def plot(x, y, z):
global count
val_list.append((x, y, z))
print('value', count, x, y, z)
count += 1
if count % 1000 == 0:
print('writing to file')
with open('dump.txt', 'w') as f:
for i, (x, y, z) in enumerate(val_list):
f.write(f'{i} {x} {y} {z}\n')
class Motion(System):
x = ArduinoAnalogSensor(service=0,
pin=0,
active_condition=Value(True),
update_condition=Value(True),
on_update=Func(plot, 'x', 'y', 'z'),
exclude_triggers={'y', 'z'})
y = ArduinoAnalogSensor(service=0, pin=1)
z = ArduinoAnalogSensor(service=0, pin=2)
s = Motion(services=[
ArduinoService(
device="/dev/ttyUSB0",
device_type='arduino"',
sample_rate=100,
),
WebService(),
], )
source_a4 = ArduinoAnalogSensor(service=0, pin=4)
class Remote(Group):
awds1 = ArduinoRemoteDigitalSensor(service=1, device=source_dev, pin=2) # receives via VW
awds2 = ArduinoRemoteAnalogSensor(service=1, device=source_dev, pin=0) # receives via VW
vw_speed = 7
s = ArduinoSystem(
services=[
ArduinoService(
device="/dev/ttyUSB0",
sample_rate=500,
home_address=source_home,
device_address=source_dev,
#virtualwire_ptt_pin=9,
# virtualwire_tx_pin=11,
keep_alive=True,
#wakeup_pin=2,
virtualwire_speed=vw_speed,
#lcd_port=0x3F,
#lcd_reporting=True,
),
ArduinoService(
device="/dev/ttyUSB1",
sample_rate=8000,
home_address=target_home,
device_address=target_dev,
virtualwire_rx_pin=10,
virtualwire_speed=vw_speed,
),
TextUIService(),
a1 = ArduinoAnalogSensor(service=0, pin=0)
d12 = ArduinoDigitalSensor(service=0, pin=12, pull_up_resistor=True, inverted=True)
d13 = ArduinoDigitalActuator(service=0, pin=13) # LED on Arduino board
#servo = ArduinoServoActuator(min_pulse=200, max_pulse=8000, service=0, pin=3, default=50, slave=True)
# pwm = ArduinoPWMActuator(dev = 0, pin = 4, slave = True)
#interp = ConstantTimeActuator(change_time=2., change_frequency=20., slave_actuator=servo)
u3 = UserStrSensor(on_update=SetStatus('lcd', 'u3'))
lcd = ArduinoLCDActuator()
#prog = Program(
# # triggers=[a1],
# on_update=Run(Log("Value: %s", Value(a1)), SetStatus(d13, d12), SetStatus(interp, Value(180) * Value(a1)))
# )
s = ArduinoSystem(
services=[ArduinoService(
device="/dev/ttyUSB0",
device_type="arduino",
instant_digital_reporting=False,
sample_rate=2500,
log_level=logging.DEBUG,
),
WebService(read_only=False),
TextUIService(),
],
)
user_tags={'quick'},
read_only=False,
default_view='tags_view',
static_dirs={'/webcam/(.*)': 'public_html/webcam/'},
custom_pages={'Webcam': webcam_page},
django_settings={
'SESSION_FILE_PATH': 'sessions' if is_raspi() else '/tmp',
'SESSION_COOKIE_AGE': 52560000,
'SECRET_KEY': os.getenv('AUTOMATE_SECRET_KEY', 'unsecure-default'),
},
)
arduino_service = ArduinoService(
device="/dev/ttyUSB0",
sample_rate=2500,
lcd_port=0x3F,
instant_digital_reporting=False,
analog_reference=0 if is_raspi() else 1, # EXTERNAL
log_level=logging.INFO,
)
rpcs = RpcService(
http_port=3030,
view_tags={'quick'},
)
s = Aquarium.load_or_create(
filename='aquarium.dmp',
services=[
web,
rpcs,
arduino_service,
fan_set = UserBoolSensor(on_update=SetStatus('fan', 'fan_set'))
light_set = UserBoolSensor(
on_update=Run(SetStatus('light', 'light_set'), ))
fan = ArduinoRemoteDigitalActuator(device=50, pin=3)
light = ArduinoRemoteDigitalActuator(device=50, pin=8)
tester = ArduinoRemoteDigitalActuator(device=50, pin=13)
light_intensity = ArduinoRemoteAnalogSensor(device=50, pin=3)
s = PlantLamp(
services=[
ArduinoService(
device="/dev/ttyUSB0",
sample_rate=30000, # every 30 seconds
home_address=1,
device_address=51,
virtualwire_rx_pin=10,
virtualwire_tx_pin=11,
keep_alive=True,
#wakeup_pin=2,
virtualwire_speed=4,
log_level=logging.DEBUG,
),
TextUIService(),
WebService(read_only=False),
], )
from automate import *
from automate.extensions.arduino import ArduinoAnalogSensor, ArduinoService
from automate.extensions.webui import WebService
class Moisture(System):
meas = ArduinoAnalogSensor(pin=3)
if __name__ == '__main__':
s = Moisture(services=[
WebService(),
ArduinoService(sample_rate=8000, virtualwire_rx_pin=11),
])