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Sorry, I realized in shift mode, the data recorded are not completed newly recorded, there are some overlaying, which I understand. How can we calculate which part is newly collected data, if let's say I collected 8000 sampling rate with 8000 samples each run. I saw on the waveform app, in the record mode, it enables draw while recording in the config button, how can we use this functionality in python to do it real time? Thanks just one more question from me, is there any accurate time representation of each datapoint when it is collected, now I am estimating it, based on sample size and sampling rate, was just wondering if there is anything built in. Thanks.

It's like the digilent scope version (some sort of line plot to visualise the change) where the plot appears when they got sampled, liked the repeated or shift sampling mode. Are there any samples we could take a look at? Thank you.

Not sure if someone has asked this. But I was working on a project that hope to visualise the data collection process, i.e. seeing a waveform in real time, I am able to collect some data as long as I want it to but just hoping to see if it is possible to visualise the whole thing during the process. Thanks in advance.

Would there be a way to do it in a script, reading channel1 data and lets say I pre-set a time,(e.g. 60s) and continuously writing the data as long as the time data to a CSV file and at the end, exporting it? Currently, I am using a for loop to get the time data at each data point, which seems inefficient. Best regards, Peter

Hi, It is my first time using an oscilloscope. I am trying to use the oscilloscope to collect data, but I want to see if there is a way to obtain data real-time while continuously getting data without a data sample limit (Or I can incorporate the APIs?) I tried out some of the python code but it does not seem to be able to obtain a larger sample size. May I get some hint or point in the right direction in terms of what to look at to resolve this? Thanks in advance.