return WHITE
if self.position_has_been_painted():
return self.painted_points[self.position]
return BLACK
def paint_position(self, colour):
self.painted_points[self.position] = colour
painter = PainterRobot()
while True:
current_colour = painter.get_current_position_colour()
new_colour = amplifier.run_int_code([current_colour])
if (new_colour == None):
break
painter.paint_position(new_colour)
direction_to_turn = amplifier.run_int_code([])
painter.move(direction_to_turn)
print(len(painter.painted_points))
for j in range(7):
result = ''
for i in range(45):
point = Point(i, j)
if tile == 2:
return "L"
if tile == 3:
return "_"
if tile == 4:
return "O"
cabinet = ArcadeCabinet()
score = 0
paddle_x = 0
inp = 0
while True:
x = amplifier.run_int_code([inp])
if x == None:
break
y = amplifier.run_int_code([])
if x == -1 and y == 0:
score = amplifier.run_int_code([])
else:
tile_type = amplifier.run_int_code([])
if tile_type == 4:
if paddle_x < x:
inp = 1
elif paddle_x > x:
inp = -1
else:
inp = 0
if tile_type == 3: