jst2_label = funhouse.add_text(text="SENSOR 2",
text_position=(40, 95),
text_color=0x606060)
jst3_label = funhouse.add_text(text="SENSOR 3",
text_position=(40, 110),
text_color=0x606060)
temp_label = funhouse.add_text(text="Temp:",
text_position=(50, 45),
text_color=0xFF00FF)
pres_label = funhouse.add_text(text="Pres:",
text_position=(50, 60),
text_color=0xFF00FF)
funhouse.display.show(funhouse.splash)
while True:
funhouse.set_text("Temp %0.1F" % funhouse.peripherals.temperature,
temp_label)
funhouse.set_text("Pres %d" % funhouse.peripherals.pressure, pres_label)
print(funhouse.peripherals.temperature,
funhouse.peripherals.relative_humidity)
set_label_color(funhouse.peripherals.captouch6, onoff_label, 0x00FF00)
set_label_color(funhouse.peripherals.captouch7, capleft_label, 0x00FF00)
set_label_color(funhouse.peripherals.captouch8, capright_label, 0x00FF00)
slider = funhouse.peripherals.slider
if slider is not None:
funhouse.peripherals.dotstars.brightness = slider
funhouse.set_text("Slider: %1.1f" % slider, slider_label)
set_label_color(slider is not None, slider_label, 0xFFFF00)
set_label_color(funhouse.peripherals.button_up, up_label, 0xFF0000)
reset_label = funhouse.add_text(text="reset",
text_position=(3, 70),
text_color=GRAY)
funhouse.display.show(funhouse.splash)
def send_io_data(mail_value):
funhouse.peripherals.led = True
funhouse.network.push_to_io("mail", mail_value)
funhouse.peripherals.led = False
send_io_data(1)
while True:
beam_sensor.update()
if beam_sensor.fell:
funhouse.peripherals.set_dotstars(RED, WHITE, BLUE, WHITE, RED)
funhouse.peripherals.play_tone(2000, 0.25)
funhouse.set_text("Mail is here!", mail_label)
funhouse.set_text_color(BLUE, mail_label)
send_io_data(0)
if funhouse.peripherals.button_down:
funhouse.peripherals.dotstars.fill(AMBER)
funhouse.set_text("No Mail yet", mail_label)
funhouse.set_text_color(AMBER, mail_label)
send_io_data(1)
# Initialize a new MQTT Client object
funhouse.network.init_mqtt(
secrets["mqtt_broker"],
secrets["mqtt_port"],
secrets["mqtt_username"],
secrets["mqtt_password"],
)
funhouse.network.on_mqtt_connect = connected
funhouse.network.on_mqtt_disconnect = disconnected
print("Attempting to connect to {}".format(secrets["mqtt_broker"]))
funhouse.network.mqtt_connect()
last_reading_timestamp = None
last_bowl_state = None
while True:
if last_reading_timestamp is None or time.monotonic(
) > last_reading_timestamp + UPDATE_INTERVAL:
# Take Reading
water_level = get_bowl_reading()
# Update Display
funhouse.set_text(bowl_level_display(water_level), level_label)
# If changed, publish new result
bowl_state = get_bowl_state(water_level)
if bowl_state != last_bowl_state:
publish_bowl_state(bowl_state)
last_bowl_state = bowl_state
last_reading_timestamp = time.monotonic()
time.sleep(2)
# fumes variable for reading from SGP30
# comment out either TVOC or eCO2 depending on data preference
fumes = sgp30.TVOC
# fumes = sgp30.eCO2
# mapping fumes data to fan RPM
# value for TVOC
mapped_val = simpleio.map_range(fumes, 10, 1000, 10, 100)
# value for eCO2
# mapped_val = simpleio.map_range(fumes, 400, 2500, 10, 100)
# adding fume text
# PPB is for TVOC, PPM is for eCO2
funhouse.set_text("%d PPB" % fumes, fume_text)
# funhouse.set_text("%d PPM" % fumes, fume_text)
# adding fan's RPM text
funhouse.set_text("%d%s" % (mapped_val, "%"), fan_text)
# printing fan's data to the REPL
print("fan = ", mapped_val)
# setting fan's RPM
emc.manual_fan_speed = int(mapped_val)
# if you're connected to wifi and 15 seconds has passed
if connected and ((clock + 15) < time.monotonic()):
# send fume data to adafruit.io
send_fume_data(fumes)
# send fan RPM to adafruit.io
send_fan_data(mapped_val)
jst2_label = funhouse.add_text(text="SENSOR 2",
text_position=(40, 95),
text_color=0x606060)
jst3_label = funhouse.add_text(text="SENSOR 3",
text_position=(40, 110),
text_color=0x606060)
temp_label = funhouse.add_text(text="Temp:",
text_position=(50, 45),
text_color=0xFF00FF)
pres_label = funhouse.add_text(text="Pres:",
text_position=(50, 60),
text_color=0xFF00FF)
funhouse.display.show(funhouse.splash)
while True:
funhouse.set_text("Temp %0.1F" % dps310.temperature, temp_label)
funhouse.set_text("Pres %d" % dps310.pressure, pres_label)
print(aht20.temperature, aht20.relative_humidity)
set_label_color(funhouse.peripherals.captouch6, onoff_label, 0x00FF00)
set_label_color(funhouse.peripherals.captouch7, capleft_label, 0x00FF00)
set_label_color(funhouse.peripherals.captouch8, capright_label, 0x00FF00)
slider = funhouse.peripherals.slider
if slider is not None:
funhouse.peripherals.dotstars.brightness = slider
funhouse.set_text("Slider: %1.1f" % slider, slider_label)
set_label_color(slider is not None, slider_label, 0xFFFF00)
set_label_color(funhouse.peripherals.button_up, up_label, 0xFF0000)
set_label_color(funhouse.peripherals.button_sel, sel_label, 0xFFFF00)
funhouse.splash.append(status)
# Initialize a new MQTT Client object
if USE_MQTT:
funhouse.network.init_mqtt(
secrets["mqtt_broker"],
secrets["mqtt_port"],
secrets["mqtt_username"],
secrets["mqtt_password"],
)
funhouse.network.on_mqtt_connect = connected
funhouse.network.on_mqtt_disconnect = disconnected
funhouse.network.on_mqtt_message = message
print("Attempting to connect to {}".format(secrets["mqtt_broker"]))
funhouse.network.mqtt_connect()
set_outlet_state(False)
while True:
if funhouse.peripherals.pir_sensor:
last_pir_timestamp = time.monotonic()
if not outlet.value:
set_outlet_state(True)
if outlet.value and time.monotonic(
) >= last_pir_timestamp + MOTION_TIMEOUT:
set_outlet_state(False)
funhouse.set_text(timeleft(), countdown_label)
# Check any topics we are subscribed to
if USE_MQTT:
funhouse.network.mqtt_loop(0.5)
print("Turning on light...")
lifx.toggle_light(lifx_light)
# Set the light's brightness
light_brightness = 0.65
lifx.set_brightness(lifx_light, light_brightness)
lifx.set_color(
lifx_light, power="on", color=default_bulb_color, brightness=light_brightness
)
while True:
if funhouse.peripherals.button_up:
trip_time = trip_time + 1
funhouse.set_text(trip_time, time_label)
funhouse.set_text_color(0xFFFFFF, up_label)
time.sleep(0.2)
else:
funhouse.set_text_color(0x606060, up_label)
if funhouse.peripherals.button_sel:
trip_time = abs(trip_time - 1)
funhouse.set_text(trip_time, time_label)
funhouse.set_text_color(0xFFFFFF, down_label)
time.sleep(0.2)
else:
funhouse.set_text_color(0x606060, down_label)
if funhouse.peripherals.button_down:
if running_state is False: # it's currently paused, so unpause it