1. Follow the 1-2 steps in Quick Start Guide for WavePond DAx11500z-LAN 
2. For testing purpose, I provide the 180MHz.txt and 120MHz.txt (which are generated by sine_fitter_project.exe for 1.5e9 Clock_rate).
=> Copy 180MHz.txt and 120MHz.txt to the shared folder (Ramdisk_Share(\\raspberrypi) (W:)
3. Run the LabVIEW and click either load_wfm or overwrite_wfm button as one prefer 
Note: in the front panel, I left concatenated string_load and concatenated string_overwrite so that it is easier to imagine what should be in the command.txt
Also, addition to the required commands, one should pad command.txt file with blank lines to insure that there are 31+ lines (I already did that in the LabVIEW code).
4. Run the LabVIEW and click STOP to stop outputting the waveform.

Note: if your Chase unit has 8K memory, the maximum sample in the waveform txt (i.e 180MHz.txt or 120MHz.txt in this case) should not be more than 7936. 
