tictactoe.py

tictactoe.py

alphabet = 'ABCDEFGHIJKLMNOPQRSTUVWXYZ'



row_list = ['AAA', 'BBB', 'AAA']
bd = row_list[0] + row_list[1] + row_list[2]


"""
# List matrix for board
board = [[],[],[]]
i = 0
row_list = ['abc', 'cde','fgh']
board2 = 'abbaccdee'
bd = 'COWXXOABC'
for s in row_list:
    for c in s:
        board[i].append(c)
    i += 1
"""
"""
def print_row(row_list, n):
    return row_list[n-1]
def print_column(row_list,n):
    col = ''
    for i in range(3):
        col += row_list[i][n-1]
    return col
def print_down_diag(row_list):
    diag = ''
    for i in range(3):
        d_diag += row_list[i][i]
    return diag
 
def print_up_diag(row_list):
    u_diag = ''
    for i in range(3):
        diag += row_list[2-i][i]
    return diag
    
   
def pick_three(s,i,j,k):
    return [s[i-1], s[j-1],s[k-1]]
"""
# Define strings for the rows, colums and
# that must be checked.
row1 = bd[:3]
row2 = bd[3:6]
row3 = bd[6:]
col1 = '' + bd[0] + bd[3] + bd[6]
col2 = '' + bd[1] + bd[4] + bd[7]
col3 = '' + bd[2] + bd[5] + bd[8]
diag1 = '' + bd[0] + bd[4] + bd[8]
diag2 = '' + bd[2] + bd[4] + bd[6]

# Create a list of rows to check to use for iteration.
checklist = [row1, row2, row3, col1, col2, col3, diag1, diag2]
"""
print(checklist)
j=0
L =[] 
for i in alphabet:
    j += 1
    L.append(pick_three(board2,7,8,9).count(i))
print(L)
print(L.count(1), L.count(2))
"""
# Create the subsets of checklist that are wins for one monkey (singlewinnerlist) or two monkeys (double winnerlist).

countlist = []
singlewinner = []
doublewinner = []
for s in checklist:
    for char in alphabet:
        countlist.append(s.count(char))
        if s.count(char) == 3:
            singlewinner.append(s)
        if s.count(char) == 2:
            doublewinner.append(s)


#print(countlist)
print('singlewinner: ', singlewinner)
print('doublewinner: ', doublewinner)


# print(countlist.count(2), countlist.count(3))

# Create a list of the monkeys that have a win on their own (singlewinnerlist) or with a partner (doublewinnerlist).  Note that it is important  count single monkeys and teams not wims!

singlewinnerlist = []
doublewinnerlist = []
for i in singlewinner:
    k = set(i)
    singlewinnerlist.append(k)

for i in doublewinner:
    k = set(i)
    if k not in doublewinnerlist:
        doublewinnerlist.append(k)

doublewinnerlist

print('winnerlists ', singlewinnerlist, doublewinnerlist)

print('\nThe solution is:')
print(len(singlewinnerlist))
print(len(doublewinnerlist))