Robotti

import time
square = int(input())
ruudukko = []

robotti_x = 0
robotti_y = -1

def check_if_robot_outside(n, x, y):
    if x > n-1:
        return False
    elif x < 0:
        return False
    elif y > n-1:
        return False
    elif y < 0:
        return False
    else:
        return True

for i in range(square):
    rivi = input()
    riviarray = []
    for i in range(len(rivi)):
        riviarray.append(rivi[i])
    ruudukko.append(riviarray)

print(square)
print(ruudukko)

move = True
next_move_left = False
next_move_right = False
next_move_up = False
next_move_down = False
moves = 0
skip = False
robotti_y = -1

print(robotti_x, robotti_y)

while move == True:
    if next_move_left:
        next_move_left = False
        robotti_x = robotti_x - 1
        move = check_if_robot_outside(square, robotti_x, robotti_y)
        moves = moves + 1
        
        if move == True:
            inner = ruudukko[robotti_y]
            inspect = inner[robotti_x]

            if inspect == "/":
                next_move_down = True
                ruudukko[robotti_y][robotti_x] = "\\"
                skip = True
            elif inspect == "\\":
                next_move_up = True
                ruudukko[robotti_y][robotti_y] = "/"
                skip = True

            skip = False
            print(robotti_x, robotti_y)

    elif next_move_right:
        next_move_right = False
        robotti_x = robotti_x + 1
        move = check_if_robot_outside(square, robotti_x, robotti_y)
        moves = moves + 1

        if move == True:
            inner = ruudukko[robotti_y]
            inspect = inner[robotti_x]

            if inspect == "/":
                next_move_up = True
                ruudukko[robotti_y][robotti_x] = "\\"
                skip = True
            elif inspect == "\\":
                next_move_down = True
                ruudukko[robotti_y][robotti_x] = "/"
                skip = True

            skip = False
            print(robotti_x, robotti_y)

    elif next_move_down == True:
        next_move_down = False
        robotti_y = robotti_y - 1
        move = check_if_robot_outside(square, robotti_x, robotti_y)
        moves = moves + 1

        if move == True:
            inner = ruudukko[robotti_y]
            inspect = inner[robotti_x]

            if inspect == "/":
                next_move_left = True
                ruudukko[robotti_y][robotti_x] = "\\"
                skip = True
            elif inspect == "\\":
                next_move_right = True
                ruudukko[robotti_y][robotti_x] = "/"
                skip = True

            skip = False
            print(robotti_x, robotti_y)

    elif next_move_up == True:
        next_move_up = False
        robotti_y = robotti_y + 1
        move = check_if_robot_outside(square, robotti_x, robotti_y)
        moves = moves + 1
        
        if move == True:
            inner = ruudukko[robotti_y]
            inspect = inner[robotti_x]

            if inspect == "/":
                next_move_right = True
                ruudukko[robotti_y][robotti_x] = "\\"
                skip = True
            elif inspect == "\\":
                next_move_left = True
                ruudukko[robotti_y][robotti_x] = "/"
                skip = True

            skip = False
            print(robotti_x, robotti_y)

    else:
        robotti_y = robotti_y + 1
        move = check_if_robot_outside(square, robotti_x, robotti_y)
        moves = moves + 1

        if move == True:
            inner = ruudukko[robotti_y]
            inspect = inner[robotti_x]

            if inspect == "/":
                next_move_left = True
                ruudukko[robotti_y][robotti_x] = "\\"
                skip = True
            elif inspect == "\\":
                next_move_right = True
                ruudukko[robotti_y][robotti_x] = "/"
                skip = True

            skip = False
            print(robotti_x, robotti_y)

print(moves)

Test 1 (public)

Verdict: WRONG ANSWER

Test 2

Verdict: WRONG ANSWER

Test 3

Verdict: WRONG ANSWER

Test 4

Verdict: WRONG ANSWER

Test 5

Verdict: WRONG ANSWER

Test 6

Verdict: WRONG ANSWER