static LineList ConvertedGeoLines(GeoLineList geoLines, CoordinateMap coordinateMap = null)
{
LineList lines = new LineList();
if (coordinateMap == null)
{
coordinateMap = MakeCoordinateMap(geoLines);
DebugLogText(LogLevel.DEBUG, "Created coordinate map: {0}", coordinateMap);
}
int lineCount = 0;
int pointCount = 0;
foreach (GeoLine line in geoLines)
{
line.SetPrecision(EarthGeo.GeoPrecision);
/** convert to local coordinate system */
PointD p1 = coordinateMap.GetPixelPoint(line.P1 as GeoPoint).Round(3) as PointD;
p1.Name = String.Format("Pt {0}", ++pointCount);
PointD p2 = coordinateMap.GetPixelPoint(line.P2 as GeoPoint).Round(3) as PointD;
p2.Name = String.Format("Pt {0}", ++pointCount);
Line l = new Line(p1, p2);
l.Name = String.Format("Line {0}", ++lineCount);
lines.Add(l);
DebugLogText(LogLevel.DEBUG, "Converted Line {0} {1} to {2}", line, lineCount, l);
}
return(lines);
}
public GeoSpanningTree(GeoLineList geoLines, CoordinateMap coordinateMap)
{
_coordinateMap = coordinateMap;
m_LinesToConstructor = GeoSpanningTree.ConvertedGeoLines(geoLines, coordinateMap);
Initialize();
}
public GeoSpanningTree(GeoLineList geoLines)
: this(geoLines, MakeCoordinateMap(geoLines))
{
}
static CoordinateMap MakeCoordinateMap(GeoLineList geoLines)
{
GeoRectangle rectangle = geoLines.GetBoundingRectangle();
return(new CoordinateMap(rectangle.NorthWest, EarthGeo.North, 1000));
}
