def on_rotate(self, ccw): self.board.ClearDigitalChannel(self.index) if ccw: self.index = (self.index - 1) if self.index > 1 else 8 else: self.index = (self.index + 1) if self.index < 8 else 1 self.board.SetDigitalChannel(self.index) self.counter += 1 print self.counter beep([self.counter], [5.0]) return True
def main3():
k = pyk8055.k8055(0)
get_values(k)
old_octave = 0
all_frequencies = []
all_durations = []
try:
while True:
frequencies = []
durations = []
mask = VALUES[1]
analog1 = VALUES[2]
analog2 = float(VALUES[3])
inputs = mask_to_bool_list(mask)
true_inputs = float(len([input for input in inputs if input]))
new_octave = divmod(analog1, 32)[0] + 1
dur_mod = (analog2 / 127.0) ** 2
thread.start_new_thread(get_values, (k, ))
if new_octave != old_octave:
k.ClearDigitalChannel(old_octave)
k.SetDigitalChannel(new_octave)
old_octave = new_octave
if inputs[0]:
frequencies.append(calculate_freq("C", new_octave, 0))
durations.append((100.0 * dur_mod) / true_inputs)
if inputs[1]:
frequencies.append(calculate_freq("D", new_octave, 0))
durations.append((100.0 * dur_mod) / true_inputs)
if inputs[2]:
frequencies.append(calculate_freq("E", new_octave, 0))
durations.append((100.0 * dur_mod) / true_inputs)
if inputs[3]:
frequencies.append(calculate_freq("F", new_octave, 0))
durations.append((100.0 * dur_mod) / true_inputs)
if inputs[4]:
frequencies.append(calculate_freq("G", new_octave, 0))
durations.append((100.0 * dur_mod) / true_inputs)
if mask > 0:
beep(frequencies, durations)
all_frequencies += frequencies
all_durations += durations
except KeyboardInterrupt:
time.sleep(1)
print "Replaying melody."
beep(all_frequencies, all_durations)
def main3():
k = pyk8055.k8055(0)
get_values(k)
old_octave = 0
all_frequencies = []
all_durations = []
try:
while True:
frequencies = []
durations = []
mask = VALUES[1]
analog1 = VALUES[2]
analog2 = float(VALUES[3])
inputs = mask_to_bool_list(mask)
true_inputs = float(len([input for input in inputs if input]))
new_octave = divmod(analog1, 32)[0] + 1
dur_mod = (analog2 / 127.0)**2
thread.start_new_thread(get_values, (k, ))
if new_octave != old_octave:
k.ClearDigitalChannel(old_octave)
k.SetDigitalChannel(new_octave)
old_octave = new_octave
if inputs[0]:
frequencies.append(calculate_freq("C", new_octave, 0))
durations.append((100.0 * dur_mod) / true_inputs)
if inputs[1]:
frequencies.append(calculate_freq("D", new_octave, 0))
durations.append((100.0 * dur_mod) / true_inputs)
if inputs[2]:
frequencies.append(calculate_freq("E", new_octave, 0))
durations.append((100.0 * dur_mod) / true_inputs)
if inputs[3]:
frequencies.append(calculate_freq("F", new_octave, 0))
durations.append((100.0 * dur_mod) / true_inputs)
if inputs[4]:
frequencies.append(calculate_freq("G", new_octave, 0))
durations.append((100.0 * dur_mod) / true_inputs)
if mask > 0:
beep(frequencies, durations)
all_frequencies += frequencies
all_durations += durations
except KeyboardInterrupt:
time.sleep(1)
print "Replaying melody."
beep(all_frequencies, all_durations)
def main(): k = pyk8055.k8055(0) get_values(k) while True: mask = VALUES[1] analog1 = float(VALUES[2]) analog2 = float(VALUES[3]) inputs = mask_to_bool_list(mask) freq_mod = (analog1 / 127.0) ** 2 dur_mod = (analog2 / 127.0) ** 2 thread.start_new_thread(get_values, (k, )) if inputs[0]: beep([100.0 * freq_mod], [100.0 * dur_mod]) if inputs[1]: beep([200.0 * freq_mod], [100.0 * dur_mod]) if inputs[2]: beep([300.0 * freq_mod], [100.0 * dur_mod]) if inputs[3]: beep([400.0 * freq_mod], [100.0 * dur_mod]) if inputs[4]: beep([500.0 * freq_mod], [100.0 * dur_mod])
def main():
k = pyk8055.k8055(0)
get_values(k)
while True:
mask = VALUES[1]
analog1 = float(VALUES[2])
analog2 = float(VALUES[3])
inputs = mask_to_bool_list(mask)
freq_mod = (analog1 / 127.0)**2
dur_mod = (analog2 / 127.0)**2
thread.start_new_thread(get_values, (k, ))
if inputs[0]:
beep([100.0 * freq_mod], [100.0 * dur_mod])
if inputs[1]:
beep([200.0 * freq_mod], [100.0 * dur_mod])
if inputs[2]:
beep([300.0 * freq_mod], [100.0 * dur_mod])
if inputs[3]:
beep([400.0 * freq_mod], [100.0 * dur_mod])
if inputs[4]:
beep([500.0 * freq_mod], [100.0 * dur_mod])
def main2():
k = pyk8055.k8055(0)
get_values(k)
old_octave = 0
while True:
frequencies = []
durations = []
mask = VALUES[1]
analog1 = VALUES[2]
analog2 = float(VALUES[3])
inputs = mask_to_bool_list(mask)
true_inputs = float(len([input for input in inputs if input]))
new_octave = divmod(analog1, 32)[0] + 1
dur_mod = (analog2 / 127.0) ** 2
thread.start_new_thread(get_values, (k, ))
if new_octave != old_octave:
k.ClearDigitalChannel(old_octave)
k.SetDigitalChannel(new_octave)
old_octave = new_octave
if inputs[0]:
frequencies.append(calculate_freq("C", new_octave, 0))
durations.append((100.0 * dur_mod) / true_inputs)
if inputs[1]:
frequencies.append(calculate_freq("D", new_octave, 0))
durations.append((100.0 * dur_mod) / true_inputs)
if inputs[2]:
frequencies.append(calculate_freq("E", new_octave, 0))
durations.append((100.0 * dur_mod) / true_inputs)
if inputs[3]:
frequencies.append(calculate_freq("F", new_octave, 0))
durations.append((100.0 * dur_mod) / true_inputs)
if inputs[4]:
frequencies.append(calculate_freq("G", new_octave, 0))
durations.append((100.0 * dur_mod) / true_inputs)
if len(frequencies) > 0:
beep(frequencies, durations)
def main2():
k = pyk8055.k8055(0)
get_values(k)
old_octave = 0
while True:
frequencies = []
durations = []
mask = VALUES[1]
analog1 = VALUES[2]
analog2 = float(VALUES[3])
inputs = mask_to_bool_list(mask)
true_inputs = float(len([input for input in inputs if input]))
new_octave = divmod(analog1, 32)[0] + 1
dur_mod = (analog2 / 127.0)**2
thread.start_new_thread(get_values, (k, ))
if new_octave != old_octave:
k.ClearDigitalChannel(old_octave)
k.SetDigitalChannel(new_octave)
old_octave = new_octave
if inputs[0]:
frequencies.append(calculate_freq("C", new_octave, 0))
durations.append((100.0 * dur_mod) / true_inputs)
if inputs[1]:
frequencies.append(calculate_freq("D", new_octave, 0))
durations.append((100.0 * dur_mod) / true_inputs)
if inputs[2]:
frequencies.append(calculate_freq("E", new_octave, 0))
durations.append((100.0 * dur_mod) / true_inputs)
if inputs[3]:
frequencies.append(calculate_freq("F", new_octave, 0))
durations.append((100.0 * dur_mod) / true_inputs)
if inputs[4]:
frequencies.append(calculate_freq("G", new_octave, 0))
durations.append((100.0 * dur_mod) / true_inputs)
if len(frequencies) > 0:
beep(frequencies, durations)