private void ProcessGeometry()
{
// TODO: apply rotation and scaling
polygons = T3DParser.LoadPolygons(GeometryText, Location).ToList();
loadVertices();
loadEdges();
}
protected override void LoadText(string text)
{
foreach (var actor in T3DParser.LoadActors(text))
{
AddActor(actor);
}
loadInfo();
loadType();
}
public void MoveVertex(Point3D from, Point3D to)
{
if (isReadOnly)
{
throw new InvalidOperationException("This map cannot be modified because it is read-only");
}
GeometryText = T3DParser.TranslateVertex(GeometryText, from, to, MinVertexDist);
ProcessGeometry();
}
protected override void LoadText(string text)
{
// Load properties
base.LoadText(text);
LoadFlags();
LoadOperation();
LoadScale();
// Load geometry
GeometryText = T3DParser.GetGeometryText(text);
ProcessGeometry();
}
protected override void LoadText(string text)
{
string firstLine = new StringReader(text).ReadLine();
int classStart = firstLine.IndexOf("Class=", "Begin Actor ".Length);
int classEnd = classStart + "Class=".Length;
int nameStart = firstLine.IndexOf("Name=", classEnd);
int nameEnd = nameStart + "Name=".Length;
int classLength = nameStart - 1 - classEnd;
int nameLength = firstLine.Length - nameEnd;
Class = text.Substring(classEnd, classLength);
Name = text.Substring(nameEnd, nameLength);
properties = T3DParser.GetProperties(text).ToDictionary(p => p.Key, p => p.Value);
LoadPosition();
}
protected override string GenerateText()
{
return(T3DParser.GenerateText(this));
}
