1 / 10

FiDeL Data Structure

FiDeL Data Structure. Deniau Laurent – AT/MTM. AT contribution. Context. AB ?. AB-OP. TS-IC. AT-MAS AT-MEL AT-MTM. AT-MAS AT-MTM TS-SU. FiDeL. Wise. AB-ABP. TS-SU. Reminder: magnetic re-set cycles. Data Structure Goals. Provide model parameters per circuit for LSA

rgroesbeck
Download Presentation

FiDeL Data Structure

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. FiDeL Data Structure Deniau Laurent – AT/MTM Laurent Deniau - AT/MTM

  2. AT contribution Context AB ? AB-OP TS-IC AT-MAS AT-MEL AT-MTM AT-MAS AT-MTM TS-SU FiDeL Wise AB-ABP TS-SU Reminder: magnetic re-set cycles Laurent Deniau - AT/MTM

  3. Data Structure Goals • Provide model parameters per circuit for LSA • Requires a knowledge of all circuits (LHC Part ID) • Input keys: circuit + field order (TF or Cn) • Output: input keys + model parameters / keys combination • Provide model parameters per magnet for Wise • Requires a knowledge of all magnets (LHC Part ID) • Input keys: magnet + aperture + field order (TF or Cn) • Output: input keys + model parameters / keys combination • Simple data retrieval • One single Oracle table (if possible) Laurent Deniau - AT/MTM

  4. magnet TF(I↑) TF(I↓) TF(I↕) TF relativeaccuracy relevant harmonics harmonics accuracy MB circuit, magnet circuit, magnet circuit, magnet 2-5 units; 0.2 unit b3,b5: circuitall mult: magnet 1 unit;0.2 unit MQ circuit, magnet circuit, magnet circuit, magnet 1 per mil; 5 units b6: circuitall mult: magnet 1 unit; 0.5 units MQM, MQMC, MQML class, magnet class, magnet class, magnet 1 per mil; 5 units b6: classall mult: magnet 1 unit; 0.5 units MQY class, magnet class, magnet class, magnet 1 per mil; 5 units b6: classall mult: magnet 1 unit; 0.5 units MCS circuit circuit circuit few % MO class or circuit class or circuit class or circuit few % MCO circuit circuit circuit few % MCD b5 circuit circuit circuit few % Magnets Classes (subset) Laurent Deniau - AT/MTM

  5. Data Structure (table) • Header columns (4): • Item-id: magnet, circuit or generic IDs • Aperture: 0 (N/A), 1, 2, 12 • Field order: TF or cn • C-side: yes or no • Model parameters columns (38): • Beam screen (2) • Geometic (2) • DC magnetization (5) • Saturation1 (4) + Saturation2 (4) • Residual magnetization (3) • Decay (4) • Snapback (2) • Powering history IFT (4) + TFT (4) + TPrep (4) • Comments , Last update (2) Laurent Deniau - AT/MTM

  6. Generics Laurent Deniau - AT/MTM

  7. Families Laurent Deniau - AT/MTM

  8. Circuits Laurent Deniau - AT/MTM

  9. Magnets Laurent Deniau - AT/MTM

  10. LSA and Wise views (after substitution) • LSA view: one line per circuit • Circuit • Field order • C-side • Model parameters • Wise view: one line per magnet • Magnet • Aperture • Field order • C-side • Model parameters Laurent Deniau - AT/MTM

More Related