public void CorrectPosition()
{
Vector3 cubeSideOrigin = cube.GetCubeSideOrigin(cubeSide, cubeDistance);
Vector3 up = cube.GetCubeSideGravity(cubeSide);
Vector3 pos = transform.position;
float scaleLimit = (cube.scale * 0.5f) + cubeDistance;
if (cubeSide == Cube.CubeSide.RIGHT || cubeSide == Cube.CubeSide.LEFT)
{
float diffZ = pos.z - cubeSideOrigin.z;
transform.position = new Vector3(cubeSideOrigin.x, pos.y, diffZ);
if (diffZ * -up.x > scaleLimit)
{
cubeSide = cube.GetNextCubeSide(cubeSide, true);
}
else if (diffZ * -up.x < -scaleLimit)
{
cubeSide = cube.GetNextCubeSide(cubeSide, false);
}
}
else if (cubeSide == Cube.CubeSide.FRONT || cubeSide == Cube.CubeSide.BACK)
{
float diffX = pos.x - cubeSideOrigin.x;
transform.position = new Vector3(diffX, pos.y, cubeSideOrigin.z);
if (diffX * -up.z > scaleLimit)
{
cubeSide = cube.GetNextCubeSide(cubeSide, false);
}
else if (diffX * -up.z < -scaleLimit)
{
cubeSide = cube.GetNextCubeSide(cubeSide, true);
}
}
}
public Cube.CubeSide GetNextCubeSide(Cube.CubeSide cubeSize, bool right = true)
{
if (right)
{
switch (cubeSize)
{
case Cube.CubeSide.RIGHT:
return(Cube.CubeSide.FRONT);
case Cube.CubeSide.FRONT:
return(Cube.CubeSide.LEFT);
case Cube.CubeSide.LEFT:
return(Cube.CubeSide.BACK);
case Cube.CubeSide.BACK:
return(Cube.CubeSide.RIGHT);
}
}
else
{
switch (cubeSize)
{
case Cube.CubeSide.RIGHT:
return(Cube.CubeSide.BACK);
case Cube.CubeSide.BACK:
return(Cube.CubeSide.LEFT);
case Cube.CubeSide.LEFT:
return(Cube.CubeSide.FRONT);
case Cube.CubeSide.FRONT:
return(Cube.CubeSide.RIGHT);
}
}
return(Cube.CubeSide.NONE);
}
public Vector3 GetCubeSideOrigin(Cube.CubeSide cubeSide, float addDistance = 0)
{
Vector3 cubePosition = transform.position;
float distance = (scale * 0.5f) + addDistance;
switch (cubeSide)
{
case Cube.CubeSide.RIGHT:
return(cubePosition + (transform.right * distance));
case Cube.CubeSide.LEFT:
return(cubePosition + (-transform.right * distance));
case Cube.CubeSide.FRONT:
return(cubePosition + (transform.forward * distance));
case Cube.CubeSide.BACK:
return(cubePosition + (-transform.forward * distance));
default:
return(transform.position);
}
}
public Vector3 GetCubeSideGravity(Cube.CubeSide cubeSide)
{
switch (cubeSide)
{
case Cube.CubeSide.FRONT:
return(-transform.forward);
case Cube.CubeSide.BACK:
return(transform.forward);
case Cube.CubeSide.RIGHT:
return(-transform.right);
case Cube.CubeSide.LEFT:
return(transform.right);
/*case Cube.CubeSide.TOP:
* return -transform.up;
* case Cube.CubeSide.BOTTOM:
* return transform.up;*/
default:
return(new Vector3(0, 0, 0));
}
}
public void CorrectCubeSide()
{
cubeSide = cube.GetCubeSide(transform.position);
}
