public void GeoJsonWriterWriteAttributesTest()
{
AttributesTable attributes = new AttributesTable();
attributes.AddAttribute("test1", "value1");
string actual = new GeoJsonWriter().Write(attributes);
Assert.AreEqual("\"properties\":{\"test1\":\"value1\"}", actual);
}
//GET /api/routing?from=31.8239,35.0375&to=31.8213,35.0965&type=f
public async Task<IHttpActionResult> GetRouting(string from, string to, string type)
{
LineString lineString;
var profile = ConvertProfile(type);
var pointFrom = await GetGeographicPosition(from);
var pointTo = await GetGeographicPosition(to);
if (ModelState.IsValid == false)
{
return BadRequest(ModelState);
}
if (profile == ProfileType.None)
{
lineString = new LineString(new[] { pointFrom, pointTo });
}
else
{
lineString = await _routingGateway.GetRouting(new RoutingGatewayRequest
{
From = from,
To = to,
Profile = profile,
});
}
var table = new AttributesTable();
table.AddAttribute("Name", "Routing from " + from + " to " + to + " profile type: " + profile);
table.AddAttribute("Creator", "IsraelHikingMap");
var feature = new Feature(lineString, table);
return Ok(new FeatureCollection(new Collection<IFeature> { feature }));
}
private void TestWriteZMValuesShapeFile(bool testM)
{
var points = new Coordinate[3];
points[0] = new Coordinate(0, 0);
points[1] = new Coordinate(1, 0);
points[2] = new Coordinate(1, 1);
var csFactory = DotSpatialAffineCoordinateSequenceFactory.Instance;
var sequence = csFactory.Create(3, Ordinates.XYZM);
for (var i = 0; i < 3; i++)
{
sequence.SetOrdinate(i, Ordinate.X, points[i].X);
sequence.SetOrdinate(i, Ordinate.Y, points[i].Y);
sequence.SetOrdinate(i, Ordinate.Z, 1 + i);
if (testM)
sequence.SetOrdinate(i, Ordinate.M, 11 + i);
}
var lineString = Factory.CreateLineString(sequence);
var attributes = new AttributesTable();
attributes.AddAttribute("FOO", "Trond");
var feature = new Feature(Factory.CreateMultiLineString(new[] { lineString }), attributes);
var features = new Feature[1];
features[0] = feature;
var shpWriter = new ShapefileDataWriter("ZMtest", Factory)
{
Header = ShapefileDataWriter.GetHeader(features[0], features.Length)
};
shpWriter.Write(features);
// Now let's read the file and verify that we got Z and M back
var factory = new GeometryFactory(DotSpatialAffineCoordinateSequenceFactory.Instance);
using (var reader = new ShapefileDataReader("ZMtest", factory))
{
reader.Read();
var geom = reader.Geometry;
for (var i = 0; i < 3; i++)
{
var c = geom.Coordinates[i];
Assert.AreEqual(i + 1, c.Z);
}
if (testM)
{
sequence = ((ILineString)geom).CoordinateSequence;
for (var i = 0; i < 3; i++)
{
Assert.AreEqual(sequence.GetOrdinate(i, Ordinate.M), 11 + i);
}
}
// Run a simple attribute test too
var v = reader.GetString(0);
Assert.AreEqual(v, "Trond");
}
}
private static object InternalReadJson(JsonReader reader, JsonSerializer serializer)
{
if (reader.TokenType != JsonToken.StartObject)
throw new ArgumentException("Expected token '{' not found.");
reader.Read();
AttributesTable attributesTable = new AttributesTable();
while (reader.TokenType == JsonToken.PropertyName)
{
string attributeName = (string) reader.Value;
reader.Read();
object attributeValue;
if (reader.TokenType == JsonToken.StartObject)
{
// inner object
attributeValue = InternalReadJson(reader, serializer);
}
else
{
attributeValue = reader.Value;
}
reader.Read();
attributesTable.AddAttribute(attributeName, attributeValue);
}
return attributesTable;
}
public void GeoJsonWriterWriteFeatureTest()
{
AttributesTable attributes = new AttributesTable();
attributes.AddAttribute("test1", "value1");
IFeature feature = new Feature(new Point(23, 56), attributes);
string actual = new GeoJsonWriter().Write(feature);
Assert.AreEqual("{\"type\":\"Feature\",\"geometry\":{\"type\":\"Point\",\"coordinates\":[23.0,56.0]},\"properties\":{\"test1\":\"value1\"}}", actual);
}
public void GeoJsonWriterWriteFeatureCollectionTest()
{
AttributesTable attributes = new AttributesTable();
attributes.AddAttribute("test1", "value1");
IFeature feature = new Feature(new Point(23, 56), attributes);
FeatureCollection featureCollection = new FeatureCollection(new Collection<IFeature> { feature }) { CRS = new NamedCRS("name1") };
string actual = new GeoJsonWriter().Write(featureCollection);
Assert.AreEqual("{\"features\":[{\"type\":\"Feature\",\"geometry\":{\"type\":\"Point\",\"coordinates\":[23.0,56.0]},\"properties\":{\"test1\":\"value1\"}}],\"type\":\"FeatureCollection\",\"crs\":{\"type\":\"name\",\"properties\":{\"name\":\"name1\"}}}", actual);
}
private static object InternalReadJson(JsonReader reader, JsonSerializer serializer)
{
// TODO: refactor to remove check when reading TopoJSON
if (reader.TokenType == JsonToken.StartArray)
{
reader.Read(); // move to first item
IList<object> array = new List<object>();
do
{
object inner = InternalReadJson(reader, serializer);
array.Add(inner);
reader.Read(); // move to next item
} while (reader.TokenType != JsonToken.EndArray);
return array;
}
if (reader.TokenType != JsonToken.StartObject)
throw new ArgumentException("Expected token '{' not found.");
reader.Read();
AttributesTable attributesTable = new AttributesTable();
while (reader.TokenType == JsonToken.PropertyName)
{
string attributeName = (string)reader.Value;
reader.Read();
object attributeValue;
if (reader.TokenType == JsonToken.StartObject)
{
// inner object
attributeValue = InternalReadJson(reader, serializer);
}
else if (reader.TokenType == JsonToken.StartArray)
{
reader.Read(); // move to first item
IList<object> array = new List<object>();
do
{
object inner = InternalReadJson(reader, serializer);
array.Add(inner);
reader.Read(); // move to next item
} while (reader.TokenType != JsonToken.EndArray);
attributeValue = array;
}
else
{
attributeValue = reader.Value;
}
attributesTable.AddAttribute(attributeName, attributeValue);
reader.Read();
}
// TODO: refactor to remove check when reading TopoJSON
if (reader.TokenType != JsonToken.EndObject)
throw new ArgumentException("Expected token '}' not found.");
return attributesTable;
}
private IAttributesTable ConvertTags(TagsCollectionBase tags, long id)
{
var properties = tags.ToStringObjectDictionary();
properties.Add("osm_id", id);
var table = new AttributesTable();
foreach (var key in properties.Keys)
{
table.AddAttribute(key, properties[key]);
}
return table;
}
public void GeoJsonSerializerAttributesTest()
{
StringBuilder sb = new StringBuilder();
StringWriter writer = new StringWriter(sb);
AttributesTable attributes = new AttributesTable();
attributes.AddAttribute("test1", "value1");
GeoJsonSerializer serializer = new GeoJsonSerializer();
serializer.Serialize(writer, attributes);
writer.Flush();
Assert.AreEqual("\"properties\":{\"test1\":\"value1\"}", sb.ToString());
}
public void GeoJsonSerializerFeatureTest()
{
StringBuilder sb = new StringBuilder();
StringWriter writer = new StringWriter(sb);
AttributesTable attributes = new AttributesTable();
attributes.AddAttribute("test1", "value1");
IFeature feature = new Feature(new Point(23, 56), attributes);
GeoJsonSerializer serializer = new GeoJsonSerializer();
serializer.Serialize(writer, feature);
writer.Flush();
Assert.AreEqual("{\"type\":\"Feature\",\"geometry\":{\"type\":\"Point\",\"coordinates\":[23.0,56.0]},\"properties\":{\"test1\":\"value1\"}}", sb.ToString());
}
public async Task<FeatureCollection> PostGpsTrace(string url)
{
var response = await GetFile(url);
var gpxBytes = await _dataContainerConverterService.Convert(response.Content, response.FileName, DataContainerConverterService.GPX);
var gpx = gpxBytes.ToGpx().UpdateBounds();
var routingType = GetRoutingType(gpx);
var gpxLines = GpxToLineStrings(gpx);
var manipulatedLines = await ManipulateGpxIntoAddibleLines(gpxLines);
var attributesTable = new AttributesTable();
attributesTable.AddAttribute("routingType", routingType);
var features = manipulatedLines.Select(l => new Feature(ToWgs84LineString(l.Coordinates), attributesTable) as IFeature).ToList();
return new FeatureCollection(new Collection<IFeature>(features));
}
public void WriteJsonTest()
{
AttributesTableConverter target = new AttributesTableConverter();
StringBuilder sb = new StringBuilder();
JsonTextWriter writer = new JsonTextWriter(new StringWriter(sb));
AttributesTable value = new AttributesTable();
value.AddAttribute("test1", "value1");
value.AddAttribute("test2", "value2");
JsonSerializer serializer = new JsonSerializer();
target.WriteJson(writer, value, serializer);
writer.Flush();
Assert.AreEqual("\"properties\":{\"test1\":\"value1\",\"test2\":\"value2\"}", sb.ToString());
}
public void WriteJsonWithArrayTest()
{
FeatureConverter target = new FeatureConverter();
StringBuilder sb = new StringBuilder();
JsonTextWriter writer = new JsonTextWriter(new StringWriter(sb));
AttributesTable attributes = new AttributesTable();
attributes.AddAttribute("test1", new [] { "value1", "value2" });
IFeature value = new Feature(new Point(23, 56), attributes);
JsonSerializer serializer = new GeoJsonSerializer();
target.WriteJson(writer, value, serializer);
writer.Flush();
Assert.AreEqual("{\"type\":\"Feature\",\"geometry\":{\"type\":\"Point\",\"coordinates\":[23.0,56.0]},\"properties\":{\"test1\":[\"value1\",\"value2\"]}}", sb.ToString());
}
public void GeoJsonSerializerFeatureCollectionTest()
{
StringBuilder sb = new StringBuilder();
StringWriter writer = new StringWriter(sb);
AttributesTable attributes = new AttributesTable();
attributes.AddAttribute("test1", "value1");
IFeature feature = new Feature(new Point(23, 56), attributes);
FeatureCollection featureCollection = new FeatureCollection(new Collection<IFeature> {feature})
{CRS = new NamedCRS("name1")};
GeoJsonSerializer serializer = new GeoJsonSerializer();
serializer.Serialize(writer, featureCollection);
writer.Flush();
Assert.AreEqual("{\"features\":[{\"type\":\"Feature\",\"geometry\":{\"type\":\"Point\",\"coordinates\":[23.0,56.0]},\"properties\":{\"test1\":\"value1\"}}],\"type\":\"FeatureCollection\",\"crs\":{\"type\":\"name\",\"properties\":{\"name\":\"name1\"}}}", sb.ToString());
}
public void ok_when_writing_shapefile_with_features()
{
DbaseFileHeader header = new DbaseFileHeader();
header.AddColumn("X", 'C', 10, 0);
ShapefileDataWriter writer = new ShapefileDataWriter(@"issue36") { Header = header };
IAttributesTable attributesTable = new AttributesTable();
attributesTable.AddAttribute("X", "y");
IFeature feature = new Feature(new Point(1, 2), attributesTable);
IList<IFeature> features = new List<IFeature>();
features.Add(feature);
writer.Write(features);
}
public void write_simple_point()
{
IPoint geometry = Factory.CreatePoint(new Coordinate(23.4, 56.7));
AttributesTable attributes = new AttributesTable();
attributes.AddAttribute("prop0", "value0");
attributes.AddAttribute("prop1", "value1");
IFeature feature = new Feature(geometry, attributes);
TopoJsonWriter writer = new TopoJsonWriter();
string actual = writer.Write(feature);
Assert.That(actual, Is.Not.Null);
Assert.That(actual, Is.Not.Empty);
Console.WriteLine(actual);
Assert.That(actual, Is.EqualTo(TopoWriterData.SimplePoint));
}
/// <summary>
/// Converts a <see cref="DataRow"/> into an <see cref="AttributesTable"/>.
/// </summary>
/// <param name="dataRow">A <see cref="DataRow"/></param>
/// <param name="omittedFields">Names of fields that will be omitted.</param>
/// <param name="aliases">This parameter allows you to provide aliases for the field names.</param>
/// <returns>An <see cref="AttributesTable"/> containing the data in the input <see cref="DataRow"/>.</returns>
public static AttributesTable ToAttributesTable(this DataRow dataRow, IEnumerable<string> omittedFields=null, IDictionary<string, string> aliases=null)
{
var attributesTable = new AttributesTable();
var columns = dataRow.Table.Columns;
foreach (DataColumn column in columns)
{
if (omittedFields != null && omittedFields.Contains(column.ColumnName))
{
continue;
}
attributesTable.AddAttribute(aliases != null && aliases.ContainsKey(column.ColumnName) ? aliases[column.ColumnName]
: column.ColumnName, dataRow[column]);
}
return attributesTable;
}
public void write_simple_polygon()
{
Coordinate c0 = new Coordinate(10.1, 10);
Coordinate c1 = new Coordinate(20.2, 20);
Coordinate c2 = new Coordinate(30.3, 30);
IPolygon geometry = Factory.CreatePolygon(new[] { c0, c1, c2, c0 });
AttributesTable attributes = new AttributesTable();
attributes.AddAttribute("prop0", "value0");
attributes.AddAttribute("prop1", "value1");
IFeature feature = new Feature(geometry, attributes);
TopoJsonWriter writer = new TopoJsonWriter();
string actual = writer.Write(feature);
Assert.That(actual, Is.Not.Null);
Assert.That(actual, Is.Not.Empty);
Console.WriteLine(actual);
Assert.That(actual, Is.EqualTo(TopoWriterData.SimplePolygon));
}
public void GeoJsonWriterWriteAnyObjectTest()
{
AttributesTable attributes = new AttributesTable();
DateTime Date = new DateTime(2012, 8, 8).Date;
GeoJsonSerializer g = new GeoJsonSerializer();
StringBuilder sb = new StringBuilder();
using (StringWriter sw = new StringWriter(sb))
g.Serialize(sw, Date);
string expectedDateString = sb.ToString();
string expectedResult = "{\"featureCollection\":{\"features\":[{\"type\":\"Feature\",\"geometry\":{\"type\":\"Point\",\"coordinates\":[23.0,56.0]},\"properties\":{\"test1\":\"value1\"}}],\"type\":\"FeatureCollection\",\"crs\":{\"type\":\"name\",\"properties\":{\"name\":\"name1\"}}},\"Date\":" + expectedDateString + "}";
attributes.AddAttribute("test1", "value1");
IFeature feature = new Feature(new Point(23, 56), attributes);
FeatureCollection featureCollection = new FeatureCollection(new Collection<IFeature> { feature }) { CRS = new NamedCRS("name1") };
string actual = new GeoJsonWriter().Write(new { featureCollection, Date = Date });
Assert.AreEqual(expectedResult, actual);
}
public void Setup()
{
ShapefileDataWriter sfdr = new ShapefileDataWriter("encoding_sample");
DbaseFileHeader h = new DbaseFileHeader();
h.AddColumn("id", 'n', 8, 0);
h.AddColumn("Test", 'C', 15, 0);
h.AddColumn("Ålder", 'N', 8, 0);
h.AddColumn("Ödestext", 'C', 255, 0);
h.NumRecords = 1;
sfdr.Header = h;
List<IFeature> feats = new List<IFeature>();
AttributesTable at = new AttributesTable();
at.AddAttribute("id", "0");
at.AddAttribute("Test", "Testar");
at.AddAttribute("Ålder", 10);
at.AddAttribute("Ödestext", "Lång text med åäö etc");
feats.Add(new Feature(new Point(0, 0), at));
sfdr.Write(feats);
}
private void TestShapeCreation()
{
var points = new Coordinate[3];
points[0] = new Coordinate(0, 0);
points[1] = new Coordinate(1, 0);
points[2] = new Coordinate(1, 1);
var line_string = new LineString(points);
var attributes = new AttributesTable();
attributes.AddAttribute("FOO", "FOO");
var feature = new Feature(Factory.CreateMultiLineString(new ILineString[] { line_string }), attributes);
var features = new Feature[1];
features[0] = feature;
var shp_writer = new ShapefileDataWriter("line_string")
{
Header = ShapefileDataWriter.GetHeader(features[0], features.Length)
};
shp_writer.Write(features);
}
public void ToGpx_WithAllTypesOffeatures_ShouldBeConverted()
{
var converter = new GpxGeoJsonConverter();
var geojson = new FeatureCollection();
var table = new AttributesTable();
geojson.Features.Add(new Feature(new Point(new Coordinate(1, 1)), table));
geojson.Features.Add(new Feature(new MultiPoint(new[] { new Point(new Coordinate(2,2)) as IPoint }), table));
geojson.Features.Add(new Feature(new Polygon(new LinearRing(new [] { new Coordinate(3,3), new Coordinate(4,4), new Coordinate(5,5), new Coordinate(3,3) })), table));
geojson.Features.Add(new Feature(new LineString(new[] { new Coordinate(6, 6), new Coordinate(7, 7) }), table));
geojson.Features.Add(new Feature(new MultiPolygon(new IPolygon[] { new Polygon(new LinearRing(new [] { new Coordinate(8,8), new Coordinate(9, 9), new Coordinate(10, 10), new Coordinate(8, 8) }))}), table));
geojson.Features.Add(new Feature(new MultiLineString(new ILineString[]
{
new LineString(new[] { new Coordinate(11, 11), new Coordinate(12, 12)}),
new LineString(new[] { new Coordinate(12, 12), new Coordinate(13, 13)}),
new LineString(new[] { new Coordinate(14, 14), new Coordinate(15, 15)}),
}), table));
var gpx = converter.ToGpx(geojson);
Assert.AreEqual(2, gpx.wpt.Length);
Assert.AreEqual(3, gpx.rte.Length);
Assert.AreEqual(2, gpx.trk.Length);
}
public void write_polygon_with_hole()
{
Coordinate c0 = new Coordinate(10.1, 10);
Coordinate c1 = new Coordinate(20.2, 20);
Coordinate c2 = new Coordinate(30.3, 30);
ILinearRing shell = Factory.CreateLinearRing(new[] { c0, c1, c2, c0 });
Coordinate h0 = new Coordinate(15, 15);
Coordinate h1 = new Coordinate(17, 15);
Coordinate h2 = new Coordinate(15, 17);
ILinearRing hole = Factory.CreateLinearRing(new[] { h0, h1, h2, h0 });
IGeometry geometry = Factory.CreatePolygon(shell, new[] { hole });
AttributesTable attributes = new AttributesTable();
attributes.AddAttribute("prop0", "value0");
attributes.AddAttribute("prop1", "value1");
IFeature feature = new Feature(geometry, attributes);
TopoJsonWriter writer = new TopoJsonWriter();
string actual = writer.Write(feature);
Assert.That(actual, Is.Not.Null);
Assert.That(actual, Is.Not.Empty);
Console.WriteLine(actual);
Assert.That(actual, Is.EqualTo(TopoWriterData.PolygonWithHole));
}
public void WriteShapeFiles(DataAccessLayer DAL)
{
#if !(PocketPC || WindowsCE || Mobile)
List<TtPolygon> polys = DAL.GetPolygons();
Dictionary<string, TtMetaData> metas = DAL.GetMetaData().ToDictionary(m => m.CN, m => m);
string folder = SelectedPath + "\\GIS";
Directory.CreateDirectory(folder);
foreach (TtPolygon poly in polys)
{
string _CurrDir = String.Format("{0}\\{1}\\", folder, poly.Name.ScrubFileName());
string _File = String.Format("{0}\\{1}\\{1}", folder, poly.Name.ScrubFileName());
Directory.CreateDirectory(_CurrDir);
string CurrFileName = System.IO.Path.Combine(folder, poly.Name);
List<TtPoint> points = DAL.GetPointsInPolygon(poly.CN).ToList();
List<WayPoint> wayPoints = points.FilterOnly(OpType.WayPoint).Cast<WayPoint>().ToList();
points = points.FilterOut(OpType.WayPoint).ToList();
TtMetaData md;
if (points.Count > 0 || wayPoints.Count > 0)
{
if (points.Count > 0)
md = DAL.GetMetaDataByCN(points[0].MetaDefCN);
else
md = DAL.GetMetaDataByCN(wayPoints[0].MetaDefCN);
if (md == null)
continue;
}
else
continue;
if (wayPoints.Count > 0)
WriteWayPoints(_File, wayPoints, md);
if (points.Count < 1)
continue;
CoordinateList BAdjCoords = new CoordinateList();
CoordinateList BUnAdjCoords = new CoordinateList();
CoordinateList NavAdjCoords = new CoordinateList();
CoordinateList NavUnAdjCoords = new CoordinateList();
bool hasWayPoints = false;
TtPoint firstBndPoint = null, lastBntPoint = null;
foreach (TtPoint point in points)
{
if (point.IsNavPoint())
{
NavAdjCoords.Add(new Coordinate(point.AdjX, point.AdjY, point.AdjZ));
NavUnAdjCoords.Add(new Coordinate(point.UnAdjX, point.UnAdjY, point.UnAdjZ));
}
if (point.IsBndPoint())
{
BAdjCoords.Add(new Coordinate(point.AdjX, point.AdjY, point.AdjZ));
BUnAdjCoords.Add(new Coordinate(point.UnAdjX, point.UnAdjY, point.UnAdjZ));
if (firstBndPoint == null)
firstBndPoint = point;
lastBntPoint = point;
}
if (point.op == OpType.WayPoint)
{
hasWayPoints = true;
}
}
double polyLinePerim = -1;
if (firstBndPoint != null)
polyLinePerim = poly.Perimeter - TtUtils.Distance(firstBndPoint, lastBntPoint, true);
#region Navigation
#region Adj
string FileName = _File + "_NavAdj";
GeometryFactory geoFac = new GeometryFactory();
ShapefileDataWriter sdw;
Polygonizer polyizer = new Polygonizer();
ArrayList features = new ArrayList();
AttributesTable attTable = new AttributesTable();
attTable.AddAttribute("Poly_Name", poly.Name);
attTable.AddAttribute("Desc", poly.Description);
attTable.AddAttribute("Poly", "Navigation Adjusted");
attTable.AddAttribute("CN", poly.CN);
attTable.AddAttribute("Perim_M", poly.Perimeter);
attTable.AddAttribute("PerimLine_M", polyLinePerim);
Feature feat = new Feature();
DbaseFileHeader dbh;
if (NavAdjCoords.Count > 1)
{
sdw = new ShapefileDataWriter(FileName, geoFac);
feat.Geometry = new NetTopologySuite.Geometries.LineString(NavAdjCoords.ToArray());
feat.Attributes = attTable;
features.Add(feat);
dbh = ShapefileDataWriter.GetHeader((Feature)features[0], features.Count);
sdw.Header = dbh;
sdw.Write(features);
WriteProjection(FileName, md.Zone);
//points
FileName = _File + "_NavAdj_Points";
geoFac = new GeometryFactory();
sdw = new ShapefileDataWriter(FileName, geoFac);
features = new ArrayList();
attTable["Poly"] = "Navigation Adjusted Points";
features = GetPointFeatures(points.Where(p => p.IsNavPoint()), true, DAL, metas);
if (features.Count > 0)
{
dbh = ShapefileDataWriter.GetHeader((Feature)features[0], features.Count);
sdw.Header = dbh;
sdw.Write(features);
WriteProjection(FileName, md.Zone);
}
}
#endregion
#region UnAdj
if (NavUnAdjCoords.Count > 1)
{
FileName = _File + "_NavUnAdj";
geoFac = new GeometryFactory();
sdw = new ShapefileDataWriter(FileName, geoFac);
features = new ArrayList();
attTable["Poly"] = "Navigation UnAdjusted";
feat = new Feature();
feat.Geometry = new NetTopologySuite.Geometries.LineString(NavUnAdjCoords.ToArray());
//feat.Geometry = new NetTopologySuite.Geometries.LinearRing(NavUnAdjCoords.ToArray());
feat.Attributes = attTable;
features.Add(feat);
dbh = ShapefileDataWriter.GetHeader((Feature)features[0], features.Count);
sdw.Header = dbh;
sdw.Write(features);
WriteProjection(FileName, md.Zone);
//points
FileName = _File + "_NavUnAdj_Points";
geoFac = new GeometryFactory();
sdw = new ShapefileDataWriter(FileName, geoFac);
features = new ArrayList();
attTable["Poly"] = "Navigation UnAdjusted Points";
features = GetPointFeatures(points.Where(p => p.IsNavPoint()), false, DAL, metas);
if (features.Count > 0)
{
dbh = ShapefileDataWriter.GetHeader((Feature)features[0], features.Count);
sdw.Header = dbh;
sdw.Write(features);
WriteProjection(FileName, md.Zone);
}
}
#endregion
#endregion
#region Boundary
#region Adj Line
if (BAdjCoords.Count > 1)
{
FileName = _File + "_BndAdjLine";
geoFac = new GeometryFactory();
sdw = new ShapefileDataWriter(FileName, geoFac);
features = new ArrayList();
attTable["Poly"] = "Boundary Adjusted Line";
feat = new Feature();
feat.Geometry = new NetTopologySuite.Geometries.LineString(BAdjCoords.ToArray());
feat.Attributes = attTable;
features.Add(feat);
dbh = ShapefileDataWriter.GetHeader((Feature)features[0], features.Count);
sdw.Header = dbh;
sdw.Write(features);
WriteProjection(FileName, md.Zone);
}
#endregion
#region UnAdj Line
if (BUnAdjCoords.Count > 1)
{
FileName = _File + "_BndUnAdjLine";
geoFac = new GeometryFactory();
sdw = new ShapefileDataWriter(FileName, geoFac);
features = new ArrayList();
attTable["Poly"] = "Boundary UnAdjusted Line";
feat = new Feature();
feat.Geometry = new NetTopologySuite.Geometries.LineString(BUnAdjCoords.ToArray());
feat.Attributes = attTable;
features.Add(feat);
dbh = ShapefileDataWriter.GetHeader((Feature)features[0], features.Count);
sdw.Header = dbh;
sdw.Write(features);
WriteProjection(FileName, md.Zone);
}
#endregion
#region Adj
if (BAdjCoords.Count > 3)
{
FileName = _File + "_BndAdj";
geoFac = new GeometryFactory();
sdw = new ShapefileDataWriter(FileName, geoFac);
features = new ArrayList();
attTable.AddAttribute("Area_MtSq", poly.Area);
attTable["Poly"] = "Boundary Adjusted";
feat = new Feature();
if (BAdjCoords[0] != BAdjCoords[BAdjCoords.Count - 1])
BAdjCoords.Add(BAdjCoords[0]);
feat.Geometry = new NetTopologySuite.Geometries.Polygon(new NetTopologySuite.Geometries.LinearRing(BAdjCoords.ToArray()));
feat.Attributes = attTable;
features.Add(feat);
dbh = ShapefileDataWriter.GetHeader((Feature)features[0], features.Count);
sdw.Header = dbh;
sdw.Write(features);
WriteProjection(FileName, md.Zone);
//points
FileName = _File + "_BndAdj_Points";
geoFac = new GeometryFactory();
sdw = new ShapefileDataWriter(FileName, geoFac);
features = new ArrayList();
attTable["Poly"] = "Boundary Adjusted Points";
features = GetPointFeatures(points.Where(p => p.IsBndPoint()), true, DAL, metas);
if (features.Count > 0)
{
dbh = ShapefileDataWriter.GetHeader((Feature)features[0], features.Count);
sdw.Header = dbh;
sdw.Write(features);
WriteProjection(FileName, md.Zone);
}
}
#endregion
#region UnAdj
if (BUnAdjCoords.Count > 3)
{
FileName = _File + "_BndUnAdj";
geoFac = new GeometryFactory();
sdw = new ShapefileDataWriter(FileName, geoFac);
features = new ArrayList();
attTable["Poly"] = "Boundary UnAdjusted";
feat = new Feature();
if (BUnAdjCoords[0] != BUnAdjCoords[BUnAdjCoords.Count - 1])
BUnAdjCoords.Add(BUnAdjCoords[0]);
feat.Geometry = new NetTopologySuite.Geometries.Polygon(new LinearRing(BUnAdjCoords.ToArray()));
feat.Attributes = attTable;
features.Add(feat);
dbh = ShapefileDataWriter.GetHeader((Feature)features[0], features.Count);
sdw.Header = dbh;
sdw.Write(features);
WriteProjection(FileName, md.Zone);
//points
FileName = _File + "_BndUnAdj_Points";
geoFac = new GeometryFactory();
sdw = new ShapefileDataWriter(FileName, geoFac);
features = new ArrayList();
attTable["Poly"] = "Boundary UnAdjusted Points";
features = GetPointFeatures(points.Where(p => p.IsBndPoint()), false, DAL, metas);
if (features.Count > 0)
{
dbh = ShapefileDataWriter.GetHeader((Feature)features[0], features.Count);
sdw.Header = dbh;
sdw.Write(features);
WriteProjection(FileName, md.Zone);
}
}
#endregion
#region WayPoints
if (hasWayPoints)
{
//points
FileName = _File + "_WayPoints";
geoFac = new GeometryFactory();
sdw = new ShapefileDataWriter(FileName, geoFac);
features = new ArrayList();
attTable["Poly"] = "WayPoints";
features = GetPointFeatures(points.Where(p => p.op == OpType.WayPoint), false, DAL, metas);
if (features.Count > 0)
{
dbh = ShapefileDataWriter.GetHeader((Feature)features[0], features.Count);
sdw.Header = dbh;
sdw.Write(features);
WriteProjection(FileName, md.Zone);
}
}
#endregion
#endregion
}
#endif
}
public bool ImportShapes(List<string> files, bool latlon, bool useShapeProps, bool useElev, bool elevFeet)
{
GeometryFactory factory;
ShapefileDataReader shapeFileDataReader;
ArrayList features;
Feature feature;
AttributesTable attributesTable;
string[] keys;
Geometry geometry;
DbaseFieldDescriptor fldDescriptor;
int polyCount = (int)dal.GetPolyCount();
GpsPoint gps;
int index = 0;
_Polygons = new Dictionary<string, TtPolygon>();
_Points = new List<TtPoint>();
List<TtPoint> tmpPoints = new List<TtPoint>();
try
{
foreach (string file in files)
{
//polyCount = 1;
factory = new GeometryFactory();
shapeFileDataReader = new ShapefileDataReader(file, factory);
DbaseFileHeader header = shapeFileDataReader.DbaseHeader;
features = new ArrayList();
while (shapeFileDataReader.Read())
{
feature = new Feature();
attributesTable = new AttributesTable();
keys = new string[header.NumFields];
geometry = (Geometry)shapeFileDataReader.Geometry;
for (int i = 0; i < header.NumFields; i++)
{
fldDescriptor = header.Fields[i];
keys[i] = fldDescriptor.Name;
attributesTable.AddAttribute(fldDescriptor.Name, shapeFileDataReader.GetValue(i));
}
feature.Geometry = geometry;
feature.Attributes = attributesTable;
features.Add(feature);
}
bool areAllPoints = true;
foreach (Feature feat in features)
{
if (feat.Geometry.GeometryType.ToLower() != "point")
{
areAllPoints = false;
break;
}
}
//if all features are points
if (areAllPoints)
{
tmpPoints.Clear();
_Poly = new TtPolygon(1000 * polyCount + 10);
_Poly.Name = Path.GetFileNameWithoutExtension(file);
index = 0;
foreach (Feature feat in features)
{
//if features is only a point there should only be 1 coord
foreach (Coordinate coord in feat.Geometry.Coordinates)
{
gps = new GpsPoint();
gps.OnBnd = true;
gps.Index = index;
index++;
gps.MetaDefCN = _Meta.CN;
if (tmpPoints.Count > 0)
gps.PID = PointNaming.NamePoint(tmpPoints.Last(), _Poly);
else
gps.PID = PointNaming.NameFirstPoint(_Poly);
if (latlon)
{
double x,y;
TtUtils.LatLontoUTM(coord.Y, coord.X, _Meta.Zone, out y, out x);
gps.UnAdjX = x;
gps.UnAdjY = y;
}
else
{
gps.UnAdjX = coord.X;
gps.UnAdjY = coord.Y;
}
if (useElev)
{
if (coord.Z != double.NaN)
{
if (elevFeet)
gps.UnAdjZ = TtUtils.ConvertToMeters(coord.Z, Unit.FEET_TENTH);
else
gps.UnAdjZ = coord.Z;
}
else
gps.UnAdjZ = 0;
}
else
gps.UnAdjZ = 0;
gps.PolyCN = _Poly.CN;
gps.PolyName = _Poly.Name;
gps.GroupCN = Values.MainGroup.CN;
gps.GroupName = Values.MainGroup.Name;
tmpPoints.Add(gps);
}
_Points.AddRange(tmpPoints);
}
_Polygons.Add(_Poly.CN, _Poly);
polyCount++;
}
else //else get points out of each features
{
int fidInc = 0;
foreach (Feature feat in features)
{
tmpPoints.Clear();
_Poly = new TtPolygon(1000 * polyCount + 10);
if (features.Count < 2)
_Poly.Name = Path.GetFileNameWithoutExtension(file);
else
_Poly.Name = String.Format("{0}-{1}", fidInc++, Path.GetFileNameWithoutExtension(file));
#region Shape Desc Properties
if (useShapeProps)
{
object[] objs = feat.Attributes.GetValues();
string[] names = feat.Attributes.GetNames();
string objv;
for (int i = 0; i < feat.Attributes.Count; i++)
{
if (objs[i] is string)
{
objv = (string)objs[i];
if (objv.IsEmpty())
continue;
switch (names[i].ToLower())
{
case "description":
case "comment":
case "poly":
if (_Poly.Description.IsEmpty())
_Poly.Description = objv;
else
_Poly.Description = String.Format("{0} | {1}", _Poly.Description, objv);
break;
case "name":
case "unit":
_Poly.Name = objv;
break;
}
}
}
}
#endregion
index = 0;
foreach (Coordinate coord in feat.Geometry.Coordinates)
{
gps = new GpsPoint();
gps.OnBnd = true;
gps.Index = index;
index++;
gps.MetaDefCN = _Meta.CN;
if (tmpPoints.Count > 0)
gps.PID = PointNaming.NamePoint(tmpPoints.Last(), _Poly);
else
gps.PID = PointNaming.NameFirstPoint(_Poly);
if (latlon)
{
double x, y;
TtUtils.LatLontoUTM(coord.Y, coord.X, _Meta.Zone, out y, out x);
gps.UnAdjX = x;
gps.UnAdjY = y;
}
else
{
gps.UnAdjX = coord.X;
gps.UnAdjY = coord.Y;
}
if (useElev)
{
if (coord.Z == double.NaN)
{
if (elevFeet)
gps.UnAdjZ = TtUtils.ConvertToMeters(coord.Z, Unit.FEET_TENTH);
else
gps.UnAdjZ = coord.Z;
}
else
gps.UnAdjZ = 0;
}
else
gps.UnAdjZ = 0;
gps.PolyCN = _Poly.CN;
gps.PolyName = _Poly.Name;
gps.GroupCN = Values.MainGroup.CN;
gps.GroupName = Values.MainGroup.Name;
tmpPoints.Add(gps);
}
_Points.AddRange(tmpPoints);
_Polygons.Add(_Poly.CN, _Poly);
polyCount++;
}
}
//Close and free up any resources
shapeFileDataReader.Close();
shapeFileDataReader.Dispose();
}
foreach (TtPolygon poly in _Polygons.Values)
dal.InsertPolygon(poly);
dal.InsertPoints(_Points);
PolygonAdjuster.Adjust(dal);
}
catch (Exception ex)
{
TtUtils.WriteError(ex.Message, "DataImport:ImportShapes", ex.StackTrace);
return false;
}
return true;
}
private ArrayList GetPointFeatures(IEnumerable<TtPoint> points, bool adjusted, DataAccessLayer DAL, Dictionary<string, TtMetaData> metas)
{
ArrayList features = new ArrayList();
Feature feat;
AttributesTable attPointTable = new AttributesTable();
foreach (TtPoint p in points)
{
TtMetaData tmpMeta = metas[p.MetaDefCN];
attPointTable = new AttributesTable();
attPointTable.AddAttribute("PID", p.PID);
attPointTable.AddAttribute("Op", p.op.ToString());
attPointTable.AddAttribute("Index", p.Index);
attPointTable.AddAttribute("PolyName", p.PolyName);
attPointTable.AddAttribute("DateTime", p.Time.ToString("MM/dd/yyyy hh:mm:ss tt"));
/*
if (metas.ContainsKey(p.MetaDefCN))
attPointTable.AddAttribute("MetaData", tmpMeta.Name);
else
attPointTable.AddAttribute("MetaData", String.Empty);
*/
attPointTable.AddAttribute("OnBnd", p.OnBnd);
//attPointTable.AddAttribute("GroupName", p.GroupName);
attPointTable.AddAttribute("AdjX", p.AdjX);
attPointTable.AddAttribute("AdjY", p.AdjY);
attPointTable.AddAttribute("AdjZ", p.AdjZ);
attPointTable.AddAttribute("UnAdjX", p.UnAdjX);
attPointTable.AddAttribute("UnAdjY", p.UnAdjY);
attPointTable.AddAttribute("UnAdjZ", p.UnAdjZ);
if (p.IsGpsType())
{
GpsPoint gps = (GpsPoint)p;
//attPointTable.AddAttribute("X", gps.X);
//attPointTable.AddAttribute("Y", gps.X);
//attPointTable.AddAttribute("Z", gps.Z);
attPointTable.AddAttribute("RMSEr", gps.RMSEr.dNoNull());
attPointTable.AddAttribute("ManAcc", gps.ManualAccuracy.dNoNull());
}
else
{
//attPointTable.AddAttribute("X", String.Empty);
//attPointTable.AddAttribute("Y", String.Empty);
//attPointTable.AddAttribute("Z", String.Empty);
attPointTable.AddAttribute("RMSEr", String.Empty);
attPointTable.AddAttribute("ManAcc", String.Empty);
}
/*
if (p.IsTravType())
{
SideShotPoint ssp = (SideShotPoint)p;
attPointTable.AddAttribute("FwdAz", ssp.ForwardAz.dNoNull());
attPointTable.AddAttribute("BkAz", ssp.BackwardAz.dNoNull());
attPointTable.AddAttribute("SlopeDist", TtUtils.ConvertDistance(ssp.SlopeDistance, tmpMeta.uomDistance, UomDistance.Meters).ToString());
attPointTable.AddAttribute("HorzDist", TtUtils.ConvertDistance(ssp.HorizontalDistance, tmpMeta.uomDistance, UomDistance.Meters).ToString());
attPointTable.AddAttribute("DistType", tmpMeta.uomDistance.ToString());
attPointTable.AddAttribute("SlopeAngle", ssp.SlopeAngle);
attPointTable.AddAttribute("AngleType", tmpMeta.uomSlope.ToString());
}
else
{
attPointTable.AddAttribute("FwdAz", String.Empty);
attPointTable.AddAttribute("BkAz", String.Empty);
attPointTable.AddAttribute("SlopeDist", String.Empty);
attPointTable.AddAttribute("HorzDist", String.Empty);
attPointTable.AddAttribute("DistType", String.Empty);
attPointTable.AddAttribute("SlopeAngle", String.Empty);
attPointTable.AddAttribute("AngleType", String.Empty);
}
*/
if (p.op == OpType.Quondam)
{
QuondamPoint q = (QuondamPoint)p;
attPointTable.AddAttribute("ParentName", q.ParentPID);
}
else
{
attPointTable.AddAttribute("ParentName", String.Empty);
}
attPointTable.AddAttribute("Comment", p.Comment == null ? String.Empty : p.Comment);
feat = new Feature();
feat.Geometry = (adjusted) ?
new NetTopologySuite.Geometries.Point(p.AdjX, p.AdjY, p.AdjZ) :
new NetTopologySuite.Geometries.Point(p.UnAdjX, p.UnAdjY, p.UnAdjZ);
feat.Attributes = attPointTable;
features.Add(feat);
}
return features;
}
private IAttributesTable CreateNameProperties(string name)
{
var table = new AttributesTable();
table.AddAttribute(NAME, name);
return table;
}
// see https://code.google.com/p/nettopologysuite/issues/detail?id=146
public void Issue146_ShapeCreationWithInvalidAttributeName()
{
Coordinate[] points = new Coordinate[3];
points[0] = new Coordinate(0, 0);
points[1] = new Coordinate(1, 0);
points[2] = new Coordinate(1, 1);
LineString ls = new LineString(points);
IMultiLineString mls = GeometryFactory.Default.CreateMultiLineString(new ILineString[] { ls });
AttributesTable attrs = new AttributesTable();
attrs.AddAttribute("Simulation name", "FOO");
Feature[] features = new[] { new Feature(mls, attrs) };
ShapefileDataWriter shp_writer = new ShapefileDataWriter("invalid_line_string")
{
Header = ShapefileDataWriter.GetHeader(features[0], features.Length)
};
shp_writer.Write(features);
}
private void WriteWayPoints(string file, List<WayPoint> points, TtMetaData md)
{
#if !(PocketPC || WindowsCE || Mobile)
string FileName = file + "_WayPoints";
GeometryFactory geoFac = new GeometryFactory();
ShapefileDataWriter sdw = new ShapefileDataWriter(FileName, geoFac);
ArrayList features = new ArrayList();
AttributesTable attTable;
Feature feat = new Feature();
DbaseFileHeader dbh;
foreach (WayPoint point in points)
{
feat = new Feature();
attTable = new AttributesTable();
attTable.AddAttribute("PID", point.PID);
attTable.AddAttribute("Comment", point.Comment ?? String.Empty);
attTable.AddAttribute("CN", point.CN);
attTable.AddAttribute("Group", point.GroupName ?? String.Empty);
attTable.AddAttribute("RMSEr", point.RMSEr ?? -1);
attTable.AddAttribute("UnAdjX", point.UnAdjX);
attTable.AddAttribute("UnAdjY", point.UnAdjY);
attTable.AddAttribute("UnAdjZ", point.UnAdjZ);
feat.Geometry = new NetTopologySuite.Geometries.Point(point.UnAdjX, point.UnAdjY, point.UnAdjZ);
feat.Attributes = attTable;
features.Add(feat);
}
dbh = ShapefileDataWriter.GetHeader((Feature)features[0], features.Count);
sdw.Header = dbh;
sdw.Write(features);
WriteProjection(FileName, md.Zone);
#endif
}
public static string ToGeoJson(IEnumerable<System.Data.Entity.Spatial.DbGeometry> dbGeometrys,
ProjectionInfo pStart, DataTable dataTable)
{
var pEnd = Definitions.WorldProjection;
var dbGeometrys1 = dbGeometrys as IList<System.Data.Entity.Spatial.DbGeometry> ?? dbGeometrys.ToList();
var reader = new WKTReader();
var featureCollection = new FeatureCollection();
var columns = (from DataColumn column in dataTable.Columns select column.ColumnName).ToList();
for (var i = 0; i < dbGeometrys1.Count(); i++)
{
var geometry = GeometryHelper.Project(dbGeometrys1[i].MakeValid(), pStart, pEnd);
var read = reader.Read(geometry.WellKnownValue.WellKnownText);
var table = new AttributesTable();
foreach (var column in columns)
{
table.AddAttribute(column, dataTable.Rows[i][column]);
}
featureCollection.Add(new Feature(read, table));
}
var geoJsonWriter = new GeoJsonWriter();
return geoJsonWriter.Write(featureCollection);
}