def track(move=False):
tommy.seth(tommy.towards(tina))
if intersect(tina, tommy):
tommy.write("tag!")
elif move:
tommy.forward(9)
else:
tommy.forward(1)
checkpos([tina, tommy], screen)
screen.tracer(1)
def track(self, move=False):
self.seth(self.towards(self.target))
if intersect(self.target, self):
self.write("tag!")
elif move:
self.forward(9)
else:
self.forward(1)
checkpos([self.target, self], screen)
screen.tracer(1)
def track(self, move=False):
self.seth(self.towards(self.target))
if intersect(self.target, self):
self.write("tag!")
elif move:
self.forward(9)
else:
self.forward(1)
checkpos([self.target, self], screen)
screen.tracer(1)
def play():
# Tell the screen to listen for key presses
screen.listen()
# Check boxes' hit state
hits = []
for box in boxturtles:
hits.append(box.hit)
# If all boxes are hit, the game is over!
if False not in hits:
printwin(tina)
return
mover = choice(boxturtles)
if not mover.hit:
mover.move()
checkpos(boxturtles)
# start the function over in 100 miliseconds (.1 seconds)
screen.ontimer(play, 100)
def play():
# Tell the screen to listen for key presses
screen.listen()
# Check boxes' hit state
hits = []
for box in boxturtles:
hits.append(box.hit)
# If all boxes are hit, the game is over!
if False not in hits:
printwin(tina)
return
mover = choice(boxturtles)
if not mover.hit:
mover.move()
checkpos(boxturtles)
# start the function over in 100 miliseconds (.1 seconds)
screen.ontimer(play, 100)
def play():
# Tell the screen to listen for key presses
screen.listen()
global level_index
# Check boxes' hit state
hits = []
for box in boxturtles:
hits.append(box.hit)
scorecounter.update(hits.count(True))
# Boomradius
boomradius = (hits.count(True) +
1) * game_levels[level_index]["box_minspeed"] * 1.5
mover = choice(boxturtles)
if not mover.hit:
mover.move()
# Sometimes,a turtle will awaken
else:
if randint(0, 1500) < level_index * len(boxturtles):
mover.awaken()
# If all boxes are hit, the game is over!
if False not in hits:
for box in boxturtles:
box.hideturtle()
level_index += 1
if level_index < len(game_levels):
# Save score
scorecounter.total += hits.count(True)
tina.clear()
turtle.hideturtle()
turtle.penup()
turtle.write(game_levels[level_index]['title'],
font=("Arial", 30),
align="center")
sleep(2)
turtle.clear()
# Next level
setup_level(game_levels[level_index], screen)
# Update level display
levelcounter.update(level_index)
else:
printwin()
return
checkpos(boxturtles)
# Vary loop speed with number of turtles
screen.ontimer(play, 200 / len(boxturtles))
def track(self, move=False):
screen.tracer(0)
self.seth(self.towards(self.target) + random.randint(-25, 25))
self.width(self.distance(self.target.pos()) // 20)
if intersect(self.target, self):
x, y = self.pos()
c1 = abs(x)
c2 = abs(y)
c3 = max(256, abs(sum([x, y])))
self.color((c1, c2, c3))
self.penup()
self.goto(self.start)
self.pendown()
elif move:
self.forward(9 + random.randint(-4, 0))
else:
self.forward(1)
checkpos([self.target, self], screen)
screen.tracer(1)
def track(self, move=False):
screen.tracer(0)
self.seth(self.towards(self.target) + random.randint(-25,25))
self.width(self.distance(self.target.pos()) //20)
if intersect(self.target,self):
x,y = self.pos()
c1 = abs(x)
c2 = abs(y)
c3 = max(256, abs(sum([x,y])))
self.color((c1, c2, c3))
self.penup()
self.goto(self.start)
self.pendown()
elif move:
self.forward(9+random.randint(-4,0))
else:
self.forward(1)
checkpos([self.target,self],screen)
screen.tracer(1)
def play():
# Tell the screen to listen for key presses
screen.listen()
global level_index
# Check boxes' hit state
hits = []
for box in boxturtles:
hits.append(box.hit)
scorecounter.update(hits.count(True))
# Boomradius
boomradius = (hits.count(True)+1) * game_levels[level_index]["box_minspeed"] * 1.5
mover = choice(boxturtles)
if not mover.hit:
mover.move()
# Sometimes,a turtle will awaken
else:
if randint(0,1500) < level_index * len(boxturtles):
mover.awaken()
# If all boxes are hit, the game is over!
if False not in hits:
for box in boxturtles:
box.hideturtle()
level_index += 1
if level_index < len(game_levels):
# Save score
scorecounter.total += hits.count(True)
tina.clear()
turtle.hideturtle()
turtle.penup()
turtle.write(game_levels[level_index]['title'], font = ("Arial", 30), align = "center")
sleep(2)
turtle.clear()
# Next level
setup_level(game_levels[level_index], screen)
# Update level display
levelcounter.update(level_index)
else:
printwin()
return
checkpos(boxturtles)
# Vary loop speed with number of turtles
screen.ontimer(play, 200/len(boxturtles))
def go_backward(): tina.backward(10) check_intersect() checkpos([tina])
def go_forward(): tina.forward(10) check_intersect() checkpos([tina])
def go_backward():
tina.backward(10)
check_intersect()
checkpos([tina])
def go_forward():
tina.forward(10)
check_intersect()
checkpos([tina])
