| Scalar Attributes |
| Attribute name |
Data Type |
R/W Type |
Expert |
| quadrant1: average current value on channel 1 Average over n samples : where n = (integretion time * sampling frequency)/4 |
DEV_DOUBLE | READ | No |
| standardDeviationIntensity1: standard Deviation Intensity on channel 1 |
DEV_DOUBLE | READ | Yes |
| quadrant2: average current value on channel 2 Average over n samples : where n = (integretion time * sampling frequency)/4 |
DEV_DOUBLE | READ | No |
| standardDeviationIntensity2: standard Deviation Intensity on channel 2 |
DEV_DOUBLE | READ | Yes |
| quadrant3: average current value on channel 3 Average over n samples : where n = (integretion time * sampling frequency)/4 |
DEV_DOUBLE | READ | No |
| standardDeviationIntensity3: standard Deviation Intensity on channel 3 |
DEV_DOUBLE | READ | Yes |
| quadrant4: average current value on channel 4 Average over n samples : where n = (integretion time * sampling frequency)/4 |
DEV_DOUBLE | READ | No |
| standardDeviationIntensity4: standard Deviation Intensity on channel 4 |
DEV_DOUBLE | READ | Yes |
| intensity: this attribute take in account VoltageOffset and CurrentOffset properties |
DEV_DOUBLE | READ | No |
| horizontalPosition |
DEV_DOUBLE | READ | No |
| verticalPosition |
DEV_DOUBLE | READ | No |
| verticalPosition1BipolarMode: Z1 position = Kz1_factor x log10( I1/I4 ) + offsets ... actived only in geometry 2 |
DEV_DOUBLE | READ | No |
| verticalPosition2BipolarMode: Z2 position = Kz2_factor x log10( I2 / I3 ) + offsets ... actived only in geometry 2 |
DEV_DOUBLE | READ | No |
| inputAverageVoltage1: input average voltage on channel 1. (Calculated with the voltage buffer generated over the integration time.) voltage offset is not subtracted |
DEV_DOUBLE | READ | Yes |
| inputAverageVoltage2: input average voltage on channel 2. (Calculated with the voltage buffer generated over the integration time.) voltage offset is not subtracted |
DEV_DOUBLE | READ | Yes |
| inputAverageVoltage3: input average voltage on channel 3. (Calculated with the voltage buffer generated over the integration time.) voltage offset is not subtracted |
DEV_DOUBLE | READ | Yes |
| inputAverageVoltage4: input average voltage on channel 4. (Calculated with the voltage buffer generated over the integration time.) voltage offset is not subtracted |
DEV_DOUBLE | READ | Yes |
| samplingFrequency: sampling frequency of the DAQ board |
DEV_DOUBLE | READ_WRITE | Yes |
| gain: according to the Locum4 input range the gain change. Input Range gain (�A) 1000 100 100 10 10 1 1 0.1 0.1 0.01 0.01 0.001 0.001 0.0001 0.0001 0.00001 |
DEV_DOUBLE | READ_WRITE | Yes |
| bufferIntegrationTime: it's the filling time of acquiring buffers daq_buffer_size = (daq_frequency * integration_time (in ms) * 10^ -3)*4 ex : the aim is to get 5000 measurements over 4 AI channels if the setting is: - integration_time = 10 ms - daq_frequency = 500 000 Hz so, daq_buffer _size = 20000 samples |
DEV_DOUBLE | READ_WRITE | Yes |
| measurementUnit: displays the current measurement unity |
DEV_STRING | READ | No |
| numberOfSamples: number of samples aqcuired duriing the integration time |
DEV_LONG | READ | Yes |
