public void ReturnTheProperValue_WhenGetBedsMethodIsCalled()
{
// Arrange & Act
var regularRoom = new RegularRoom(1, 2, false, "Sea", 222, 5);
// Assert
Assert.AreEqual(2, regularRoom.Beds);
}
public void ThrowsArgumentException_WhenInvalidValueIsPassed(int capacity)
{
// Arrange
var regularRoom = new RegularRoom(1, 2, false, "Sea", 222, 5);
// Act & Assert
Assert.ThrowsException <ArgumentException>(() => regularRoom.Capacity = capacity);
}
public void SetProperOnFloor_WhenInvalidValueIsPassed(int floor)
{
// Arrange
var regularRoom = new RegularRoom(1, 2, false, "Sea", 222, 5);
// Act & Assert
Assert.ThrowsException <ArgumentException>(() => regularRoom.OnFloor = floor);
}
public void SetProperOnFloor_WhenTheObjectIsConstructed()
{
// Arrange
var regularRoom = new RegularRoom(1, 2, false, "Sea", 222, 5);
// Assert
Assert.AreEqual(5, regularRoom.OnFloor);
}
private void Paint()
{
level.MarkForClearing();
level.Fill(Tile.WallA);
var room = new RegularRoom();
if (fixedSize)
{
room.Resize(Math.Min(level.Width, roomWidth) + 1, Math.Min(level.Height, roomHeight) + 1);
}
else
{
room.SetSizeWithLimit(level.Width, level.Height);
}
room.SetPos((int)Math.Floor((level.Width - room.GetWidth()) / 2f), (int)Math.Floor((level.Height - room.GetHeight()) / 2f));
if (currentFloor == 0)
{
room.PaintFloor(level);
}
else if (currentFloor > 1)
{
FloorRegistry.Paint(level, room, currentFloor - 2);
}
if (currentWall == 0)
{
room.Paint(level);
}
else if (currentWall > 1)
{
WallRegistry.Paint(level, room, null, currentWall - 2);
}
level.TileUp();
}
private RegularRoom createRandomRegularRoom(List<ConcreteRoom> createdRooms, List<Vector2> candidateNeighbors, List<Vector2> lastInsertedNeighbors , float linearFactor, Dungeon dungeon)
{
Vector2 pivot = getRandomNeighbor(candidateNeighbors, lastInsertedNeighbors, linearFactor);
RegularRoom auxRoom = new RegularRoom((int)pivot.x, (int)pivot.y, dungeon.width, dungeon.height);
//don't allow duplicate room creation
while(createdRooms.IndexOf(auxRoom) >= 0)
{
pivot = getRandomNeighbor(candidateNeighbors, lastInsertedNeighbors, linearFactor);
auxRoom = new RegularRoom((int)pivot.x, (int)pivot.y, dungeon.width, dungeon.height);
}
return auxRoom;
}
