Leif

Is there some way to avoid the gaps? They cause me problems as I can't build a continuous signal from the waveform pieces I get from DWF MSO Read.vi. We've also tried to solve this by using a Python script to access the more detailed trigger settings (and send the data to LabVIEW through UDP), but it seems like the AD3 have to wait for some time before being ready for the next trig (which causes a gap in the accumulated signal). Or have we missed some setting?

Well, the solution in Digilent_WaveForms_Frequency Sweep Generator and Acquisition (FGEN and MSO).vi is not really what I would call a continuous acquisition, rather repeated or something similar as it has to be restarted all the time which causes gaps in the acquired signal. What I'm looking for is something like the DAQmx function DAQmx Read.vi which can be used repeatedly without restarting the acquisition, while the sampling is still running.

It seems like LV-Link has some features I need that isn't found in Digilent Waveform VIs, primarily continuous acquisition of DAC data. I've got a Analog Discovery 3 device, so is this compatible with LV-Link?

It seems like the package Digilent WaveForms VIs has a lot of custom error and warning codes, like 374309 from DigilentWF.lvlib:DWF MSO Read.vi. Is there some kind of definition table for these? Debugging without explanations for these errors/warnings gets really hard.