/// <summary>
/// Dissolves the linear components in a geometry.
/// </summary>
/// <param name="g">the geometry to dissolve</param>
/// <returns>the dissolved lines</returns>
public static IGeometry Dissolve(IGeometry g)
{
LineDissolver d = new LineDissolver();
d.Add(g);
return(d.GetResult());
}
private void RunDissolverWorld(IList<IGeometry> data)
{
LineDissolver dis = new LineDissolver();
dis.Add(data);
IGeometry result = dis.GetResult();
Trace.WriteLine("RunDissolverWorld");
Trace.WriteLine(Memory.TotalString);
// Trace.WriteLine(String.Format("Result: {0}", result));
}
/// <summary>
/// Dissolves the linear components in a geometry.
/// </summary>
/// <param name="g">the geometry to dissolve</param>
/// <returns>the dissolved lines</returns>
public static IGeometry Dissolve(IGeometry g)
{
LineDissolver d = new LineDissolver();
d.Add(g);
return d.GetResult();
}
private void CheckDissolve(IEnumerable<IGeometry> geoms, IGeometry expected)
{
LineDissolver d = new LineDissolver();
d.Add(geoms);
IGeometry result = d.GetResult();
IGeometry rnorm = result.Normalized();
IGeometry enorm = expected.Normalized();
bool equal = rnorm.EqualsExact(enorm);
Assert.IsTrue(equal, String.Format("Expected = {0} actual = {1}", expected, rnorm));
}
