//please use settings in real generation, for dummy generator it can be skipped
//[Inject]
//DMISettingsInstaller.LevelSettings _settings;
//mock data for room generator
public IEnumerable <RoomMetaData> generate(int seed, ref IntVector2 levelSize)
{
if ((levelSize.x < 20) || (levelSize.y < 20))
{
throw new NotSupportedException("Can mock only on 20x20 or greater map");
}
IList <RoomMetaData> rooms = new List <RoomMetaData>();
RoomMetaData room1 = new RoomMetaData {
position = new IntVector2(2, 2),
size = new IntVector2(5, 6),
doorLocations = new List <IntVector2>
{
new IntVector2(4, 4)
},
hasExit = false,
hasStart = true
};
RoomMetaData room2 = new RoomMetaData
{
position = new IntVector2(7, 4),
size = new IntVector2(6, 8),
doorLocations = new List <IntVector2>
{
new IntVector2(0, 2),
new IntVector2(2, 7)
},
hasExit = true,
hasStart = false
};
RoomMetaData room3 = new RoomMetaData
{
position = new IntVector2(8, 12),
size = new IntVector2(4, 4),
doorLocations = new List <IntVector2>
{
new IntVector2(1, 0)
},
hasExit = false,
hasStart = false
};
rooms.Add(room1);
rooms.Add(room2);
rooms.Add(room3);
return(rooms);
}
private List <Room> CreateRooms(List <MapArea> area)
{
List <Room> rooms = new List <Room>();
RoomMetaData roomsMetaData = new RoomMetaData();
for (int i = 0; i < area.Count; i++)
{
int roomX = Random.Range(area[i].X + 3, area[i].X + 8);
int roomZ = Random.Range(area[i].Z + 3, area[i].Z + 8);
int roomWidth = Random.Range(roomsMetaData.MinimumRoomWidth, roomsMetaData.MaximumRoomWidth);
int roomHeight = Random.Range(roomsMetaData.MinimumRoomHeight, roomsMetaData.MaximumRoomHeight);
Room newRoom = new Room(roomX, roomZ, roomWidth, roomHeight);
rooms.Add(newRoom);
}
return(rooms);
}
public IEnumerable <RoomMetaData> generate(int seed, ref IntVector2 levelSize)
{
pathCount = _settings.mapModelPathCount;
modelRoomCount = _settings.mapModelRoomCount;
ModelRoom.sizeMaxX = _settings.roomsSettings.maxRoomSizeX;
ModelRoom.sizeMaxY = _settings.roomsSettings.maxRoomSizeY;
ModelRoom.sizeMinX = _settings.roomsSettings.minRoomSizeX;
ModelRoom.sizeMinY = _settings.roomsSettings.minRoomSizeY;
Random.InitState(seed);;
List <ModelRoom> MapModelRoomList = generateMapModelRoomList();
IList <RoomMetaData> rooms = new List <RoomMetaData>();
IntVector2 maxPosition = new IntVector2(0, 0);
IntVector2 minPosition = new IntVector2(0, 0);
foreach (ModelRoom modelRoom in MapModelRoomList)
{
if (maxPosition.x < modelRoom.rightX)
{
maxPosition.x = modelRoom.rightX;
}
if (maxPosition.y < modelRoom.topY)
{
maxPosition.y = modelRoom.topY;
}
if (minPosition.x > modelRoom.leftX)
{
minPosition.x = modelRoom.leftX;
}
if (minPosition.y > modelRoom.bottomY)
{
minPosition.y = modelRoom.bottomY;
}
}
levelSize.x = maxPosition.x - minPosition.x + 1;
levelSize.y = maxPosition.y - minPosition.y + 1;
foreach (ModelRoom modelRoom in MapModelRoomList)
{
RoomMetaData newRoom = new RoomMetaData();
newRoom.position.x = modelRoom.leftX - minPosition.x;
newRoom.position.y = modelRoom.bottomY - minPosition.y;
newRoom.size.x = modelRoom.rightX - modelRoom.leftX + 1;
newRoom.size.y = modelRoom.topY - modelRoom.bottomY + 1;
List <IntVector2> doorList = new List <IntVector2>();
foreach (ModelDoor door in modelRoom.doors)
{
doorList.Add(new IntVector2((int)door.startPosition.x - modelRoom.leftX, (int)door.startPosition.y - modelRoom.bottomY));
}
newRoom.doorLocations = doorList;
if (modelRoom == startRoom)
{
newRoom.hasStart = true;
}
if (modelRoom == endRoom)
{
newRoom.hasExit = true;
}
rooms.Add(newRoom);
}
return(rooms);
}
