public void StartRotation(EnumAxis axis, EnumAnimType animType, EnumDirection direction, int nslice = 0, float speed = 300f)
{
rotationAxis = axis;
animationType = animType;
rotationDirection = direction;
slice = nslice;
rotationSpeed = speed;
if (gameState == EnumGameState.playing)
{
History.Push(new Move {
Axis = axis,
Type = animationType,
Direction = rotationDirection,
Slice = slice
});
}
DoRotate();
}
public void Undo()
{
if (state == EnumCubeAnimState.animating)
{
return;
}
if (History.Count == 0)
{
return;
}
var move = History.Pop();
rotationAxis = move.Axis;
animationType = move.Type;
rotationDirection = move.Direction == EnumDirection.positive ? EnumDirection.negative : EnumDirection.positive;
slice = move.Slice.GetValueOrDefault();
rotationSpeed = 300f;
DoRotate();
}
private void ProcessTouch()
{
// did not touch enough faces
if (touchList.Count <= 1)
{
touchList.Clear();
print("did not touch enough faces");
return;
}
var axisTouched = touchList[0].name.Substring(4, 1);
List <GameObject> facesOnSameAxis = touchList.Where(f => f.name.Contains(axisTouched)).ToList();
// Did not touch enough faces on same axis
if (facesOnSameAxis.Count == 1)
{
touchList.Clear();
print("Did not touch enough faces on same axis");
return;
}
var firstFace = facesOnSameAxis.FirstOrDefault();
var firstFaceRow = int.Parse(firstFace.name.Substring(5, 1));
var firstFaceCol = int.Parse(firstFace.name.Substring(6, 1));
var lastFace = facesOnSameAxis.LastOrDefault();
var lastFaceRow = int.Parse(lastFace.name.Substring(5, 1));
var lastFaceCol = int.Parse(lastFace.name.Substring(6, 1));
// Can't determine slice touched
if (firstFaceCol != lastFaceCol && firstFaceRow != lastFaceRow)
{
touchList.Clear();
print("Cannot determine slice touched");
return;
}
EnumAxis axis = EnumAxis.z; // remove default;
int slice = 0;
EnumDirection direction = EnumDirection.positive;
EnumAnimType animType = EnumAnimType.slice;
switch (axisTouched)
{
case "X":
if (firstFaceRow == lastFaceRow)
{
axis = EnumAxis.y;
slice = firstFaceRow;
direction = firstFaceCol > lastFaceCol ? EnumDirection.negative : EnumDirection.positive;
animType = firstFaceRow == 1 ? EnumAnimType.cube : EnumAnimType.slice;
}
else
{
axis = EnumAxis.z;
slice = firstFaceCol;
direction = firstFaceRow > lastFaceRow ? EnumDirection.negative : EnumDirection.positive;
animType = firstFaceCol == 1 ? EnumAnimType.cube : EnumAnimType.slice;
}
break;
case "Y":
if (firstFaceRow == lastFaceRow)
{
axis = EnumAxis.x;
slice = firstFaceRow;
direction = firstFaceCol > lastFaceCol ? EnumDirection.negative : EnumDirection.positive;
animType = firstFaceRow == 1 ? EnumAnimType.cube : EnumAnimType.slice;
}
else
{
axis = EnumAxis.z;
slice = firstFaceCol;
direction = firstFaceRow > lastFaceRow ? EnumDirection.positive : EnumDirection.negative;
animType = firstFaceCol == 1 ? EnumAnimType.cube : EnumAnimType.slice;
}
break;
case "Z":
if (firstFaceRow == lastFaceRow)
{
axis = EnumAxis.y;
slice = firstFaceRow;
direction = firstFaceCol > lastFaceCol ? EnumDirection.positive : EnumDirection.negative;
animType = firstFaceRow == 1 ? EnumAnimType.cube : EnumAnimType.slice;
}
else
{
axis = EnumAxis.x;
slice = firstFaceCol;
direction = firstFaceRow > lastFaceRow ? EnumDirection.positive : EnumDirection.negative;
animType = firstFaceCol == 1 ? EnumAnimType.cube : EnumAnimType.slice;
}
break;
}
touchList.Clear();
print("rotating");
CubeController.Instance.StartRotation(axis, animType, direction, slice);
}