Go-Game-Extra-Functions

full_move_list = []
active_move_list = []


def player_move(turn,board):
	

	if turn % 2 == 0:
		player = 1
	else:
		player = 2
	print "Player {}'s Turn".format(player)
	play = 0
	while play < 1:
		play_pass = raw_input("Play or pass: ").lower()
		if play_pass == "play" or play_pass == "":
			index1 = int(raw_input("Enter vertical index 1-9: "))
			index2 = int(raw_input("Enter horizontal index 1-9: "))
			if board[index2][index1][0] != 0:
				print "Sorry that space is taken, GO SOMEWHERE ELSE"
				continue
			else:			
				#if full_move_list[turn-2][1][2] = [index2][index1]:
				#	print "YOU ARE BREAKING KO, TRY AGAIN"
				#	continue
				if True :	
					play += 1
					full_move_list.append([player, index2, index1])
					active_move_list.append([player, index2, index1])
					print "18 {}".format(full_move_list)
					return player, index1, index2	

		#return chosen index
		elif play_pass == "pass":
			play += 1
			return 5,5,5
		else:
			pass
	

def make_board():
	board = [[[0, x, y] for y in range(0,9)]for x in range(0,9)]
	# y is vertical (index[1]) x is horizontal (index[2])
	return board

def print_board(board):
	for row in board:
		print row
   
   
def gameplay_logic(board, player):
	
	if player == 1:
		enemy_piece = 2
	else:
		enemy_piece = 1
		
	for row in board:
		for index in row:
			temp_list = []
	     		if index[0] == enemy_piece:
				temp_list.append([index[0], index[1], index[2]])
				search_all(enemy_piece, board, index[1], index[2], temp_list)
			else:
				pass
	       	
def search_all(enemy_piece, board, vertical_index, horizontal_index, temp_list):
	found = True
	while found:
		found = False
  		for item in temp_list:
			found_right_piece = search_right(board, item[1], item[2] )
			print "47 {}".format(found_right_piece) 
			if found_right_piece and found_right_piece not in temp_list and found_right_piece[0] == enemy_piece:
				print "49 {} ".format(temp_list)
				temp_list.append([found_right_piece[0], found_right_piece[1], found_right_piece[2]])
				found = True
			print "53 {} ".format(temp_list)
			

		for item in temp_list:
			found_down_piece = search_down(board, item[1], item[2] )
			if found_down_piece and found_down_piece not in temp_list and found_down_piece[0] == enemy_piece:
				temp_list.append([found_down_piece[0], found_down_piece[1], found_down_piece[2]])
				found = True

		for item in temp_list:
			found_left_piece = search_left(board, item[1], item[2] )
			if found_left_piece and found_left_piece not in temp_list and found_left_piece[0] == enemy_piece:
				temp_list.append([found_left_piece[0], found_left_piece[1], found_left_piece[2]])
				found = True

		for item in temp_list:
			found_up_piece = search_up(board, item[1], item[2] )
			if found_up_piece and found_up_piece not in temp_list and found_up_piece[0] == enemy_piece:
				temp_list.append([found_up_piece[0], found_up_piece[1], found_up_piece[2]])
				found = True
	print "72 {} ".format(temp_list)
	perimeter_ammend(board, enemy_piece, temp_list)	
	print "74 {} ".format(temp_list)


def search_right(board, vertical_index, horizontal_index):
	found_piece = board[vertical_index][horizontal_index+1]
      	return found_piece # THIS WILL BE ADDED TO OUR DICTIONARY
      
def search_down(board, vertical_index, horizontal_index):
  	found_piece = board[vertical_index-1][horizontal_index]
      	return found_piece # THIS WILL BE ADDED TO OUR DICTIONARY

def search_left(board, vertical_index, horizontal_index):
  	found_piece = board[vertical_index][horizontal_index-1]
      	return found_piece # THIS WILL BE ADDED TO OUR DICTIONARY

def search_up(board, vertical_index, horizontal_index):
  	found_piece = board[vertical_index+1][horizontal_index]
      	return found_piece # THIS WILL BE ADDED TO OUR DICTIONARY

def perimeter_ammend(board, enemy_piece, temp_list):
	for i in range(0, len(temp_list)):
		print "95 {}".format(temp_list[i][1])
		print "96 {}".format(temp_list)
		temp_list.append(search_right(board, temp_list[i][1], temp_list[i][2]))
		temp_list.append(search_down(board, temp_list[i][1], temp_list[i][2]))
		temp_list.append(search_left(board, temp_list[i][1], temp_list[i][2]))
		temp_list.append(search_up(board, temp_list[i][1], temp_list[i][2]))
	liberty = False	
	for i in range(0, len(temp_list)):
		if temp_list[i][0] == 0:
			liberty = True
		else:
			pass
	if not liberty:
		for i in range(0, len(temp_list)):
			if temp_list[i][0] == enemy_piece:
				board[temp_list[i][1]][temp_list[i][2]][0] = 0
			else:
				pass




def main():
	board = make_board()
	turn = 0	
	while True:
		print_board(board)
		print "\n\n"
		player, index1, index2 = player_move(turn, board)
		if player == 5:
			turn += 1
			continue
		board[index1][index2][0] = player
		
		gameplay_logic(board, player)

		turn += 1

main()