def dim_clock_to_sleep():
currentBrightness = 7
oc.display_clock_time(wakeTimeTomorrow)
while currentBrightness >= 0:
oc.clockDisplay.SetBrightness(currentBrightness)
time.sleep(0.8)
currentBrightness -= 1
oc.clear_clock()
oc.clockDisplay.SetBrightness(c.CLOCK_BRIGHTNESS)
def abort_bedtime_protocol():
global recordedAbortTime, abortBedtimeDate
global isDisplayingBedtime, isDisplayingBedtimeCountdown, isBedtimeSirenProtocolEnabled
isDisplayingBedtime = isDisplayingBedtimeCountdown = isBedtimeSirenProtocolEnabled = False
recordedAbortTime = get_localized_time()
abortBedtimeDate = bedtimeTonight.date()
leff.start(leff.ABORT_BEDTIME_PROTOCOL)
oc.clear_clock()
oc.set_clock_brightness(c.CLOCK_BRIGHTNESS)
def flash_bedtime_then_sleep():
currentBrightness = 7
dim = 1
oc.display_clock_time(wakeTimeTomorrow)
time.sleep(9.0)
intv = 0.5
for i in range(0, 3):
oc.clockDisplay.SetBrightness(dim)
time.sleep(intv)
oc.clockDisplay.SetBrightness(currentBrightness)
time.sleep(intv)
oc.clear_clock()
oc.set_clock_brightness(c.CLOCK_BRIGHTNESS)
def __woke_up_thread(displayFunction, funcInput):
global isInWakeUpPeriod
pause = 1.3
intv = 2
oc.clear_clock()
for i in range(2):
time.sleep(pause)
displayFunction(funcInput)
time.sleep(intv)
oc.clear_clock()
isInWakeUpPeriod = False
def __display_stats_thread():
global isDislayingStats
isDislayingStats = True
actualLength = time.time() - startTimes[SPRINT]
percentFocus = 100.0 * (1 - (interruptionDelay / actualLength))
reset_delay()
pause = 1.3
oc.clear_clock()
time.sleep(pause)
oc.display_int(int(round(percentFocus)))
time.sleep(c.END_STATS_DISPLAY_LENGTH - pause * 2)
oc.clear_clock()
time.sleep(pause)
isDislayingStats = False
def __end_session_thread():
global inSession
leff.start(leff.END_SESSION)
time.sleep(2.5)
if not isDislayingStats:
oc.clear_clock()
time.sleep(5.5)
if inSprint or inBreak:
return # a new one was started during shutdown lol
inSession = False
bp.isDisplayingBedtime = False
bp.isDisplayingBedtimeCountdown = False
bp.isBedtimeSirenProtocolEnabled = False
def run_light_thread():
from output_controller import set_light_rgba, set_light_calib_rgba
from random import random
global isLightEffectRunning
effect = currentEffect
if effect == END_SESSION:
fade_linear((255, 0, 120, 1), 2)
fade_off(4)
elif effect == START_SPRINT:
set_light_calib_rgba(c.SPRINT_L_B)
elif effect == START_BREAK:
fade_on(c.BREAK_L_B, 4)
#set_light_rgba(c.BREAK_L_B)
elif effect == START_INTERRUPTION:
intv = 0.2 # s
flash = 0.07
flashPause = 0.05
for i in range(0, 3):
fade_off(flash)
sleep(intv)
fade_on(c.INTERRUPTION_L_B, flash)
sleep(flashPause)
intv = 1.5 # s
while effect == START_INTERRUPTION:
set_light_calib_rgba(c.INTERRUPTION_L_B)
sleep(intv)
turnOff()
sleep(intv)
elif effect == PAST_BREAK:
intv = 0.55 # s
pause = 1.2
r, g, b, a = c.BREAK_L_B # pylint: disable=unused-variable
while effect == PAST_BREAK:
fade_on((r, g, b, 1), intv)
sleep(pause)
fade_off(intv)
sleep(pause)
elif effect == ENTERING_OVERTIME:
intv = 0.17 # s
flash = 0.15
flashPause = 0.13
turnOff()
sleep(0.22)
for i in range(0, 2):
set_light_rgba((0, 255, 0, 1))
sleep(flashPause)
fade_off(flash)
sleep(intv)
fade_on(c.SPRINT_L_B, 1.4)
elif effect == PAST_BEDTIME:
intv = 0.2 # s
pauseMax = 1.4
flashPause = intv
level1End = bp.bedtimeTonight + bp.timedelta(
seconds=c.BEDTIME_ALARM_LEVEL_1_LENGTH)
level2End = level1End + bp.timedelta(
seconds=c.BEDTIME_ALARM_LEVEL_2_LENGTH)
while effect == PAST_BEDTIME:
for i in range(3):
if i == 1 and bp.get_localized_time() > level1End:
if bp.get_localized_time < level2End:
set_light_rgba((50, 0, 255, 0.4))
else:
set_light_rgba((0, 0, 255, 1))
else:
set_light_calib_rgba(c.INTERRUPTION_L_B)
sleep(intv)
turnOff()
sleep(flashPause)
sleep(random() * pauseMax)
elif effect == BEDTIME:
r, g, b, a = c.BREAK_L_B # pylint: disable=unused-variable
set_light_calib_rgba((0, 255, 70, 0.2))
linfadelen = 5
fade_linear(oc.calculate_calib_rgba((r, g, b, 1)), linfadelen)
set_light_calib_rgba((r, g, b, 1))
#fade_off(8.3)
fade_off(7.3)
elif effect == MORNING:
intv = 5 # s
#drop = 0.3 # s
pause = 5
startTime = time.time()
endTime = startTime + c.MORNING_WAKE_EFFECT_LENGTH
while time.time() < endTime:
fade_on(c.MORNING_L_B, intv)
sleep(pause)
fade_off(intv)
sleep(pause)
elif effect == ABORT_BEDTIME_PROTOCOL:
intv = 0.3 # s
for i in range(0, 5):
turnOff()
sleep(intv)
set_light_calib_rgba(c.INTERRUPTION_L_B)
sleep(intv)
fade_off(2.3)
elif effect == BEDTIME_COUNTDOWN:
intv = 0.5 # s
longBoot = 3. # s
fade_on((255, 9, 0, 0.2), intv)
fade_off(intv)
fade_on((255, 9, 0, 0.2), intv)
fade_off(intv)
fade_on((255, 40, 0, 0.2), longBoot)
elif effect == DEMO_MODE:
intv = 0.08 # s
oc.display_int(9999)
for i in range(0, 10):
set_light_rgba((255, 255, 255, 1))
sleep(intv)
turnOff()
sleep(intv)
intv = 0.3 # s
for i in range(0, 12):
set_light_rgba((255, 0, 0, 1))
sleep(0.05)
fade_linear((255, 200, 0, 1), intv)
fade_linear((0, 255, 0, 1), intv)
fade_linear((0, 0, 255, 1), intv)
fade_linear((255, 0, 120, 1), 2)
oc.clear_clock()
fade_off(7)
else:
logging.error(
f'Oops! No such available effect with the value: {effect}')
raise Exception(
f'Oops! No such available effect with the value: {effect}')
isLightEffectRunning = False