public void ReversePreviousRotation()
{
switch (m_lastRotation)
{
case CubeState.RotationActions.LEFT:
RotateRight();
break;
case CubeState.RotationActions.RIGHT:
RotateLeft();
break;
case CubeState.RotationActions.UP:
RotateDown();
break;
case CubeState.RotationActions.DOWN:
RotateUp();
break;
case CubeState.RotationActions.CLOCKWISE:
RotateAntiClockwise();
break;
case CubeState.RotationActions.ANTI_CLOCKWISE:
RotateClockwise();
break;
}
m_lastRotation = CubeState.RotationActions.NONE;
}
FaceState GetNextRequiredFace(CubeState.RotationActions move)
{
FaceStates faceStates = m_cubeOrientation.GetFaceStates();
FaceState returnValue = null;
switch (move)
{
case CubeState.RotationActions.UP:
returnValue = faceStates.GetFaceState(CubeState.Faces.BOTTOM);
break;
case CubeState.RotationActions.DOWN:
returnValue = faceStates.GetFaceState(CubeState.Faces.TOP);
break;
case CubeState.RotationActions.LEFT:
returnValue = faceStates.GetFaceState(CubeState.Faces.RIGHT);
break;
case CubeState.RotationActions.RIGHT:
returnValue = faceStates.GetFaceState(CubeState.Faces.LEFT);
break;
}
Debug.Log("GetNextRequiredFace = " + returnValue);
return(returnValue);
}
CubeState.RotationActions GetNextMoveInSequence()
{
CubeState.RotationActions unflipped = m_sequence[m_sequenceType, m_sequencePosition];
CubeState.RotationActions xflipped;
if (m_flipSequenceHorizontally)
{
xflipped = CubeState.m_flipHorizontally[(int)unflipped];
}
else
{
xflipped = unflipped;
}
CubeState.RotationActions yflipped;
if (m_flipSequenceVertically)
{
yflipped = CubeState.m_flipVertically[(int)xflipped];
}
else
{
yflipped = xflipped;
}
if (++m_sequencePosition >= 6)
{
m_sequencePosition = 0;
}
return(yflipped);
}
public void RotateAntiClockwise()
{
if (!m_isRotating && !m_rotationBlocked)
{
Rotate90Degrees(1, Axis.Z, 0.3f);
m_cubeState.DoRotation(CubeState.RotationActions.ANTI_CLOCKWISE);
m_lastRotation = CubeState.RotationActions.ANTI_CLOCKWISE;
}
}
public void RotateDown()
{
if (!m_isRotating && !m_rotationBlocked)
{
Rotate90Degrees(-1, Axis.X, 0.3f);
m_cubeState.DoRotation(CubeState.RotationActions.DOWN);
m_lastRotation = CubeState.RotationActions.DOWN;
}
}
public void RotateUp()
{
if (!m_isRotating && !m_rotationBlocked)
{
Rotate90Degrees(1, Axis.X, 0.3f);
m_cubeState.DoRotation(CubeState.RotationActions.UP);
m_lastRotation = CubeState.RotationActions.UP;
}
}
public void RotateRight()
{
if (!m_isRotating && !m_rotationBlocked)
{
Rotate90Degrees(-1, Axis.Y, 0.3f);
m_cubeState.DoRotation(CubeState.RotationActions.RIGHT);
m_lastRotation = CubeState.RotationActions.RIGHT;
}
}
public void RotateLeft()
{
if (!m_isRotating && !m_rotationBlocked)
{
Rotate90Degrees(1, Axis.Y, 0.3f);
m_cubeState.DoRotation(CubeState.RotationActions.LEFT);
m_lastRotation = CubeState.RotationActions.LEFT;
}
}
// Use this for initialization
void Start()
{
m_isRotating = false;
m_rotationBlocked = false;
m_lastRotation = CubeState.RotationActions.NONE;
TouchSwipeDetector.Instance.StartListening("SWIPE_LEFT", RotateLeft);
TouchSwipeDetector.Instance.StartListening("SWIPE_RIGHT", RotateRight);
TouchSwipeDetector.Instance.StartListening("SWIPE_UP", RotateUp);
TouchSwipeDetector.Instance.StartListening("SWIPE_DOWN", RotateDown);
TouchSwipeDetector.Instance.StartListening("SWIPE_CLOCKWISE", RotateClockwise);
TouchSwipeDetector.Instance.StartListening("SWIPE_ANTICLOCKWISE", RotateAntiClockwise);
ResetRotation();
m_audioSource = GetComponent <AudioSource>();
}
