def ready(now):
pixels.fill(OFF)
k = int(now) % 2
for color, idx in OPTIONS.values():
pixels[idx] = color if k else OFF
after(0.2, ready)
pixels.show()
def ready(now):
pixels.fill(OFF)
k = int(now) % 2
for color, idx in OPTIONS.values():
pixels[idx] = color if k else OFF
after(0.2, ready)
pixels.show()
def finish(now):
pixels.fill(OFF)
for idx, value in enumerate(state.results):
if value:
pixels[idx] = REWARD[value]
pixels.show()
state.reset()
after(3, main)
def finish(now):
pixels.fill(OFF)
for idx, value in enumerate(State.results):
if value:
pixels[idx] = REWARD[value]
pixels.show()
State.reset()
after(3, main)
def play(now):
if not state.ready:
return
good = 1 if state.pos == 7 else 0
pixels.fill(REWARD[good])
pixels[state.pos] = REWARD[not good]
pixels.show()
state.results[state.round] = good
state.round += 1
state.pos = random.randint(0, 9)
after(0.5, main)
def play(now):
if not State.ready:
return
good = 1 if State.pos == 7 else 0
pixels.fill(REWARD[good])
pixels[State.pos] = REWARD[not good]
pixels.show()
State.results[State.round] = good
State.round += 1
State.pos = random.randint(0, 9)
after(0.5, main)
def main(now):
if not state.ready:
pixels.fill(OFF)
pixels[2] = FLASH[int(now) % 2]
pixels.show()
return after(0.1, main)
if state.round >= ROUNDS:
return after(0, finish)
after(SPEEDS[state.round], main)
state.pos += 1
if state.pos >= 10:
state.pos = 0
render()
def main(now):
if not State.ready:
pixels.fill(OFF)
pixels[2] = FLASH[int(now) % 2]
pixels.show()
return after(0.1, main)
if State.round >= ROUNDS:
return after(0, finish)
after(SPEEDS[State.round], main)
State.pos += 1
if State.pos >= 10:
State.pos = 0
render()
def fail(now):
print("fail")
state.phase = FAIL
pixels.fill(RED)
pixels.show()
if state.pos < 1:
after(0.5, clear)
after(1, fail)
state.pos = 1
else:
after(0.5, clear)
after(1, begin)
def fail(now):
print("fail")
state.phase = FAIL
pixels.fill(RED)
pixels.show()
if state.pos < 1:
after(0.5, clear)
after(1, fail)
state.pos = 1
else:
after(0.5, clear)
after(1, begin)
def show(now):
if state.pos < len(state.sequence):
name = state.sequence[state.pos]
print("show {}".format(name))
render(name)
state.pos += 1
after(0.5, clear)
after(0.75, show)
else:
clear()
state.watch()
after(TIMEOUT, fail)
def show(now):
if state.pos < len(state.sequence):
name = state.sequence[state.pos]
print("show {}".format(name))
render(name)
state.pos += 1
after(0.5, clear)
after(0.75, show)
else:
clear()
state.watch()
after(TIMEOUT, fail)
def press(now, color):
if state.phase == READY:
state.begin()
cancel(ready)
render(color, sound=False)
after(0.1, clear)
after(1, show)
elif state.phase == WATCH:
if color == state.sequence[state.pos]:
render(color)
after(0.5, clear)
state.pos += 1
if state.pos == len(state.sequence):
state.show()
after(1, show)
cancel(fail)
else:
after(TIMEOUT, fail)
else:
after(0, fail)
def begin(now):
state.reset()
enable_speaker(state.sound)
after(0.5, ready)
print("ready")
def begin(now):
state.reset()
enable_speaker(state.sound)
after(0.5, ready)
print("ready")
def press(now, color):
if state.phase == READY:
state.begin()
cancel(ready)
render(color, sound=False)
after(0.1, clear)
after(1, show)
elif state.phase == WATCH:
if color == state.sequence[state.pos]:
render(color)
after(0.5, clear)
state.pos += 1
if state.pos == len(state.sequence):
state.show()
after(1, show)
cancel(fail)
else:
after(TIMEOUT, fail)
else:
after(0, fail)