def flicker(self, color, minHue, maxHue, speed):
everloop = ['black'] * led.length
adjustedColor = 0
asc = True
while self.isRunning:
if asc and adjustedColor != maxHue:
adjustedColor += 1
elif asc and adjustedColor == maxHue:
adjustedColor -= 1
asc = not asc
elif not asc and adjustedColor != minHue:
adjustedColor -= 1
elif not asc and adjustedColor == minHue:
adjustedColor += 1
asc = not asc
for i in range(len(everloop)):
everloop[i] = {color: adjustedColor}
led.set(everloop)
sleep(1 / speed)
def gameOver():
everloop = ['black'] * led.length
ledAdjust = 0.0
if len(everloop) == 35:
ledAdjust = 0.51 # MATRIX Creator
else:
ledAdjust = 1.01 # MATRIX Voice
frequency = 0.375
counter = 0.0
tick = len(everloop) - 1
count = 0
while count < 70:
# Create rainbow
for i in range(len(everloop)):
r = round(max(0, (sin(frequency*counter+(pi/180*240))*155+100)/10))
g = round(max(0, (sin(frequency*counter+(pi/180*120))*155+100)/10))
b = round(max(0, (sin(frequency*counter)*155+100)/10))
counter += ledAdjust
everloop[i] = {'r':r, 'g':g, 'b':b}
# Slowly show rainbow
if tick != 0:
for i in reversed(range(tick)):
everloop[i] = {}
tick -= 1
led.set(everloop)
sleep(.035)
count += 1
def showlights(self):
everloop = ['black'] * led.length
ledAdjust = 1.01 # MATRIX Voice
frequency = 0.375
counter = 0.0
tick = len(everloop) - 1
for m in range(0,36):
# Create rainbow
for i in range(len(everloop)):
r = round(max(0, (sin(frequency*counter+(pi/180*240))*155+100)/10))
g = round(max(0, (sin(frequency*counter+(pi/180*120))*155+100)/10))
b = round(max(0, (sin(frequency*counter)*155+100)/10))
counter += ledAdjust
everloop[i] = {'r':r, 'g':g, 'b':b}
# Slowly show rainbow
if tick != 0:
for i in reversed(range(tick)):
everloop[i] = {}
tick -= 1
led.set(everloop)
sleep(.035)
everloop = ['black'] * led.length
led.set(everloop)
def fallDetected():
phoneContact()
while True:
led.set('Red')
time.sleep(.5)
led.set('Black')
time.sleep(.5)
def applyRainbow(self, ledarray, times):
print("Applying rainbow")
everloop = ['black'] * led.length
ledAdjust = 0.51 # MATRIX Creator
frequency = 0.375
counter = 0.0
tick = len(everloop) - 1
for j in range(int(times[0]) * len(everloop)):
# Create rainbow
for i in range(len(everloop)):
r = round(max(0, (sin(frequency*counter+(pi/180*240))*155+100)/10))
g = round(max(0, (sin(frequency*counter+(pi/180*120))*155+100)/10))
b = round(max(0, (sin(frequency*counter)*155+100)/10))
counter += ledAdjust
everloop[i] = {'r': r, 'g': g, 'b': b}
# Slowly show rainbow
if tick != 0:
for i in reversed(range(tick)):
everloop[i] = {}
tick -= 1
led.set(everloop)
time.sleep(.035)
self.applyClear(ledarray,1)
def nextTurn():
everloop = ['black'] * led.length
everloop[0] = {'b': 100}
for x in range(led.length):
everloop.append(everloop.pop(0))
led.set(everloop)
time.sleep(0.1)
def simon(simonList):
# For every color simon has in the list turn on the led that color
for color in simonList:
led.set(color)
time.sleep(0.30)
# Turn it off for a bit
led.set('black')
time.sleep(0.25)
def on_message(ws, message):
data = json.loads(message)
print("**Captured New Intent**")
print(data)
if ("Led" == data["intent"]["name"]):
led.set(data["slots"]["color"])
say("Device changed to: " + data["slots"]["color"])
def handle_detect_error(self, message):
try:
led.set('red')
time.sleep(5)
led.set()
except:
LOGGER.error("Impossible to set light to red")
pass
def applyRoundinaCircle(self, ledarray, args):
everloop = ['black'] * led.length
everloop[0] = 'blue' #args[0]
for i in range(int(args[0]) * led.length):
everloop.append(everloop.pop(0))
led.set(everloop)
time.sleep(0.050)
self.applyClear(ledarray,1)
def applyProxArray(self, array): # array is an array of integers
ratio = len(array) / len(self.ledarray)
for i in range(0, len(self.ledarray)):
low = round(i * ratio)
high = round((i + 1) * ratio)
if high > len(array):
high = len(array)
intensity = round(stat.mean(array[low:high]) / self.MAXDISTANCE * 255)
self.ledarray[i] = {'r': intensity, 'g': 0, 'b': 0, 'w': 0} # red
led.set(self.ledarray)
def fade_out(max_color):
led.set('black')
min_color = [0,0,0,0]
terminate = [0,0,0,0]
terminate = [0,0,0,0]
while terminate != [1,1,1,1]:
for n in range(4):
if color[n] > min_color[n]:
color[n] -= (max_color[n]/255)
else:
terminate[n] = 1
led.set((color[0],color[1],color[2],color[3]))
print(color)
time.sleep(.002)
def verifySimon(color, counter):
if color == '2869x255':
color = 'red'
elif color == '44161x255':
color = 'blue'
elif color == '11222x255':
color = 'yellow'
elif color == '21845x255':
color = 'green'
led.set(color)
if (simonList[counter] == color):
return True
else:
print('game over')
gameover()
return False
def fade_in(max_color):
led.set('black')
color = [0,0,0,0]
min_color = [0,0,0,0]
terminate = [0,0,0,0]
delay = 0.0015
while terminate != [1,1,1,1]:
for n in range(4):
if color[n] < max_color[n]:
color[n] += (max_color[n]/255)
else:
terminate[n] = 1
led.set((color[0],color[1],color[2],color[3]))
print(color)
time.sleep(delay)
return array_gen(color)
def _led_rainbow(self):
try:
sleep(3)
# Turn on the rainbow for 15 seconds
t_end = time() + 15
everloop = ['black'] * led.length
ledAdjust = 0.0
if len(everloop) == 35:
ledAdjust = 0.51 # MATRIX Creator
else:
ledAdjust = 1.01 # MATRIX Voice
frequency = 0.375
counter = 0.0
tick = len(everloop) - 1
while time() < t_end:
# Create rainbow
for i in range(len(everloop)):
r = round(
max(0, (sin(frequency * counter +
(pi / 180 * 240)) * 155 + 100) / 10))
g = round(
max(0, (sin(frequency * counter +
(pi / 180 * 120)) * 155 + 100) / 10))
b = round(
max(0, (sin(frequency * counter) * 155 + 100) / 10))
counter += ledAdjust
everloop[i] = {'r': r, 'g': g, 'b': b}
# Slowly show rainbow
if tick != 0:
for i in reversed(range(tick)):
everloop[i] = {}
tick -= 1
led.set(everloop)
sleep(.035)
finally:
led.set('black')
def heatIndex(): temperatureHI = (sensors.pressure.read().temperature) - 5 humidityHI = sensors.humidity.read().humidity hi = heat_index(temperature=temperatureHI, humidity= humidityHI) ledSet = [] for x in range(1, int(hi)): ledSet.append((25,0,25,0)) led.set(ledSet) time.sleep(0.1) if (int(hi) >= 40): phoneContact() dangerAlert() print(hi) time.sleep(5)
def humidityReadout():
humidity = sensors.humidity.read().humidity
print(humidity)
humidityLED = int((humidity / 100) * 35)
if (humidityLED > 34):
humidityLED = humidityLED / 2
brightness = 2
else:
brightness = 1
ledSet = []
for x in range(1, int(humidityLED)):
ledSet.append((0, 0, 25 * brightness, 0))
led.set(ledSet)
time.sleep(0.1)
time.sleep(5)
def _alarm_off(self):
# Alarm is no turned off
try:
led.set("red")
sleep(4)
led.set("black")
finally:
led.set("black")
def _alarm_on(self):
# Alarm is no turned on
try:
led.set("green")
sleep(4)
led.set("black")
finally:
led.set("black")
def _led_light(self):
try:
sleep(3)
led.set('white')
sleep(5)
led.set('white')
sleep(180)
finally:
led.set('black')
def _status_update_failed(self):
# Alarm status update failed
try:
for x in range(4):
led.set("yellow")
sleep(.5)
led.set("black")
sleep(.5)
finally:
led.set("black")
def gameover():
global simonList
for i in range(3):
led.set('red')
time.sleep(0.5)
led.set('white')
time.sleep(0.5)
led.set('black')
nextTurn()
simonList = []
def humidityReadout():
humidity = sensors.humidity.read().humidity
print(humidity)
color = [0,50,255,0]
humidityLED = int((humidity / 100) * 35)
removeLED = 35 - humidityLED
print('remove ' + str(removeLED))
led_list = fade_in([0,50,255,0])
print(led_list)
p = 0
n = 34
while removeLED > 0:
if removeLED > 0:
led_list[p] = 'black'
led.set(led_list)
p += 1
removeLED -= 1
time.sleep(0.05)
if removeLED > 0:
led_list[n] = 'black'
led.set(led_list)
n -= 1
removeLED -= 1
time.sleep(0.05)
time.sleep(4)
removeLED = humidityLED
while removeLED > 0:
if removeLED > 0:
led_list[p] = 'black'
led.set(led_list)
p += 1
removeLED -= 1
time.sleep(0.05)
if removeLED > 0:
led_list[n] = 'black'
led.set(led_list)
n -= 1
removeLED -= 1
time.sleep(0.05)
def flashLights(color, times, intensity):
everloop = ['black'] * led.length
led.set(everloop)
for i in range(0, times):
for j in range(len(everloop)):
everloop[j] = {color: intensity}
led.set(everloop)
sleep(0.2)
everloop = ['black'] * led.length
led.set(everloop)
sleep(0.2)
def temperatureReadout(override):
temperature = sensors.pressure.read().temperature
print(temperature)
temperatureLED = temperature - 7
if (override > 0):
temperatureLED = override
ledSet = []
for x in range(1, int(temperatureLED)):
ledSet.append((25,0,0,0))
led.set(ledSet)
time.sleep(0.1)
led.set(ledSet)
if(temperatureLED > 28):
phoneContact()
led.set('White')
dangerAlert()
time.sleep(5)
def show(self):
led.set(self._colors)
def clearStrip(self):
self._colors = self._newArray()
led.set()
def stop_displaying(self, *args, **kwargs):
self._display_time = False
led.set("black")
def close(self):
self._thread_flag.set()
led.set("black")
def _set_minute(self, minute):
# ceil: i want to display like 10:52 as 10:55,
# better be too early than to late
minute = ceil(minute / 5)
self._select_meth(minute)
led.set(self._led_array)
