Put everything in 4DManager and wrote print board func

4DManager.py

@@ -1,7 +1,65 @@
-import metaBoard
+import bigBoard
 import smallBoard
 
+class small_board():
+	def __init__(self):
+		self.smallBoardList = ["X" for i in range(9)]
+
+class big_board(): #tic-tac-toe board object
+	def __init__(self):
+		self.bigBoardList = [small_board() for i in range(9)]
+
+	#prints out the board
+	def print_board(self):
+		print("#########################")
+		print("#       #       #       #")
+
+		for m in range(0,9,3):
+			for k in range(0, 9, 3):
+				toPrintString = "# "
+				for i in range(0, 3):
+					for j in range(0,3):
+						toPrintString += self.bigBoardList[i+m].smallBoardList[j+k]
+						if(j != 2):
+							toPrintString += "|"
+						else:
+							toPrintString += " # "
+
+				print(toPrintString)
+			if(m != 6):
+				print("#       #       #       #")
+				print("#########################")
+				print("#       #       #       #")
+		print("#       #       #       #")
+		print("#########################")
+
 class aGame():
+	numPlayers = 0
+
 	def __init__(self):
+		theBigBoard = big_board()
+	def getPlayers(self):
+		numPlayers = input("Number of Players: ")
+		playersSymbol = []
+		numPlayers = int(numPlayers)
+		for i in range(0, numPlayers):
+			isValidInput = False
+			while(not isValidInput):
+				inputAsk = "Player number " + str(i+1) + " symbol is : "
+				playersSymbol += input(inputAsk)
+				if(len(playersSymbol[i]) == 1):
+					isValidInput = True
+				else:
+					playersSymbol.pop()
+
+	def printPlayers(self):
+		for i in range(0, numPlayers):
+			print("Player " + i + " is symbol " + playerSymbol[i])
+
+	def startGame(self):
+		self.getPlayers()
 
-
+theGame = aGame()
+theGame.startGame()
+theGame.printPlayers()
+

bigBoard.py

@@ -1,22 +1,22 @@
 import smallBoard
 
-class meta_board(): #tic-tac-toe board object
+class big_board(): #tic-tac-toe board object
 	def __init__(self):
 		self.board_list = [tic_tac_toe_board() for i in range(9)] #create list of boards
 		self.win_list = [None for i in range(9)] #create empty list to hold the winners of the boards
 
 	def check_win_p(self): #returns the wining player
-	for player in ('x', 'o'): #iterate through the players
-		positions = set(get_player_wins(player)) #create a set of the boards the player has won
-		for win_line in win_combos: #iterate through every possible winning combination
-			win = True #set the default to True
-			for pos in win_line: #compare positions
-				if pos not in positions: #if any positions is not in the winnign combination
-					win = False #set it to False
-					break #escape loop
-			if win:
-				return player #return the winning player
-	return None #return None if no one won
+		for player in ('x', 'o'): #iterate through the players
+			positions = set(get_player_wins(player)) #create a set of the boards the player has won
+			for win_line in win_combos: #iterate through every possible winning combination
+				win = True #set the default to True
+				for pos in win_line: #compare positions
+					if pos not in positions: #if any positions is not in the winnign combination
+						win = False #set it to False
+						break #escape loop
+				if win:
+					return player #return the winning player
+		return None #return None if no one won
 
 	def get_player_wins(self, player): #returns a list of all boards the player has won
 		return [pos for pos, value in enumerate(self.win_list) if value == player]
@@ -29,4 +29,6 @@ def is_board_full(board_pos): #checks if specific board is full
 		if len(self.board_list[board_pos].available_moves()) == 0:
 			return True
 		else: 
-			return False
+			return False
+	def print_board(self):
+		pass