public void BlackNode_GetAndSet(PgnMoveInformation?Black)
{
var mp = new MovePair()
{
BlackNode = Black
};
Assert.AreEqual(Black, mp.BlackNode);
}
public void WhiteNode_GetAndSet(PgnMoveInformation?white)
{
var mp = new MovePair()
{
WhiteNode = white
};
Assert.AreEqual(white, mp.WhiteNode);
}
public int CompareTo(object obj)
{
MovePair other = (MovePair)obj;
if (distance > other.distance)
{
return(1);
}
if (distance < other.distance)
{
return(-1);
}
return(0);
}
public bool IsFull_Test(PgnMoveInformation?white, PgnMoveInformation?black)
{
var mp = new MovePair(white, black);
return(mp.IsFull);
}
public virtual bool TestRoomValidity(Board board)
{
int margin = Constants.ROOM_MARGIN;
bool movedNorth = false;
bool movedSouth = false;
bool movedEast = false;
bool movedWest = false;
int cachedX = x;
int cachedY = y;
if (x < board.boardMargin)
{
x = board.boardMargin;
}
movedEast = true;
if (y < board.boardMargin)
{
y = board.boardMargin;
}
movedNorth = true;
if (x + width > board.columns - board.boardMargin)
{
x = board.columns - board.roomMargin - width;
}
movedWest = true;
if (y + height > board.rows - board.boardMargin)
{
y = board.rows - board.boardMargin - height;
}
movedSouth = true;
bool moved = false;
int northFreedom = 0;
int southFreedom = 0;
int eastFreedom = 0;
int westFreedom = 0;
GetDoorwayFreedoms(ref northFreedom, ref southFreedom, ref eastFreedom, ref westFreedom);
MovePair moveEast = new MovePair(0, delegate(Room target) {
if (!movedWest)
{
int desiredX = target.x + target.width + margin;
int difference = desiredX - x;
if (difference <= eastFreedom && desiredX + width <= board.columns - board.boardMargin)
{
eastFreedom -= difference;
westFreedom += difference;
movedEast = true;
moved = true;
x = desiredX;
}
}
});
MovePair moveWest = new MovePair(0, delegate(Room target) {
if (!movedEast)
{
int desiredX = target.x - width - margin;
int difference = x - desiredX;
if (difference <= eastFreedom && desiredX >= board.boardMargin)
{
westFreedom -= difference;
eastFreedom += difference;
movedEast = true;
moved = true;
x = desiredX;
}
}
});
MovePair moveNorth = new MovePair(0, delegate(Room target) {
if (!movedSouth)
{
int desiredY = target.y + target.height + margin;
int difference = desiredY - y;
if (difference <= northFreedom && desiredY + height <= board.rows - margin)
{
eastFreedom -= difference;
westFreedom += difference;
movedNorth = true;
moved = true;
y = desiredY;
}
}
});
MovePair moveSouth = new MovePair(0, delegate(Room target) {
if (!movedNorth)
{
int desiredY = target.y - height - margin;
int difference = y - desiredY;
if (difference <= southFreedom && desiredY <= board.boardMargin)
{
westFreedom -= difference;
eastFreedom += difference;
movedSouth = true;
moved = true;
y = desiredY;
}
}
});
List <MovePair> options = new List <MovePair>()
{
moveEast, moveWest, moveNorth, moveSouth
};
List <Room> collisionRooms = new List <Room>(board.stories[story].rooms);
Rect rect = new Rect(x - margin, y - margin, width + margin, height + margin);
for (int i = 0; i < collisionRooms.Count; i++)
{
Room room = collisionRooms[i];
Rect otherRect = new Rect(room.x - room.margin, room.y - room.margin, room.width + room.margin, room.height + room.margin);
if (rect.Overlaps(otherRect))
{
moved = false;
moveEast.distance = x + width + margin - room.x;
moveWest.distance = room.x + room.width + margin - x;
moveNorth.distance = y + height + margin - room.y;
moveSouth.distance = room.y + room.height + margin - y;
options.Sort();
foreach (MovePair movePair in options)
{
if (movePair.distance > 0)
{
movePair.action(room);
if (moved)
{
break;
}
}
}
if (!moved)
{
return(false);
}
//It won't be able to collide anymore
collisionRooms.Remove(room);
i = 0;
}
}
//If it all worked, make corrections to doorways and hallways
foreach (Doorway doorway in doorways)
{
if (DirectionUtil.Orientation(doorway.roomOutDirection) == Orientation.Horizontal)
{
doorway.x += x - cachedX;
doorway.corridor.length += x - cachedX;
}
else
{
doorway.y += y - cachedY;
doorway.corridor.length += y - cachedY;
}
}
return(true);
}