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User-Friendly GUI for DAQ: Streamlining Data Access and Compatibility Across Accelerators

This innovative GUI for Data Acquisition (DAQ) is designed to address challenges in data retrieval and compatibility with past, present, and future DAQ versions. It efficiently handles large datasets, allowing users to quickly search for specific data points such as temperature stability or average bunch charge. The tool facilitates fast access to Facility Status History (FSH) logs and provides pre-defined plots to visualize critical parameters like RF, magnets, and vacuum states. It enhances user experience while ensuring compatibility and ease of use for various accelerators.

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User-Friendly GUI for DAQ: Streamlining Data Access and Compatibility Across Accelerators

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Presentation Transcript

  1. GUI for the DAQ

  2. Challenges to face • compatible with past, present and future versions of DAQ • compatible with TTF1, PITZ, TTF2, … • help to find data • be user friendly • handle large amount of DAQ

  3. Search for data example: • the accelerator was on…sometime last week • check temperature stability during 800 μs RF • or get the average bunch charge • where is the start/end?

  4. FSH: Facility Status History

  5. Logfile for FSH • not on tape! fast access required • specific to each accelerator • DAQ should create it • we have to create it “manually” for old data • advantage: solves compatibility problem

  6. Archive filter G.Asova, K.Abrahamyan • access data stored • compare with a threshold value (filter) • save data onto a file • use GUI for selecting the filter

  7. Display P.Castro history plot

  8. history plot histogram correlation plot + fits

  9. Shift summary plots I.Bohnet, K.Abrahamyan • RF, magnets, vacuum, temperatures, interlocks, set-points, ... • “pre-defined” plots: scales, time period, variables, etc. are defined

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