public static void AddToMultiPolygon(GeoMultiPolygon mupltiPolygon, List <namedParameter> parametrs)
{
if (parametrs != null && parametrs.Count > 0)
{
if (mupltiPolygon.coordinates is Point[][][])
{
int length0 = ((Point[][][])mupltiPolygon.coordinates).GetLength(0);
Point[][][] new_polygon = new Point[length0 + 1][][];
for (int l = 0; l < length0; l++)
{
new_polygon[l] = ((Point[][][])mupltiPolygon.coordinates)[l];
}
new_polygon[length0] = new Point[1][];
new_polygon[length0][0] = new Point[parametrs.Count + 1];
int i = 0;
for (; i < parametrs.Count; i++)
{
new_polygon[length0][0][i] = (Point)parametrs[i].ParamValue;
}
new_polygon[length0][0][i] = (Point)parametrs[0].ParamValue;
mupltiPolygon.coordinates = new_polygon;
}
}
}
public List <ShapeParams> GetShapeParams(GeoMultiPolygon geo_multiPoligon, OperationShapeProperty property)
{
List <ShapeParams> param_list = null;
if (geo_multiPoligon != null)
{
int polygon_count = ((Point[][][])geo_multiPoligon.coordinates).GetLength(0);
if (polygon_count > 0)
{
param_list = new List <ShapeParams>();
for (int i = 0; i < polygon_count; i++)
{
ShapeParams p = new ShapeParams();
p.ShapeName = "OperationPolygon" + (i + 1).ToString();
p.ShapeType = "Polygon";
p.StrokeWeight = property.StrokeWeight;
p.StrokeColor = property.StrokeColor;
p.FillColor = property.FillColor;
p.GeometricParams = GetNamedParams(((Point[][][])geo_multiPoligon.coordinates)[i]);
param_list.Add(p);
}
}
}
return(param_list);
}
private GeoMultiPolygon CreateMultiPolygon()
{
GeoPoint center1 = new GeoPoint(Map1.CurrentBound.MinX + Map1.CurrentBound.Width * .25, Map1.CurrentCenter.Y);
GeoPoint center2 = new GeoPoint(Map1.CurrentBound.MinX + Map1.CurrentBound.Width * .75, Map1.CurrentCenter.Y);
double radius = Map1.CurrentBound.Width * .25;
int segmentCount = 5;
GeoPolygon polygon1 = new GeoPolygon(CreateRing(center1, radius, segmentCount));
GeoPolygon polygon2 = new GeoPolygon(CreateRing(center2, radius, segmentCount));
GeoMultiPolygon multiPolygon = new GeoMultiPolygon();
multiPolygon.Polygons.Add(polygon1);
multiPolygon.Polygons.Add(polygon2);
return(multiPolygon);
}
public void Can_Serialize()
{
// Arrang
var polygon1 = new GeoPolygon(new List <GeoLineString>
{
new GeoLineString(new List <GeoEntity>
{
new GeoEntity(0, 0),
new GeoEntity(1, 0),
new GeoEntity(1, 1),
new GeoEntity(0, 1),
new GeoEntity(0, 0)
})
});
var polygon2 = new GeoPolygon(new List <GeoLineString>
{
new GeoLineString(new List <GeoEntity>
{
new GeoEntity(100, 100),
new GeoEntity(101, 100),
new GeoEntity(101, 101),
new GeoEntity(100, 101),
new GeoEntity(100, 100)
}),
new GeoLineString(new List <GeoEntity>
{
new GeoEntity(200, 200),
new GeoEntity(201, 200),
new GeoEntity(201, 201),
new GeoEntity(200, 201),
new GeoEntity(200, 200)
})
});
var multiPolygon = new GeoMultiPolygon(new List <GeoPolygon> {
polygon1, polygon2
});
var expectedJson = GetExpectedJson();
// Act
var actualJson = JsonSerializer.SerializeToString(multiPolygon);
// Assert
JsonAssert.AreEqual(expectedJson, actualJson);
}
public void Can_Deserialize()
{
var json = GetExpectedJson();
var expectMultiPolygon = new GeoMultiPolygon(new List <GeoPolygon>
{
new GeoPolygon(new List <GeoLineString>
{
new GeoLineString(new List <IGeoEntity>
{
new GeoEntity(-2.6797102391514338, 52.959676831105995),
new GeoEntity(-2.6769029474483279, 52.9608756693609),
new GeoEntity(-2.6079763270327119, 52.908449372833715),
new GeoEntity(-2.5815104708998668, 52.891287242948195),
new GeoEntity(-2.5851645010668989, 52.875476700983896),
new GeoEntity(-2.6050779098387191, 52.882954723868622),
new GeoEntity(-2.6373482332006359, 52.875255907042678),
new GeoEntity(-2.6932445076063951, 52.878791122091066),
new GeoEntity(-2.6931334629377890, 52.89564268523565),
new GeoEntity(-2.6548779332193022, 52.930592009390175),
new GeoEntity(-2.6797102391514338, 52.959676831105995)
})
}),
new GeoPolygon(new List <GeoLineString>
{
new GeoLineString(new List <IGeoEntity>
{
new GeoEntity(-2.69628632041613, 52.89610842810761),
new GeoEntity(-2.75901233808515, 52.8894641454077),
new GeoEntity(-2.7663172788742449, 52.89938894657412),
new GeoEntity(-2.804554822840895, 52.90253773227807),
new GeoEntity(-2.83848602260174, 52.929801009654575),
new GeoEntity(-2.838979264607087, 52.94013913205788),
new GeoEntity(-2.7978187468478741, 52.937353122653533),
new GeoEntity(-2.772273870352612, 52.920394929466184),
new GeoEntity(-2.6996509024137052, 52.926572918779222),
new GeoEntity(-2.69628632041613, 52.89610842810761)
})
})
});
var actualMultiPolygon = JsonSerializer.DeserializeFromString <GeoMultiPolygon>(json);
Assert.AreEqual(expectMultiPolygon, actualMultiPolygon);
}
public void Can_Serialize_MultiPolygon_Feature()
{
var multiPolygon = new GeoMultiPolygon(new List <GeoPolygon>
{
new GeoPolygon(new List <GeoLineString>
{
new GeoLineString(new List <GeoEntity>
{
new GeoEntity(0, 0),
new GeoEntity(1, 0),
new GeoEntity(1, 1),
new GeoEntity(0, 1),
new GeoEntity(0, 0)
})
}),
new GeoPolygon(new List <GeoLineString>
{
new GeoLineString(new List <GeoEntity>
{
new GeoEntity(100, 100),
new GeoEntity(101, 100),
new GeoEntity(101, 101),
new GeoEntity(100, 101),
new GeoEntity(100, 100)
}),
new GeoLineString(new List <GeoEntity>
{
new GeoEntity(200, 200),
new GeoEntity(201, 200),
new GeoEntity(201, 201),
new GeoEntity(200, 201),
new GeoEntity(200, 200)
})
})
});
var feature = new Net.Feature.Feature(multiPolygon);
var expectedJson = GetExpectedJson();
var actualJson = JsonSerializer.SerializeToString(feature);
JsonAssert.AreEqual(expectedJson, actualJson);
}
