internal List <IDoor> GenerateDoors(RoomPlacement room)
{
var listOfRoomSides = new List <EntranceSide>();
if (room == RoomPlacement.LeftUpper)
{
listOfRoomSides.Add(EntranceSide.Right);
listOfRoomSides.Add(EntranceSide.Bottom);
}
if (room == RoomPlacement.LeftLower)
{
listOfRoomSides.Add(EntranceSide.Top);
listOfRoomSides.Add(EntranceSide.Right);
}
if (room == RoomPlacement.RightUpper)
{
listOfRoomSides.Add(EntranceSide.Left);
listOfRoomSides.Add(EntranceSide.Bottom);
}
if (room == RoomPlacement.RightLower)
{
listOfRoomSides.Add(EntranceSide.Left);
listOfRoomSides.Add(EntranceSide.Top);
}
if (room == RoomPlacement.Center)
{
listOfRoomSides.Add(EntranceSide.Bottom);
listOfRoomSides.Add(EntranceSide.Top);
listOfRoomSides.Add(EntranceSide.Left);
listOfRoomSides.Add(EntranceSide.Right);
}
if (room == RoomPlacement.CorrindorVerticalRight || room == RoomPlacement.CorrindorVerticalLeft)
{
listOfRoomSides.Add(EntranceSide.Top);
listOfRoomSides.Add(EntranceSide.Bottom);
}
if (room == RoomPlacement.CorrindorHorizontalTop || room == RoomPlacement.CorrindorHorizontalBottom)
{
listOfRoomSides.Add(EntranceSide.Right);
listOfRoomSides.Add(EntranceSide.Left);
}
var res = new List <IDoor>();
while (listOfRoomSides.Count > 0)
{
List <Wall> wall = sides[listOfRoomSides[0]];
res.Add(CreateDoor(wall[wall.Count / 2]) as Door);
listOfRoomSides.RemoveAt(0);
}
return(res);
}
public void CalculateCorridorPosition(List <DungeonNode> nodes, DungeonNode node1, DungeonNode node2, GenerationInfo infoCorridor)
{
if (node1.Placement == RoomPlacement.LeftUpper)
{
infoCorridor.MinNodeSize = new Size(Node2Position.X - node1.Width + wallLength[3], 4);
CorridorPosition = new Point(node1.Width - wallLength[1], Node1Position.Y + (node1.Height / 2) - wallLength[1]);
placement = RoomPlacement.CorrindorHorizontalTop;
}
if (node1.Placement == RoomPlacement.RightUpper)
{
infoCorridor.MinNodeSize = new Size(4, Node2Position.Y - node1.Height + wallLength[3]);
CorridorPosition = new Point(Node1Position.X + (node1.Width / 2) - wallLength[1], node1.Height - wallLength[1]);
placement = RoomPlacement.CorrindorVerticalRight;
}
if (node1.Placement == RoomPlacement.RightLower)
{
infoCorridor.MinNodeSize = new Size(bottomLenght - node2.Width + wallLength[3], 4);
CorridorPosition = new Point(node2.Width - wallLength[1], Node2Position.Y + (node2.Height / 2) - wallLength[1]);
placement = RoomPlacement.CorrindorHorizontalBottom;
}
if (node1.Placement == RoomPlacement.LeftLower)
{
infoCorridor.MinNodeSize = new Size(4, Node1Position.Y - node2.Height + wallLength[3]);
CorridorPosition = new Point((node2.Width / 2) - wallLength[1], node2.Height - wallLength[1]);
placement = RoomPlacement.CorrindorVerticalLeft;
}
if (node1.Placement == RoomPlacement.CorrindorHorizontalTop)
{
infoCorridor.MinNodeSize = new Size(4, centralRoomPosition - (nodes[(int)RoomPlacement.LeftUpper].Height / 2) + wallLength[1]);
CorridorPosition = new Point(centralRoomPosition + (node2.Width / 2) - wallLength[1], (nodes[(int)RoomPlacement.LeftUpper].Height / 2) + wallLength[1]);
placement = RoomPlacement.CorrindorVerticalRight;
}
if (node1.Placement == RoomPlacement.CorrindorVerticalRight)
{
infoCorridor.MinNodeSize = new Size(upperLenght - centralRoomPosition - node2.Width + (nodes[(int)RoomPlacement.RightUpper].Width / 2) + wallLength[2], 4);
CorridorPosition = new Point(centralRoomPosition + node2.Width - wallLength[1], centralRoomPosition + (node2.Height / 2) - wallLength[1]);
placement = RoomPlacement.CorrindorHorizontalTop;
}
if (node1.Placement == RoomPlacement.CorrindorHorizontalBottom)
{
infoCorridor.MinNodeSize = new Size(4, leftLenght - centralRoomPosition + (nodes[(int)RoomPlacement.LeftLower].Height / 2) - node2.Height + wallLength[2]);
CorridorPosition = new Point(centralRoomPosition + (node2.Width / 2) - wallLength[1], centralRoomPosition + node2.Height - wallLength[1]);
placement = RoomPlacement.CorrindorVerticalLeft;
}
if (node1.Placement == RoomPlacement.CorrindorVerticalLeft)
{
infoCorridor.MinNodeSize = new Size(12 - (nodes[(int)RoomPlacement.LeftUpper].Width / 2) + wallLength[1], 4);
CorridorPosition = new Point((nodes[(int)RoomPlacement.LeftUpper].Width / 2) + wallLength[1], centralRoomPosition + (node2.Height / 2) - wallLength[1]);
placement = RoomPlacement.CorrindorHorizontalBottom;
}
}
/**
* Functie om de huidige ruimte op te slaan
*/
public void SubmitRoom()
{
if (SelectedPoints.Count() < 3)
{
MessageQueue.Enqueue("Voer a.u.b. meer dan 2 punten in.");
return;
}
// bepaal de kleinste x waarde
Position smallestX = SelectedPoints.Aggregate((p1, p2) => p1.X < p2.X ? p1 : p2);
// bepaal de kleinste y waarde
Position smallestY = SelectedPoints.Aggregate((p1, p2) => p1.Y < p2.Y ? p1 : p2);
// maakt de kamer zo hoog en links mogelijk
List <Position> OffsetPositions = new List <Position>();
foreach (Position position in SelectedPoints)
{
OffsetPositions.Add(new Position(position.X - smallestX.X, position.Y - smallestY.Y));
}
Debug.WriteLine(FramePoints.Count);
List <RoomPlacement> framePositions = new List <RoomPlacement>();
foreach (Frame frame in FramePoints)
{
framePositions.Add(
new RoomPlacement(
RoomPlacement.FromDimensions(frame.X - smallestX.X, frame.Y - smallestY.Y), frame.Rotation,
frame.Type
)
);
}
Room room = new Room(Name, Room.FromList(OffsetPositions), framePositions);
if (RoomService.Instance.Save(room) != null)
{
//opent successvol dialoog
MessageQueue.Enqueue("De kamer is succesvol opgeslagen.");
return;
}
//opent onsuccesvol dialoog
MessageQueue.Enqueue("Er is iets misgegaan tijdens het opslaan, probeer het nog een keer.");
}
public List <Position> MakeRoom(Room selectedroom)
{
SelectedPoints = Room.ToList(selectedroom.Positions);
Position Last = new Position(-1, -1);
foreach (Position pos in SelectedPoints)
{
if (!Last.Equals(new Position(-1, -1)))
{
if (Last.Y == pos.Y)
{
// als het getal negatief is moet er naar links worden getekend, positief is rechts
bool toRight = Last.X - pos.X >= 0;
// zolang het vorige coordinaat kleiner is
int i = Last.X;
while (i != pos.X)
{
Last = new Position(i, Last.Y);
BorderPoints.Add(Last);
if (toRight)
{
i -= 25;
}
else
{
i += 25;
}
}
}
else
{
bool toBottom = Last.Y - pos.Y >= 0;
int i = Last.Y;
// zolang het vorige coordinaat kleiner is
while (i != pos.Y)
{
Last = new Position(Last.X, i);
BorderPoints.Add(Last);
if (toBottom)
{
i -= 25;
}
else
{
i += 25;
}
}
}
Last = new Position(pos.X, pos.Y);
}
else
{
Last = new Position(pos.X, pos.Y);
}
}
// Voeg de room frames toe
foreach (RoomPlacement placement in selectedroom.RoomPlacements)
{
Position pos = RoomPlacement.ToPosition(placement.Positions);
Frame frame = new Frame(pos.X, pos.Y, placement.Type)
{
AttachedPosition = CalculateNextPositionFromAngle(placement.Rotation, pos.X, pos.Y)
};
FramePoints.Add(frame);
}
LastSelected = SelectedPoints.Last();
return(SelectedPoints);
}
