//Check all facesB in our floor
//Check the faces edges if they are parallel or orthogonal to the moveVector of faceA
//if orthogonal
//check if faceA has an edge with contains the orthogonal Edge of faceB
//if so, add faceB´s orthogonal edge to the verticesToMoveList and start with the next face
//check if faceA only shares one vertex with B
//If parallel
//check if faceA shares an edge with faceB
//if so, then add all edges of faceA to the verticesToMove list and rerun the whole process with faceA=faceB
//continue untill all parallel edges are added, then start with next face
private void AddAttachedToMove(Face movingFace, Vector2 moveVector, List <Face> checkedFaces, ref List <Vertex> verticesToMove)
{
foreach (Face face in currentFloor.GetFaces())
{
if (!movingFace.Equals(face) && !checkedFaces.Contains(face) && face.GetType().ToString() != "wunderZone")
{
foreach (Edge edge in face.GetEdges())
{
if (Angle(moveVector, edge.GetEdgeVector()) != 0)
{
}
if (Angle(moveVector, edge.GetEdgeVector()) == 0)
{
if (FaceEdgeEuqlasEdge(movingFace, edge)) //this works!
{
AddEdgeToMove(face.GetEdges(), ref verticesToMove);
checkedFaces.Add(face);
Console.WriteLine("Entering addAttacehdFace for face" + face.GetFaceName());
AddAttachedToMove(face, moveVector, checkedFaces, ref verticesToMove);
}
if (VerticesToMoveContains(verticesToMove, edge))
{
AddEdgeToMove(edge, ref verticesToMove);
}
}
}
}
}
}
