public void placeLG_Rooms_rand(int minW, int maxW, int minH, int maxH, int numLG_Rooms)
{
int maxHorz = (int)Mathf.Floor(width / (maxW+6));
int maxVert = (int)Mathf.Floor(height / (maxH+6));
int maxNumLG_Rooms = maxHorz * maxVert;
numLG_Rooms = Mathf.Min(numLG_Rooms, maxNumLG_Rooms);
System.Collections.Generic.List<RandomRoom> tempLG_RoomList = new System.Collections.Generic.List<RandomRoom>();
RandomRoom theLG_Room;
for(int i = 0; i < numLG_Rooms; i++)
{
int xx = r.getIntInRange(0, width-maxW);
int yy = r.getIntInRange(0,height-maxH);
theLG_Room = new RandomRoom(xx,yy, minW, maxW, minH, maxH, r);
theLG_Room.garbage = r.getIntInRange(int.MinValue, int.MaxValue);
tempLG_RoomList.Add(theLG_Room);
//int widthDiff = maxW - theLG_Room.width;
//int heightDiff = maxH - theLG_Room.height
}
for(int j = 0; j < numLG_Rooms; j++)
{
theLG_Room = tempLG_RoomList[j];
Rect roomRect = new Rect(theLG_Room.x * tileWidth, theLG_Room.y * tileHeight, theLG_Room.width * tileWidth, theLG_Room.height * tileHeight);
Vector2 center = new Vector2(roomRect.x + Mathf.Floor(roomRect.width/2), roomRect.y + Mathf.Floor(roomRect.height/2));
roomCenterPoints.Add(center);
this.addLG_Room(theLG_Room);
rooms_sorted[center] = theLG_Room;
}//for
tempLG_RoomList.Sort(sortLG_Rooms);
//Using the data in the acutal level, figure out all the room connections
roomTree = new MinimumSpan(roomCenterPoints);
roomConnections = roomTree.createMinimumSpan();
}
//NEED TO REPLACE THIS WITH A SYSTEM THAT DOESN'T MAKE AS MANY OVERLAPPING ROOMS
public void placeLG_Rooms(int minW, int maxW, int minH, int maxH, int numLG_Rooms)
{
int maxLG_RoomsHorz = (int)Mathf.Floor(width/(maxW+3));
int maxLG_RoomsVert = (int)Mathf.Floor(height/(maxH+3));;
int maxNumLG_Rooms = maxLG_RoomsHorz * maxLG_RoomsVert;
numLG_Rooms = Mathf.Min(numLG_Rooms, maxNumLG_Rooms);
System.Collections.Generic.List<RandomRoom> tempLG_RoomList = new System.Collections.Generic.List<RandomRoom>();
RandomRoom theRoom;
//Track all the "buckets" that the "screen" can hold.
bool[,] screenBuckets = createEmptyScreenBucketsArray(maxLG_RoomsHorz, maxLG_RoomsVert);
//Loop until you've spawned all the rooms (numLG_Rooms)
for(var i=0; i<numLG_Rooms; i++)
{
//Choose a random bucket
int x = r.getIntInRange(0, maxLG_RoomsHorz-1);
int y = r.getIntInRange(0, maxLG_RoomsVert-1);
int maxTimesLooped = numLG_Rooms+r.getIntInRange(0, 5);
while(screenBuckets[x,y] == true && maxTimesLooped > 0)
{
//If the bucket is false set it to true and add a room within the bucket bounds
if(x < maxLG_RoomsHorz-1)
{
x++;
}//if
else
{
y++;
if(y > maxLG_RoomsVert-1)
{
y=0; //loop back around
}//if
x=0; //loop back around
}//else
maxTimesLooped--;
}//if
screenBuckets[x,y] = true;
theRoom = new RandomRoom(x*(maxW+3)+1,y*(maxH+3)+1, minW, maxW, minH, maxH, r);
theRoom.garbage = r.getIntInRange(int.MinValue, int.MaxValue);
tempLG_RoomList.Add(theRoom);
}
//tempLG_RoomList.Sort(sortLG_Rooms);
for(int j = 0; j < numLG_Rooms; j++)
{
theRoom = tempLG_RoomList[j];
Rect roomRect = new Rect(theRoom.x * tileWidth, theRoom.y * tileHeight, theRoom.width * tileWidth, theRoom.height * tileHeight);
Vector2 center = new Vector2(roomRect.x + Mathf.Floor(roomRect.width/2), roomRect.y + Mathf.Floor(roomRect.height/2));
roomCenterPoints.Add(center);
this.addLG_Room(theRoom);
rooms_sorted[center] = theRoom;
}//for
//Using the room placement data, figure out all the room connections
roomTree = new MinimumSpan(roomCenterPoints);
roomConnections = roomTree.createMinimumSpan();
}
