def get_current_meas(self, port, meas_type):
"""
This function measures the current
:type port: integer
:param port: the port on which measurement has to be done
:type meas_type: str
:param meas_type: the type of measurement to do. Possible values:
- "DC" : dc current
- "ACDC" : ac+dc rms current
- "HIGH" : high current
- "LOW" : low current
- "MAX" : maximum current
- "MIN" : minimum current
:rtype: float
:return: the result of the measurement
"""
(err, current, msg) = W.GetCurrentMeasurement(self, port, meas_type)
self._error_check(err, msg)
return current
def get_current_meas_average(self, port, meas_type, iteration):
"""
This function measures the current
:type port: integer
:param port: the port on which measurement has to be done
:type meas_type: str
:param meas_type: the type of measurement to do. Possible values:
- "DC" : dc current
- "ACDC" : ac+dc rms current
- "HIGH" : high current
- "LOW" : low current
- "MAX" : maximum current
- "MIN" : minimum current
:type iteration: int
:param duration: number of iteration for the average computing
:rtype: float
:return: the result of the measurement
"""
i = 0
average = float(0)
while i < iteration:
(err, current, msg) = W.GetCurrentMeasurement(self,
port,
meas_type,
log=False)
self._error_check(err, msg)
# check if the measure is not an aberration
if current > 1000:
iteration -= 1
continue
average += current
i += 1
if iteration > 0:
return average / iteration
else:
return average