// ## Neighbor Add ##
// This method is a handler for the NeighborAdd event. It is triggered when
// two cubes are placed side by side.
//
// Cube1 and cube2 are the two cubes that are involved in this neighboring.
// The two cube arguments can be in any order; if your logic depends on
// cubes being in specific positions or roles, you need to add logic to
// this handler to sort the two cubes out.
//
// Side1 and side2 are the sides that the cubes neighbored on.
private void OnNeighborAdd(Cube cube1, Cube.Side side1, Cube cube2, Cube.Side side2)
{
Log.Debug("Neighbor add: {0}.{1} <-> {2}.{3}", cube1.UniqueId, side1, cube2.UniqueId, side2);
CubeWrapper wrapper = (CubeWrapper)cube1.userData;
if (wrapper != null)
{
// Here we set our wrapper's rotation value so that the image gets
// drawn with its top side pointing towards the neighbor cube.
//
// Cube.Side is an enumeration (TOP, LEFT, BOTTOM, RIGHT, NONE). The
// values of the enumeration can be cast to integers by counting
// counterclockwise:
//
// * TOP = 0
// * LEFT = 1
// * BOTTOM = 2
// * RIGHT = 3
// * NONE = 4
//wrapper.mRotation = (int)side1;
wrapper.mNeedDraw = true;
}
wrapper = (CubeWrapper)cube2.userData;
if (wrapper != null)
{
//wrapper.mRotation = (int)side2;
wrapper.mNeedDraw = true;
}
//TODO: Siegüberprüfung:
Cube[] row = CubeHelper.FindRow(CubeSet);
if (row.Length == totalCubes)
{
Log.Debug("6 connected");
//found = true;
//int lastId = -1;
//foreach (Cube cube in row) {
// CubeWrapper wrapper = (CubeWrapper)cube.userData;
// if (wrapper.mIndex < lastId)
// found = false;
// lastId = wrapper.mIndex;
// }
}
}