bool LeftSolid(int dice, Pointer temp)
{
if (DiceRull.isLeft(dice))
{
temp.x--;
if (temp.x <= 0)
{
return(false);
}
if (GetRoomType(temp) == 0)
{
return(true);
}
}
return(false);
}
Pointer CalcuDiceRull(Pointer index, int dice)
{
if (DiceRull.isTop(dice) && DownSolid(dice, index) == false)
{
return(index);
}
if (DiceRull.isDown(dice) && TopSolid(dice, index) == false)
{
return(index);
}
if (DiceRull.isRight(dice) && RightSolid(dice, index) == false)
{
return(index);
}
if (DiceRull.isLeft(dice) && LeftSolid(dice, index) == false)
{
return(index);
}
//if (LeftNotSolid(dice, index) || RightNotSolid(dice, index)
// || DownNotSolid(dice, index) || TopNotSolid(dice, index))
// return index;
Pointer nextRoom = index;
Debug.Log("dice : " + dice);
if (DiceRull.isTop(dice))
{
Pointer it = nextRoom;
//위에서 2번이 연속으로 배치할경우 현재방의 십자형태로 룸을 바꿔준다
if (GetRoomType(it) == (int)eRoomType.UpperTop)
{
bool result;
do
{
result = SearchUpperDown(ref it);
if (result)
{
it.y++;
}
} while(result);
}
else
{
SetRoomType(nextRoom, eRoomType.UpperDown);
}
nextRoom.y--;
SetRoomType(nextRoom, eRoomType.UpperTop);
return(nextRoom);
}
else if (DiceRull.isDown(dice))
{
Pointer temp = nextRoom;
temp.y--;
//위에서 2번이 연속으로 배치할경우 현재방의 십자형태로 룸을 바꿔준다
if (temp.y >= 0 && GetRoomType(temp) == (int)eRoomType.UnderDown)
{
SetRoomType(nextRoom, eRoomType.UnderCross);
}
else
{
SetRoomType(nextRoom, eRoomType.UnderDown);
}
nextRoom.y++;
SetRoomType(nextRoom, eRoomType.UnderTop);
return(nextRoom);
}
else if (DiceRull.isLeft(dice))
{
nextRoom.x--;
SetRoomType(nextRoom, eRoomType.LeftRight);
}
else if (DiceRull.isRight(dice))
{
nextRoom.x++;
SetRoomType(nextRoom, eRoomType.LeftRight);
}
return(nextRoom);
}