// Get the AnimationController to do the animation of the Cube and the Map.
public void OnRotate(InputAction.CallbackContext context, CubeAxis axis, CubeSlices slices)
{
if (context.phase != InputActionPhase.Started)
{
return;
}
AnimationSpecification animationSpecification;
animationSpecification.cubeAxis = axis;
animationSpecification.cubeSlices = slices;
if (Keyboard.current.leftShiftKey.isPressed)
{
animationSpecification.rotationDirection = RotationDirection.reverse;
}
else
{
animationSpecification.rotationDirection = RotationDirection.normal;
}
if (Keyboard.current.leftCtrlKey.isPressed)
{
animationSpecification.moveType = MoveType.doubleMove;
}
else
{
animationSpecification.moveType = MoveType.singleMove;
}
animationController.AddAnimation(animationSpecification);
}
void RotateCubeletArrayAboutZAxis(CubeSlices cubeSlicesIn, RotationDirection direction)
{
if (cubeSlicesIn == CubeSlices.s0 || cubeSlicesIn == CubeSlices.s01 || cubeSlicesIn == CubeSlices.s01234)
{
RotateCubeletArrayAboutZAxisSlice(0, direction);
}
if (cubeSlicesIn == CubeSlices.s1 || cubeSlicesIn == CubeSlices.s01 || cubeSlicesIn == CubeSlices.s01234)
{
RotateCubeletArrayAboutZAxisSlice(1, direction);
}
if (cubeSlicesIn == CubeSlices.s2 || cubeSlicesIn == CubeSlices.s01234)
{
RotateCubeletArrayAboutZAxisSlice(2, direction);
}
if (cubeSlicesIn == CubeSlices.s3 || cubeSlicesIn == CubeSlices.s34 || cubeSlicesIn == CubeSlices.s01234)
{
RotateCubeletArrayAboutZAxisSlice(3, direction);
}
if (cubeSlicesIn == CubeSlices.s4 || cubeSlicesIn == CubeSlices.s34 || cubeSlicesIn == CubeSlices.s01234)
{
RotateCubeletArrayAboutZAxisSlice(4, direction);
}
}
//>>>> CHECK IF SAME AXIS, AND slices are 01 or 34...
// Don't worry about "equal" slices - just "similar"...
bool IsSimilarSlice(CubeSlices cubeSlicesIn)
{
if (cubeSlices == cubeSlicesIn)
{
return(true);
}
if ((cubeSlices == CubeSlices.s0 || cubeSlices == CubeSlices.s1) && cubeSlicesIn == CubeSlices.s01)
{
return(true);
}
if (cubeSlices == CubeSlices.s01 && (cubeSlicesIn == CubeSlices.s0 || cubeSlicesIn == CubeSlices.s1))
{
return(true);
}
if ((cubeSlices == CubeSlices.s3 || cubeSlices == CubeSlices.s4) && cubeSlicesIn == CubeSlices.s34)
{
return(true);
}
if (cubeSlices == CubeSlices.s34 && (cubeSlicesIn == CubeSlices.s3 || cubeSlicesIn == CubeSlices.s4))
{
return(true);
}
return(false);
}
public void SpecifyAnimation(AnimationSpecification animationSpecification)
{
cubeAxis = animationSpecification.cubeAxis;
cubeSlices = animationSpecification.cubeSlices;
rotationDirection = animationSpecification.rotationDirection;
isAnimating = true;
}
public void AddMove(AnimationSpecification animationSpecification)
{
RotationDirection rotationDirection = animationSpecification.rotationDirection;
CubeAxis cubeAxis = animationSpecification.cubeAxis;
CubeSlices cubeSlices = animationSpecification.cubeSlices;
MoveType moveType = animationSpecification.moveType;
string s = "";
switch (cubeAxis)
{
case CubeAxis.x:
s = "x";
break;
case CubeAxis.y:
s = "y";
break;
case CubeAxis.z:
s = "z";
break;
}
switch (cubeSlices)
{
case CubeSlices.s0:
s += "0";
break;
case CubeSlices.s01:
s += "01";
break;
case CubeSlices.s1:
s += "1";
break;
case CubeSlices.s2:
s += "2";
break;
case CubeSlices.s3:
s += "3";
break;
case CubeSlices.s34:
s += "34";
break;
case CubeSlices.s4:
s += "4";
break;
case CubeSlices.s01234:
s += "01234";
break;
}
if (rotationDirection == RotationDirection.reverse)
{
s += "R";
}
if (moveType == MoveType.doubleMove)
{
s += "D";
}
GameObject g1 = Instantiate(prefab);
g1.gameObject.transform.SetParent(contentRect, false);
g1.SetActive(true);
var g1m = g1.GetComponent <MyMove>();
g1m.text.text = " " + s;
Canvas.ForceUpdateCanvases();
contentObj.GetComponent <VerticalLayoutGroup>().CalculateLayoutInputVertical();
contentObj.GetComponent <ContentSizeFitter>().SetLayoutVertical();
sr.content.GetComponent <VerticalLayoutGroup>().CalculateLayoutInputVertical();
sr.content.GetComponent <ContentSizeFitter>().SetLayoutVertical();
sr.normalizedPosition = new Vector2(0, 0);
_numMoves++;
SetTitle();
}
