def render(self, strike):
if self.solved:
return self.get_image('#0f0'), 'render.png'
led = '#f00' if strike else '#fff'
if self.cycle is None:
return self.get_image('#f00' if strike else '#fff'), 'render.png'
with Image() as im:
for column in self.cycle:
first = True
for _ in range(6):
modules.gif_append(im, self.get_image(led),
200 if first else 100)
first = False
self.positions[column] = (self.positions[column] + 1) % 6
return modules.gif_output(im)
def render(self, strike):
if self.solved:
return SimonSays.get_image(None, '#0f0'), 'render.png'
led = '#f00' if strike else '#fff'
with Image() as im:
def add(color, delay):
modules.gif_append(im, SimonSays.get_image(color, led), delay)
add(None, 200)
first = True
for color in self.sequence[:self.progress + 1]:
if not first:
add(None, 10)
add(color, 60)
first = False
return modules.gif_output(im)
def render(self, strike):
if self.solved:
return self.get_image(False, '#0f0'), 'render.png'
led = '#f00' if strike else '#fff'
on = self.get_image(True, led)
off = self.get_image(False, led)
with Image() as im:
def add(frame, units):
modules.gif_append(im, frame, units * DOT_LENGTH)
for letter in self.word:
add(off, 3)
first_signal = True
for signal in modules.utils.LETTER_TO_MORSE[letter]:
if not first_signal: add(off, 1)
first_signal = False
add(on, 3 if signal == '-' else 1)
add(off, 4)
return modules.gif_output(im)