def onTouched():
if not isPhoneOnHook and not ba.busy(
ba.CHAN_VOICE
) and phoneState == PHONE_STATE_DIAL and FEEL_PHRASE_CHANCE_PERCENT > random.randint(
0, 100):
phrase = random.choice(feelPhrases)
ba.play(ba.CHAN_VOICE, phrase)
def pickupRespond():
delay = random.uniform(MIN_PICKUP_PHRASE_DELAY,
MAX_PICKUP_PHRASE_DELAY)
time.sleep(delay)
if not isPhoneOnHook and not ba.busy(ba.CHAN_VOICE):
phrase = random.choice(pickupPhrases)
ba.play(ba.CHAN_VOICE, phrase)
def doIdleSpeech():
while True:
if DARK_SCHEDULE.is_now() and phoneState == PHONE_STATE_IDLE:
ba.channels[ba.CHAN_SPKR_A].unmute()
if not ba.busy(ba.CHAN_SPKR_A):
ba.play_loop(ba.CHAN_SPKR_A,
ambStatic,
fade_ms=DARK_STATIC_FADE_MS,
token=DARK_SFX_TOKEN)
# Calculate delay before next cluster and wait
delay = random.randint(MIN_PHRASE_DELAY, MAX_PHRASE_DELAY + 1)
time.sleep(delay)
# Check if it's the right time to talk
dt = datetime.now()
if DARK_SCHEDULE.is_now() and phoneState == PHONE_STATE_IDLE:
# Determine phrase cluster size
clusterSize = random.choice(CLUSTER_SIZES)
for x in range(clusterSize):
# Wait for playing to finish
ba.wait(ba.CHAN_SPKR_B)
# Choose random phrase and play it
phrase = random.choice(phrases)
ba.play(ba.CHAN_SPKR_B,
phrase,
volume=DARK_VOICE_VOLUME,
token=DARK_SFX_TOKEN)
# Calculate delay before next phrase in cluster and wait
clusterDelay = random.uniform(PHRASE_CLUSTER_DELAY_MIN,
PHRASE_CLUSTER_DELAY_MAX)
time.sleep(clusterDelay)
elif phoneState == PHONE_STATE_IDLE:
ba.stop(ba.CHAN_SPKR_A, fade_ms=DARK_STATIC_FADE_MS)