import time
class Player:
    def __init__(self):
        self.y = 2
        self.x = 2
        self.steps = 0
        self.rotation = 1
        self.last = 1
        self.p = 0
    def move(self, map, m_y, m_x):
        map[self.y][self.x]= str(self.last)
        self.last = 0 if  map[self.y+m_y][self.x+m_x] == " " or "x" else int(map[self.y+m_y][self.x+m_x]) + 1
        map[self.y+m_y][self.x+m_x]= "p"
        self.y += m_y
        self.x += m_x
        self.steps = self.steps+1


    def check(self, map):
        rotation = {
            0: (1,0),
            1: (0,1),
            2: (-1,0),
            3: (0,-1)
        }
        male = 100
        male_rot = 100
        # print(map, self.y, self.x)
        for i in range(4):
            self.steps += 1
            m_y,m_x = rotation[(i+self.rotation)%4]
      #      print("in for rot = {}, self.rot = {}, map = {}, i={}".format(rotation[(i + self.rotation) % 4],
#                                                                          (self.rotation + i - 1) % 4,
#                                                                           map[self.y + m_y][self.x + m_x], i))
            if (map[self.y + m_y][self.x + m_x] == " "):
                # self.rotation = (self.rotation + i - 1) % 4

                male = -1
                male_rot = i
                # return m_y, m_x

            elif (map[self.y + m_y][self.x + m_x] =="k"):
                print("hopaj siupaj wygrałeś!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!", self.steps+1)
                time.sleep(34.5)
                self.rotation = (self.rotation + i - 1) % 4
                return m_y, m_x
            else:
                p = map[self.y+m_y][self.x+m_x] if map[self.y+m_y][self.x+m_x] != "x" else 100
                p = int(p)
                if (p < male):
                    male = p
                    male_rot = i



        # print("after for rot = {}, self.rot = {}, map = {}, i={}".format(rotation[(i + self.rotation) % 4],
        #                                                                  (self.rotation + i - 1) % 4,
        #                                                                  map[self.y + m_y][self.x + m_x], i))


        m_y,m_x = rotation[(male_rot + self.rotation)%4]
        self.rotation = (self.rotation + male_rot -1)%4
        return m_y,m_x



class Labirynt:
    def __init__(self, name):
        labirynt_file = open(name, "r")
        labirynt_map = labirynt_file.readlines()
        labirynt_file.close()
        for index_map, string_map in enumerate(labirynt_map):
            labirynt_map[index_map] = list(string_map)[:-1]
        # print(labirynt_map)
        self.map = labirynt_map

    def print_map(self):
   #     print('\033[91m'+"-"*10+'\033[92m')
        for i in self.map:
            i = "".join(i)
            i = i.replace(" ", ".")
            print('\033[92m'+i)
     #   print()

    def delete_map(self):
        pass
def go():
    y, x = player.check(labirynt.map)
    player.move(labirynt.map, y, x)


labirynt = Labirynt("lab2.txt")
labirynt.print_map()

player = Player()
player.move(labirynt.map, 2, 2)
#labirynt.print_map()


while(labirynt.map!= (0,0)):

    go()
    #labirynt.print_map()
    # time.sleep(0.3)

# co do zrobienia mam:
#       - powrót do danego punktu i start dalej
#       - cofam się tylko gdy nie mam innej drogi
#       -
#
#