from turtle import*
from time import*
screen=getscreen()
speed(0)

hero = Turtle()
hero.hideturtle()
lab = Turtle()
lab.speed(0)
lab.penup()
global u
u = 0

global prad
prad = False
global pab
pab = False

lab.goto(-120, -50)
lab.write("Pradėkite paspaudę Space", font=("Arial",15,"bold"))
lab.goto(-150, 20)
lab.write("Surinkite kuo daugiau pinigėlių.", font=("Arial",16,"bold"))

def pradz():
  global prad
  prad = True
  lab.clear()
screen.onkey(pradz, "space")





lab.goto(-150, -150)
lab.pendown()
lab.forward(300)
lab.forward(-300)
lab.left(90)
lab.forward(20)
lab.right(90)
lab.forward(300)
lab.forward(-300)
lab.left(90)
lab.forward(20)
lab.right(90)
lab.forward(300)
lab.forward(-300)
lab.left(90)
lab.forward(20)
lab.right(90)
lab.forward(300)
lab.forward(-300)
lab.left(90)
lab.forward(20)
lab.right(90)
lab.forward(300)
lab.forward(-300)
lab.left(90)
lab.forward(20)
lab.right(90)
lab.forward(300)
lab.forward(-300)
lab.left(90)
lab.forward(20)
lab.right(90)
lab.forward(300)
lab.forward(-300)
lab.left(90)
lab.forward(20)
lab.right(90)
lab.forward(300)
lab.forward(-300)
lab.left(90)
lab.forward(20)
lab.right(90)
lab.forward(300)
lab.forward(-300)
lab.left(90)
lab.forward(20)
lab.right(90)
lab.forward(300)
lab.forward(-300)
lab.left(90)
lab.forward(20)
lab.right(90)
lab.forward(300)
lab.forward(-300)
lab.left(90)
lab.forward(20)
lab.right(90)
lab.forward(300)
lab.forward(-300)
lab.left(90)
lab.forward(20)
lab.right(90)
lab.forward(300)
lab.forward(-300)
lab.left(90)
lab.forward(20)
lab.right(90)
lab.forward(300)
lab.forward(-300)
lab.left(90)
lab.forward(20)
lab.right(90)
lab.forward(300)
lab.forward(-300)
lab.left(90)
lab.forward(20)
lab.right(90)
lab.forward(300)



lab.penup()
lab.goto(-150, -150)
lab.forward(20)
lab.left(90)
lab.pendown()

lab.forward(300)
lab.forward(-300)
lab.right(90)
lab.forward(20)
lab.left(90)
lab.forward(300)
lab.forward(-300)
lab.right(90)
lab.forward(20)
lab.left(90)
lab.forward(300)
lab.forward(-300)
lab.right(90)
lab.forward(20)
lab.left(90)
lab.forward(300)
lab.forward(-300)
lab.right(90)
lab.forward(20)
lab.left(90)
lab.forward(300)
lab.forward(-300)
lab.right(90)
lab.forward(20)
lab.left(90)
lab.forward(300)
lab.forward(-300)
lab.right(90)
lab.forward(20)
lab.left(90)
lab.forward(300)
lab.forward(-300)
lab.right(90)
lab.forward(20)
lab.left(90)
lab.forward(300)
lab.forward(-300)
lab.right(90)
lab.forward(20)
lab.left(90)
lab.forward(300)
lab.forward(-300)
lab.right(90)
lab.forward(20)
lab.left(90)
lab.forward(300)
lab.forward(-300)
lab.right(90)
lab.forward(20)
lab.left(90)
lab.forward(300)
lab.forward(-300)
lab.right(90)
lab.forward(20)
lab.left(90)
lab.forward(300)
lab.forward(-300)
lab.right(90)
lab.forward(20)
lab.left(90)
lab.forward(300)
lab.forward(-300)
lab.right(90)
lab.forward(20)
lab.left(90)
lab.forward(300)
lab.forward(-300)
lab.right(90)
lab.forward(20)
lab.left(90)
lab.forward(300)
lab.forward(-300)
lab.right(90)


penup(); sety(150); setx(-150); pendown()

map=[
     '###############',
     '#~  ~       ~~#',
     '#~~ ~ ~~~ ~  ~#',
     '# ~   ~~  ~ ~~#',
     '# ~~~~~~ ~  ~~#',
     '# ~       ~   #',
     '# ~~~~~~~ ~~~ #',
     '#~~       ~   #',
     '#   ~~~~~ ~~~~#',
     '# ~~~   ~     #',
     '#     ~ ~ ~~~ #',
     '# ~ ~~~ ~~~   #',
     '#~~ ~~~   ~~~ #',
     '#   ~   ~   ~ #',
     '###############'
]






for row in map:
    for cell in row:
        if cell == '#': color('black')
        if cell == '~': color('blue')
        if cell != ' ':
            begin_fill()
            for x in range(4): forward(20); right(90)
            end_fill()
        forward(20)
    forward(-300)

    right(90); forward(20); left(90)
hero.penup()
hero.goto(120, -120)


penup(); goto(-163, 157); setheading(0);
for nr in range(16):  write( nr ); forward( 20 );
penup(); goto(-163, 157); setheading(270);
for nr in range(16):  write( nr ); forward( 20 );

hero.fillcolor("orange")


def go_right():

  hero.step = 5



def go_left():

    hero.step = -5


def go_up():

    hero.yy = 5
def go_down():

    hero.yy = -5

screen.onkey(go_left, "Left")

screen.onkey(go_right, "Right")

screen.onkey(go_up, "Up")

screen.onkey(go_down, "Down")

screen.listen()






def  react_to_cell():
     cell = map[ hero.row ] [ hero.col ]
     if cell == '#' or cell == "~":
          hero.write('čia negalima eiti!')