DAQ_Is_Read.value = 1
def Power_Read_Process(No_Power_Sample):
# ######## A function for reading the Power meter ########
while Power_Index[0] < No_Power_Sample:
Power_Signal[Power_Index[0]], Power_Time[Power_Index[0]] = Power_meter.readPower()
Power_Index[0] = Power_Index[0] + 1
Power_Is_Read.value = 1
######################################################################################################
if __name__ == "__main__":
DAQ1 = DAQ.DetectDAQT7()
Spec1 = SBO.DetectSpectrometer()
Power_meter = P100.DetectPM100D()
######################################################################################################
if (Spec1.Error == 1) & (DAQ1.Error == 1) & (Power_meter.Error == 1):
print ('Cession failed: could not detect any devices')
else:
PhotoDiod_Port = "AIN1"
DurationOfReading = 2 # Duration of reading in seconds.
Timer_Is_Over = Value('i', 0)
Timer_Is_Over.value = 0
Spec_Is_Done = Value('i', 0)
Spec_Is_Done.value = 1
DAQ_Is_Read = Value('i', 0)
DAQ_Is_Read.value = 1
DAQ_Signal[DAQ_Index[0]], DAQ_Time[DAQ_Index[0]] = DAQ1.readPort('AIN1')
DAQ_Index[0] = DAQ_Index[0] + 1
DAQ_Is_Read.value = 1
def Power_Read_Process(No_Power_Sample):
# ######## A function for reading the Power meter ########
while Power_Index[0] < No_Power_Sample:
Power_Signal[Power_Index[0]], Power_Time[Power_Index[0]] = Power_meter.readPower()
Power_Index[0] = Power_Index[0] + 1
Power_Is_Read.value = 1
if __name__ == "__main__":
PhotoDiod_Port = "AIN1"
Spec1 = SBO.open()
Integration_Time = 2 # Integration time in ms
Spec1.setTriggerMode(0) # It is set for free running mode
Spec1.setIntegrationTime(Integration_Time*1000) # Integration time is in microseconds when using the library
DAQ1 = DAQ.open()
Power_meter = P100.open()
Spec_Is_Read = Value('i', 0)
Spec_Is_Read.value = 0
Spec_Is_Done = Value('i', 0)
Spec_Is_Done.value = 0
DAQ_Is_Read = Value('i', 0)
DAQ_Is_Read.value = 0
Power_Is_Read = Value('i', 0)
Power_Is_Read.value = 0
Timer_Is_Over = Value('i', 0)
Timer_Is_Over.value = 0