Python tic-tac-toe

def win_sequence(current_turn):
    print(current_turn + ", you win!->")
    grid_draw()
    input('Press enter to end the game')
    global turn
    turn = 2

def grid_draw():
    print("\n  |1||2||3|")
    for rows, values in grid_h.items():
        print(f'{rows}-', end = '')
        for items in values:
            print(f"|{items}|", end = '')
        print("\n")

def row_input():
    value = input('Type row and press enter to continue\n')
    if value != '':
        value = int(value)
        if value  in accept_no:
            change_h[0] = int(value)
            change_v[1] = int(value) - 1 #-1 because it deals with the list and not the dict key
            column_input()
        else:
            row_input()
    else:
        row_input()


def column_input():
    value = input('Type column and press enter to continue\n')
    if value != '':
        value = int(value)
        if value  in accept_no:
            change_h[1] = int(value) - 1
            change_v[0] = int(value)
        else:
            column_input()
    else:
        column_input()

def reset():
    global value
    value = 0
    global accept_no
    accept_no = [1,2,3]
    global grid_h
    grid_h = { 1: ['0','0','0'], 2: ['0','0','0'], 3: ['0','0','0']}
    global grid_v
    grid_v = { 1: ['0','0','0'], 2: ['0','0','0'], 3: ['0','0','0']}
    global turn
    turn = 1
    global player_1
    player_1 = input("Player one name:")
    global player_2
    player_2 = input("Player two name:")
    global player_turn
    player_turn = player_1
    global change_h
    change_h = [0,0] #changes with inputs
    global change_v
    change_v = [0,0]

reset()
while turn == 1:
    grid_draw()
    #for rows, values in grid_v.items(): #displays the vertical grid without formatting
        #print(values)
    print(f"{player_turn}, it is your turn")

    row_input()

    if player_turn == player_1:
        if  grid_h[change_h[0]][change_h[1]] == '0':
            grid_h[change_h[0]][change_h[1]] = 'x'
            grid_v[change_v[0]][change_v[1]] = 'x'
        else:
            print('Area was occupied, please try again')
            row_input()
    else:
        if  grid_h[change_h[0]][change_h[1]] == '0':
            grid_h[change_h[0]][change_h[1]] = 'o'
            grid_v[change_v[0]][change_v[1]] = 'o'
        else:
            print('Area was occupied, please try again')
            row_input()

    if grid_h[1] == ['x','x','x'] or grid_h[2] == ['x','x','x'] or grid_h[3] == ['x','x','x'] or grid_v[1] == ['x','x','x'] or grid_v[2] == ['x','x','x'] or grid_v[3] == ['x','x','x']:
        win_sequence(player_turn)
    if grid_h[1] == ['o','o','o'] or grid_h[2] == ['o','o','o'] or grid_h[3] == ['o','o','o'] or grid_v[1] == ['o','o','o'] or grid_v[2] == ['o','o','o'] or grid_v[3] == ['o','o','o']:
        win_sequence(player_turn)
    if grid_h[1][2] == 'x' and grid_h[2][1] == 'x' and grid_h[3][0] == 'x' or grid_h[1][0] == 'x' and grid_h[2][1] == 'x' and grid_h[3][2] == 'x':
        win_sequence(player_turn)
    if grid_h[1][2] == 'o' and grid_h[2][1] == 'o' and grid_h[3][0] == 'o' or grid_h[1][0] == 'o' and grid_h[2][1] == 'o' and grid_h[3][2] == 'o':
        win_sequence(player_turn)

    if player_turn == player_1:
        player_turn = player_2
    else:
        player_turn = player_1

    if '0' not in [x for y in grid_h.values() for x in y]:
        print("Game Over: Draw!")
        grid_draw()
        input('Press enter to end the game')
        turn = 2