import turtle as tl
import random as rd
#setup
tl.setup(600,600,None,None)
tl.hideturtle()
tl.colormode(255)
t = tl.Turtle()
t.color("Blue")
t.goto(100,0)
t2 = tl.Turtle()
t2.color("Red")
t2.goto(-100,0)
tl.tracer(1)
che = tl.Turtle()
che.color("Yellow")
che.shape("square")
che.up()
che.goto(-600,600)

#CENÁRIO

#moldura
tl.tracer(0)
tl.color("black")
tl.up()
tl.goto(-300,-300)
tl.down()
tl.goto(-300,300)
tl.goto(300,300)
tl.goto(300,-300)

#queijo
possible_pos = [(200,250),(-100,-250), (250,-250),(-50,200),(100,-150),(100,0)]

#linhas
tl.bgcolor((205, 133, 63))
for _ in range(-6, 6):
    tl.color((139, 69, 19))
    tl.up()
    tl.goto(-300, _ * 50)
    tl.down()
    tl.goto(300, _ * 50)
    tl.up()

tl.color("light blue")
tl.goto(-300, 300)
tl.down()
tl.begin_fill()

#parede
tl.goto(-300, 250)
tl.goto(300, 250)
tl.goto(300,300)
tl.end_fill()

#casa de rato
tl.up()
tl.goto(170, 250)
tl.color("black")
tl.down()
tl.begin_fill()
tl.goto(190,250)
tl.goto(190,260)
tl.left(90)
tl.circle(10, 180)
tl.end_fill()

#FIM-CENÁRIO
tl.update()
tl.tracer(1)


#funções
tem_queijo = False
    #pass

def colide():
    rng = rd.randint(0,5)
    chance_tocheese = rd.randint(0,100)
    if t.distance(t2) < 10 and tem_queijo == False:
        print("Vitoria do Gato")
        tl.bye()
    elif t.pos()[1] > 250 or t.pos()[1] < -300 or t.pos()[0] > 300 or t.pos()[0] <- 300:
         t.goto(0,0)

    elif t2.pos()[1] > 250 or t2.pos()[1] < -300 or t2.pos()[0] > 300 or t2.pos()[0] < -300:
         t2.goto(0,0)
    if chance_tocheese <= 5:
        tl.tracer(0)
        che.goto(possible_pos[rng])
        tl.update()
        tl.tracer(1)
    if t.distance(che) < 10:
        print("queijo coletado!")
        tem_queijo = True
        che.hideturtle()
        if t.distance(t2) < 10:
            print("Vitoria do Rato!")
        


    
    

    


def godir():
    tl.tracer(0)
    t.seth(0)
    t.forward(50)
    tl.update()
    tl.tracer(1)
    colide()
    
    
    #pass
def goleft():
    tl.tracer(0)
    t.seth(180)
    t.forward(50)
    tl.update()
    tl.tracer(1)
    colide()
    
    
    #pass
def goup():
    tl.tracer(0)
    t.seth(90)
    t.forward(50)
    tl.update()
    tl.tracer(1)
    colide()
    
   
    #pass
def godown():
    tl.tracer(0)
    t.seth(270)
    t.forward(50)
    tl.update()
    tl.tracer(1)
    colide()
   
    
   # pass



#segunda tartaruga
def godir2():
    tl.tracer(0)
    t2.seth(0)
    t2.forward(50)
    tl.update()
    tl.tracer(1)
    colide()
    
   
    #pass
def goleft2():
    tl.tracer(0)
    t2.seth(180)
    t2.forward(50)
    tl.update()
    tl.tracer(1)
    colide()
    
    
    #pass
def goup2():
    tl.tracer(0)
    t2.seth(90)
    t2.forward(50)
    tl.update()
    tl.tracer(1)
    colide()
    
    
    #pass
def godown2():
    tl.tracer(0)
    t2.seth(270)
    t2.forward(50)
    tl.update()
    tl.tracer(1)
    colide()
    #pass





#execução
tl.onkeypress(godir,"d")
tl.onkeypress(goleft,"a")
tl.onkeypress(goup,"w")
tl.onkeypress(godown, "s")
tl.onkeypress(godir2,"Right")
tl.onkeypress(goleft2,"Left")
tl.onkeypress(goup2,"Up")
tl.onkeypress(godown2, "Down")
tl.listen()

#loop
tl.mainloop()