public void distributeStuff(int numPlayers)
{
Utility.Trace("Maze - distributeStuff");
// distribute keys (one for each door)
Sequence seq = new Sequence(2, this.getNumRooms());
// seq.shuffle();
int num_doors = this.getNumRooms() / 10;
int num_chests = this.getNumRooms() / 20;
int num_keys = num_doors /*+ num_chests*/ + 2;
if (GameEngine.instance.fDungeon.fCompleted)
{
num_keys = 0;
}
int no;
for (int i = 0; i < num_keys; i++)
{
no = seq.remove();
Room room = this.getRoom(no);
Utility.Assert(room.fKeys == 0, "Maze.initialize - room.getKeys() == 0");
room.fKeys = 1;
}
// distribute coins
int num_coins = this.getNumRooms() / 7 + 1 /*numPlayers*/;
for (int i = 0; i < num_coins /*8 * numPlayers*/; i++)
{
// no = fHermit.getRoomNumber();
// while (no == fHermit.getRoomNumber())
no = GameEngine.rand.range(2, this.getNumRooms());
Room room = this.getRoom(no);
// pile coins as high as possible
if (room.fCoins == 0)
{
// no = fHermit.getRoomNumber();
// while (no == fHermit.getRoomNumber())
no = GameEngine.rand.range(2, this.getNumRooms());
room = this.getRoom(no);
}
room.fCoins = room.fCoins + GameEngine.rand.range(0, GameEngine.instance.fDungeon.fNumber / 2);
}
// distribute carpets
// int num_carpets = this.getNumRooms() / 15 + 1;
int num_carpets = GameEngine.instance.fNumPlayers + this.getNumRooms() / 40;
for (int i = 0; i < num_carpets; i++)
{
Room room = null;
no = GameEngine.rand.range(2, this.getNumRooms());
room = this.getRoom(no);
room.fCarpets = room.fCarpets + 1;
}
// distribute arrows
int num_arrows = this.getNumRooms() / 10 + 1 /*numPlayers*/ + 1;
for (int i = 0; i < num_arrows /* 2 * numPlayers + 2 */; i++)
{
no = GameEngine.rand.range(2, this.getNumRooms());
Room room = this.getRoom(no);
room.fArrows = room.fArrows + GameEngine.rand.range(1, (GameEngine.instance.fDungeon.fNumber / 2) + 1);
}
// distribute axes
{
no = GameEngine.rand.range(2, this.getNumRooms());
Room room = this.getRoom(no);
room.fAxes = room.fAxes + 1;
}
// // distribute staffs
// for (int i = 0; i < GameEngine.instance.fDungeon.fNumber; i++)
// {
// if (GameEngine.rand.range(1, 10) == 1)
// {
// no = GameEngine.rand.range(2, this.getNumRooms());
// Room room = this.getRoom(no);
// room.fAxes = room.fAxes + 1;
// }
// }
// distribute springs of water
int num_springs = this.getNumRooms() / 10;
for (int i = 0; i < num_springs /* 5 */; i++)
{
Room room = null;
do
{
no = GameEngine.rand.range(2, this.getNumRooms());
room = this.getRoom(no);
} while (room.fWater > 0);
Utility.Assert(room.fWater == -1, "Maze.initialize - !room.hasWater()");
room.fWater = numPlayers * GameEngine.rand.range(10, 50);
}
// create chests
for (int iChest = 0; iChest < num_chests; iChest++)
{
Room target = null;
int maxCount = 0;
for (int i = 0; i < 100; ++i)
{
Room room = null;
while (room == null || room.hasChest() || room.hasDoor())
{
no = GameEngine.rand.range(1, fNumRooms);
room = this.getRoom(no);
}
int count = room.countItems() + room.fCoins;
if (count > maxCount)
{
target = room;
maxCount = count;
}
}
Utility.Assert(target != null, "Maze.initialize - target != null");
target.createChest();
if (GameEngine.rand.range(1, 2) == 1)
{
target.fChest.fPoisoned = true;
}
}
if (debug)
{
Room entry = this.getRoom(1);
entry.fCoins = 5;
entry.fKeys = 1;
entry.fCarpets = 1;
entry.fAxes = 1;
entry.fWater = 100;
// entry.createChest();
}
}
