public Furniture(Vector2 pos, FurnitureType type, Room r) : base(pos)
{
this.type = type;
room = r;
}
public void GenerateFurniture()
{
foreach (Room ro in rooms)
{
if (ro != null)
{
foreach (string s in ro.type.furniture.Keys)
{
if ((float)r.NextDouble() < ro.type.furniture[s].chance) //If random chance...
{
switch (ro.type.furniture[s].anchor)
{
case FurnitureAnchor.top:
while (true)
{
int posX = r.Next(1, ro.roomSize.X - 1); // Random position for the furniture
if (tileMap[ro.roomPos.X + posX, ro.roomPos.Y]?.GetType() == typeof(Door) || tileMap[ro.roomPos.X + posX + 1, ro.roomPos.Y + 1]?.GetType() == typeof(Door) || tileMap[ro.roomPos.X + posX - 1, ro.roomPos.Y + 1]?.GetType() == typeof(Door))
{
continue; // Furniture is next to door, repeat random process
}
else
{
objectMap.Add(new Furniture(new Vector2(ro.roomPos.X + posX, ro.roomPos.Y + 1), FurnitureType.ParseFromXML(furnitureDocument, s), ro));
break;
}
}
break;
case FurnitureAnchor.sides:
while (true)
{
int posY = r.Next(2, ro.roomSize.Y - 1); // Random position for the furniture
if (r.Next(0, 2) == 0) // Spawn on the right or left side
{
// Left side
if (tileMap[ro.roomPos.X, ro.roomPos.Y + posY]?.GetType() == typeof(Door))
{
continue; // Furniture is next to door, repeat random process
}
else
{
objectMap.Add(new Furniture(new Vector2(ro.roomPos.X + 1, ro.roomPos.Y + posY), FurnitureType.ParseFromXML(furnitureDocument, s), ro));
break;
}
}
else
{
// Right side
if (tileMap[ro.roomPos.X + ro.roomSize.X - 1, ro.roomPos.Y + posY]?.GetType() == typeof(Door))
{
continue; // Furniture is next to door, repeat random process
}
else
{
objectMap.Add(new Furniture(new Vector2(ro.roomPos.X + ro.roomSize.X - 2, ro.roomPos.Y + posY), FurnitureType.ParseFromXML(furnitureDocument, s), ro));
break;
}
}
}
break;
case FurnitureAnchor.center:
break;
case FurnitureAnchor.corners:
break;
default:
break;
}
}
}
}
}
}
