleImpl(
bytes.ReadDouble(), bytes.ReadDouble(),
bytes.ReadDouble(), bytes.ReadDouble(), Ctx);
}
if (type == TYPE_GEOM)
{
var reader = new WKBReader(((NtsSpatialContext)Ctx).GetGeometryFactory());
try
{
IGeometry geom = reader.Read(stream);
CheckCoordinates(geom);
return new NtsGeometry(geom, (NtsSpatialContext)Ctx, true);
}
catch (ParseException ex)
{
throw new InvalidShapeException("error reading WKT", ex);
}
catch (IOException ex)
{
throw new InvalidShapeException("error reading WKT", ex);
}
}
throw new InvalidShapeException("shape not handled: " + type);
}
}
/// <summary>
///
/// </summary>
public override void Start()
{
IPoint pointInLine = Factory.CreatePoint(new Coordinate(20, 10));
IPoint pointOutLine = Factory.CreatePoint(new Coordinate(20, 31));
ILineString aLine = Factory.CreateLineString(new Coordinate[] { new Coordinate(23, 32.2), new Coordinate(922, 11) });
ILineString anotherLine = Factory.CreateLineString(new Coordinate[] { new Coordinate(0, 1), new Coordinate(30, 30) });
try
{
Write(line.Area);
Write(line.Boundary);
Write(line.BoundaryDimension);
Write(line.Centroid);
Write(line.Coordinate);
Write(line.Coordinates);
Write(line.CoordinateSequence);
Write(line.Dimension);
Write(line.EndPoint);
Write(line.Envelope);
Write(line.EnvelopeInternal);
Write(line.InteriorPoint);
Write(line.IsClosed);
Write(line.IsEmpty);
Write(line.IsRing);
Write(line.IsSimple);
Write(line.IsValid);
Write(line.Length);
Write(line.NumPoints);
Write(line.StartPoint);
if (line.UserData != null)
Write(line.UserData);
else Write("UserData null");
Write(line.Buffer(10));
Write(line.Buffer(10, BufferStyle.CapButt));
Write(line.Buffer(10, BufferStyle.CapSquare));
Write(line.Buffer(10, 20));
Write(line.Buffer(10, 20, BufferStyle.CapButt));
Write(line.Buffer(10, 20, BufferStyle.CapSquare));
Write(line.Contains(pointInLine));
Write(line.Contains(pointOutLine));
Write(line.Crosses(pointInLine));
Write(line.Crosses(pointOutLine));
Write(line.Difference(pointInLine));
Write(line.Difference(pointOutLine));
Write(line.Disjoint(pointInLine));
Write(line.Disjoint(pointOutLine));
Write(line.Distance(pointInLine));
Write(line.Distance(pointOutLine));
Write(line.Equals(line.Clone() as LineString));
Write(line.EqualsExact(line.Clone() as LineString));
Write(line.ConvexHull());
Write(line.Intersection(pointInLine));
Write(line.Intersection(pointOutLine));
Write(line.Intersection(aLine));
Write(line.Intersects(pointInLine));
Write(line.Intersects(pointOutLine));
Write(line.Intersects(aLine));
Write(line.IsWithinDistance(pointOutLine, 2));
Write(line.IsWithinDistance(pointOutLine, 222));
Write(line.Overlaps(pointInLine));
Write(line.Overlaps(pointOutLine));
Write(line.Overlaps(aLine));
Write(line.Overlaps(anotherLine));
Write(line.Relate(pointInLine));
Write(line.Relate(pointOutLine));
Write(line.Relate(aLine));
Write(line.Relate(anotherLine));
Write(line.SymmetricDifference(pointInLine));
Write(line.SymmetricDifference(pointOutLine));
Write(line.SymmetricDifference(aLine));
Write(line.SymmetricDifference(anotherLine));
Write(line.ToString());
Write(line.AsText());
Write(line.Touches(pointInLine));
Write(line.Touches(pointOutLine));
Write(line.Touches(aLine));
Write(line.Touches(anotherLine));
Write(line.Union(pointInLine));
Write(line.Union(pointOutLine));
Write(line.Union(aLine));
Write(line.Union(anotherLine));
Write(line.Within(pointInLine));
Write(line.Within(pointOutLine));
Write(line.Within(aLine));
Write(line.Within(anotherLine));
string linestring = "LINESTRING (1.2 3.4, 5.6 7.8, 9.1 10.12)";
string anotherlinestringg = "LINESTRING (12345 3654321, 685 7777.945677, 782 111.1)";
IGeometry geom1 = Reader.Read(linestring);
Write(geom1.AsText());
IGeometry geom2 = Reader.Read(anotherlinestringg);
Write(geom2.AsText());
byte[] bytes = line.AsBinary();
IGeometry test1 = new WKBReader().Read(bytes);
Write(test1.ToString());
bytes = new GDBWriter().Write(line);
test1 = new GDBReader().Read(bytes);
Write(test1.ToString());
}
catch (Exception ex)
{
throw ex;
}
}
/// <summary>
/// Creates a <see cref="GeoAPI.Geometries.IGeometry"/> based on the Well-known binary representation.
/// </summary>
/// <param name="reader">A <see cref="System.IO.BinaryReader">BinaryReader</see> used to read the Well-known binary representation.</param>
/// <param name="factory">The factory to create the result geometry</param>
/// <returns>A <see cref="GeoAPI.Geometries.IGeometry"/> based on the Well-known binary representation.</returns>
public static IGeometry Parse(BinaryReader reader, IGeometryFactory factory)
{
WKBReader wkb = new WKBReader();
return wkb.Read(reader.BaseStream);
/*
// Get the first Byte in the array. This specifies if the WKB is in
// XDR (big-endian) format of NDR (little-endian) format.
var byteOrder = reader.ReadByte();
// Get the type of this geometry.
var type = ReadUInt32(reader, (WkbByteOrder) byteOrder);
switch ((WKBGeometryType) type)
{
case WKBGeometryType.wkbPoint:
return CreateWKBPoint(reader, (WkbByteOrder) byteOrder, factory);
case WKBGeometryType.wkbLineString:
return CreateWKBLineString(reader, (WkbByteOrder)byteOrder, factory);
case WKBGeometryType.wkbPolygon:
return CreateWKBPolygon(reader, (WkbByteOrder)byteOrder, factory);
case WKBGeometryType.wkbMultiPoint:
return CreateWKBMultiPoint(reader, (WkbByteOrder)byteOrder, factory);
case WKBGeometryType.wkbMultiLineString:
return CreateWKBMultiLineString(reader, (WkbByteOrder)byteOrder, factory);
case WKBGeometryType.wkbMultiPolygon:
return CreateWKBMultiPolygon(reader, (WkbByteOrder)byteOrder, factory);
case WKBGeometryType.wkbGeometryCollection:
return CreateWKBGeometryCollection(reader, (WkbByteOrder)byteOrder, factory);
default:
if (!Enum.IsDefined(typeof (WKBGeometryType), type))
throw new ArgumentException("Geometry type not recognized");
else
throw new NotSupportedException("Geometry type '" + type + "' not supported");
}
*/
}
public override void Start()
{
IPoint interiorPoint = Factory.CreatePoint(new Coordinate(130, 150));
IPoint exteriorPoint = Factory.CreatePoint(new Coordinate(650, 1500));
ILineString aLine = Factory.CreateLineString(new Coordinate[] { new Coordinate(23, 32.2), new Coordinate(10, 222) });
ILineString anotherLine = Factory.CreateLineString(new Coordinate[] { new Coordinate(0, 1), new Coordinate(30, 30) });
ILineString intersectLine = Factory.CreateLineString(new Coordinate[] { new Coordinate(0, 1), new Coordinate(300, 300) });
try
{
Write(polygon.Area);
Write(polygon.Boundary);
Write(polygon.BoundaryDimension);
Write(polygon.Centroid);
Write(polygon.Coordinate);
Write(polygon.Coordinates.Length);
Write(polygon.Dimension);
Write(polygon.Envelope);
Write(polygon.EnvelopeInternal);
Write(polygon.ExteriorRing);
Write(polygon.InteriorPoint);
Write(polygon.InteriorRings.Length);
Write(polygon.IsEmpty);
Write(polygon.IsSimple);
Write(polygon.IsValid);
Write(polygon.Length);
Write(polygon.NumInteriorRings);
Write(polygon.NumPoints);
if (polygon.UserData != null)
Write(polygon.UserData);
else Write("UserData null");
Write(polygon.Buffer(10));
Write(polygon.Buffer(10, BufferStyle.CapButt));
Write(polygon.Buffer(10, BufferStyle.CapSquare));
Write(polygon.Buffer(10, 20));
Write(polygon.Buffer(10, 20, BufferStyle.CapButt));
Write(polygon.Buffer(10, 20, BufferStyle.CapSquare));
Write(polygon.Contains(interiorPoint));
Write(polygon.Contains(exteriorPoint));
Write(polygon.Contains(aLine));
Write(polygon.Contains(anotherLine));
Write(polygon.Crosses(interiorPoint));
Write(polygon.Crosses(exteriorPoint));
Write(polygon.Crosses(aLine));
Write(polygon.Crosses(anotherLine));
Write(polygon.Difference(interiorPoint));
Write(polygon.Difference(exteriorPoint));
Write(polygon.Difference(aLine));
Write(polygon.Difference(anotherLine));
Write(polygon.Disjoint(interiorPoint));
Write(polygon.Disjoint(exteriorPoint));
Write(polygon.Disjoint(aLine));
Write(polygon.Disjoint(anotherLine));
Write(polygon.Distance(interiorPoint));
Write(polygon.Distance(exteriorPoint));
Write(polygon.Distance(aLine));
Write(polygon.Distance(anotherLine));
Write(polygon.Intersection(interiorPoint));
Write(polygon.Intersection(exteriorPoint));
Write(polygon.Intersection(aLine));
Write(polygon.Intersection(anotherLine));
Write(polygon.Intersects(interiorPoint));
Write(polygon.Intersects(exteriorPoint));
Write(polygon.Intersects(aLine));
Write(polygon.Intersects(anotherLine));
Write(polygon.IsWithinDistance(interiorPoint, 300));
Write(polygon.IsWithinDistance(exteriorPoint, 300));
Write(polygon.IsWithinDistance(aLine, 300));
Write(polygon.IsWithinDistance(anotherLine, 300));
Write(polygon.Overlaps(interiorPoint));
Write(polygon.Overlaps(exteriorPoint));
Write(polygon.Overlaps(aLine));
Write(polygon.Overlaps(anotherLine));
Write(polygon.Relate(interiorPoint));
Write(polygon.Relate(exteriorPoint));
Write(polygon.Relate(aLine));
Write(polygon.Relate(anotherLine));
Write(polygon.SymmetricDifference(interiorPoint));
Write(polygon.SymmetricDifference(exteriorPoint));
Write(polygon.SymmetricDifference(aLine));
Write(polygon.SymmetricDifference(anotherLine));
Write(polygon.ToString());
Write(polygon.AsText());
Write(polygon.Touches(interiorPoint));
Write(polygon.Touches(exteriorPoint));
Write(polygon.Touches(aLine));
Write(polygon.Touches(anotherLine));
Write(polygon.Union(interiorPoint));
Write(polygon.Union(exteriorPoint));
Write(polygon.Union(aLine));
Write(polygon.Union(anotherLine));
string aPoly = "POLYGON ((20 20, 100 20, 100 100, 20 100, 20 20))";
string anotherPoly = "POLYGON ((20 20, 100 20, 100 100, 20 100, 20 20), (50 50, 60 50, 60 60, 50 60, 50 50))";
IGeometry geom1 = Reader.Read(aPoly);
Write(geom1.AsText());
IGeometry geom2 = Reader.Read(anotherPoly);
Write(geom2.AsText());
// ExpandToInclude tests
Envelope envelope = new Envelope(0, 0, 0, 0);
envelope.ExpandToInclude(geom1.EnvelopeInternal);
envelope.ExpandToInclude(geom2.EnvelopeInternal);
Write(envelope.ToString());
// The polygon is not correctly ordered! Calling normalize we fix the problem...
polygon.Normalize();
byte[] bytes = polygon.AsBinary();
IGeometry test1 = new WKBReader().Read(bytes);
Write(test1.ToString());
bytes = new GDBWriter().Write(polygon);
test1 = new GDBReader().Read(bytes);
Write(test1.ToString());
}
catch (Exception ex)
{
throw ex;
}
}
internal GpkgStandardBinaryReader(IGeometryServices services)
{
_wkbReader = new WKBReader(services);
}
