public void SetRotationIdWhenFlip()
{
if (rotationType == ERotationType.Square)
{
//shapeRotationId = (-shapeRotationId) % 6;
shapeRotationId = ShapeInfo.mod(-shapeRotationId, 6);
}
else if (rotationType == ERotationType.Triangle)
{
//Debug.Log("Shape Move SetRotationIdWhenFlip" + " " + shapeRotationId);
//shapeRotationId = GTangram.triangleFlipDic[shapeRotationId];
//shapeRotationId = (-shapeRotationId) % 24;
shapeRotationId = ShapeInfo.mod(-shapeRotationId, 24);
}
else //rotationType == ERotationType.Parallelogram
{
//shapeRotationId = GTangram.parallogramFlipDic[shapeRotationId];
if (shapeRotationId >= 0)
{
//shapeRotationId = (-shapeRotationId) % 12 - 12;
shapeRotationId = ShapeInfo.mod(-shapeRotationId, 12) - 12;
}
else //shapeRotationId < 0
{
//shapeRotationId = (-shapeRotationId) % 12;
shapeRotationId = ShapeInfo.mod(-shapeRotationId, 12);
}
}
}
public void SetRotationId(bool isClockWise, int times = 1)
{
int clockWise = isClockWise ? 1 : -1;
//Debug.Log("Shape Move ShapeInfo: " + "set rotation id");
if (rotationType == ERotationType.Square)
{
//shapeRotationId = (shapeRotationId + clockWise) % 6;
shapeRotationId = ShapeInfo.mod(shapeRotationId + clockWise * times, 6);
}
else if (rotationType == ERotationType.Triangle)
{
//shapeRotationId = (shapeRotationId + clockWise) % 24;
shapeRotationId = ShapeInfo.mod(shapeRotationId + clockWise * times, 24);
}
else //rotationType == ERotationType.Parallelogram
{
if (shapeRotationId >= 0)
{
//shapeRotationId = (shapeRotationId + clockWise) % 12;
shapeRotationId = ShapeInfo.mod(shapeRotationId + clockWise * times, 12);
}
else //shapeRotationId < 0
{
//shapeRotationId = (shapeRotationId + clockWise) % 12 - 12;
shapeRotationId = ShapeInfo.mod(shapeRotationId + clockWise * times, 12) - 12;
}
}
}