def measure(config):
mcu = ArduinoTree()
# mcu.soft_reset()
vcc = mcu.vcc.read()
timer = Stopwatch()
measurements = []
# for _ in range(config.repeat):
while 1:
f = mcu.counter.read(config.gate_time)
measurements.append(dict(
t=timer.read(),
frequency=nominal_value(f),
))
if timer.last > config.interval:
break
data = dict(
vcc=vcc,
model=avr_name(mcu),
measurements=measurements,
gate_time=config.gate_time,
)
return data
def measure(config):
mcu = ArduinoTree()
# mcu.soft_reset()
vcc = mcu.vcc.read()
timer = Stopwatch()
measurements = []
# for _ in range(config.repeat):
while 1:
f = mcu.counter.read(config.gate_time)
measurements.append(dict(
t=timer.read(),
frequency=nominal_value(f),
))
if timer.last > config.interval:
break
data = dict(
vcc=vcc,
model=avr_name(mcu),
measurements=measurements,
gate_time=config.gate_time,
)
return data
def measure(config, stop_condition=None):
mcu = ArduinoTree()
# if config.reset:
# mcu.soft_reset()
vcc = mcu.vcc.read()
pin = mcu.pin.get(config.pin)
interval = config.interval
measurements = []
timer = Stopwatch()
while 1:
measurements.append(dict(
t=timer.read(),
A=pin.read_analog_value(),
))
if timer.last > interval:
break
if stop_condition:
if stop_condition(timer):
break
data = dict(
vcc=vcc,
model=avr_name(mcu),
measurements=measurements,
)
return data
def measure(config, stop_condition=None):
mcu = ArduinoTree()
# if config.reset:
# mcu.soft_reset()
vcc = mcu.vcc.read()
pin = mcu.pin.get(config.pin)
interval = config.interval
measurements = []
timer = Stopwatch()
while 1:
measurements.append(dict(
t=timer.read(),
A=pin.read_analog_value(),
))
if timer.last > interval:
break
if stop_condition:
if stop_condition(timer):
break
data = dict(
vcc=vcc,
model=avr_name(mcu),
measurements=measurements,
)
return data
def measure(config):
random.seed()
mcu = ArduinoTree()
vcc = mcu.vcc.read()
p_in = mcu.pin.get(config.pin_in)
timer = Stopwatch(config.count)
measurements = []
for i in range(config.count):
measurements.append(dict(
t=timer.read(),
Ain=p_in.read_analog_value(),
))
time.sleep(random.random() * config.max_sleep)
timer.next(measurements)
data = dict(
vcc=vcc,
model=avr_name(mcu),
measurements=measurements,
)
return data
