![]() %> data Acquired data (two columns, channels 1 and 2).įunction data=acquire(ipAddress,nSamples,decimationFactor,averagingIsEnabled)ĭisp('plink.exe not found, please install PuTTy!') %> averagingIsEnabled If true, enable averaging when decimating. ![]() ![]() %> nSamples Number of samples to capture. %> ipAddress Red Pitaya IP address (or hostname). %> installation folder must be in included into the windows %> Note: PuTTy must be installed and the path to the PuTTY 16384), the optional decimation factor and averaging selection.Īs I’m running Octave on windows the PuTTy tool must also be installed to be able to transfer data over an SSH connection. As input it needs the RedPitaya IP address, the number of samples to acquire (max. The function acquire shown below is a simple GNU Octave script that loads samples from the RedPitaya and returns the sample vectors as a two-column matrix. We can use the GNU Octave tool to acquire samples from the RedPitaya and then do basically whatever processing we want.
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