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Control room tools

Control room tools. Stefan Jachmich SL-Training 2010. Outline. Xpsedit: Pulse schedule editor (solaris) Xmimic: Mimics of subsystems (solaris) Xpad: Pulse analysis and display (solaris) XG: Display programme for real time data (solaris)

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Control room tools

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  1. Control room tools Stefan Jachmich SL-Training 2010

  2. Outline • Xpsedit: Pulse schedule editor (solaris) • Xmimic: Mimics of subsystems (solaris) • Xpad: Pulse analysis and display (solaris) • XG: Display programme for real time data (solaris) • JETDSP: JET data display program (solaris & JAC) • KL-1 replay: Replay of pulse videos (JAC)

  3. Xpsedit PLANT DAPs LOAD LOAD ~35,000 Previous Pulses Reference Pulse Type Pulse Schedules Pulse Types Create Modify Delete Pulse Schedule Editor (Xpsedit) Config Config Config Pulse Types Organised by Task Force handsover Pulse Type SL DCO EiC • Xpsedit provides an interface to level-1 control software for uploading to the plant parameters and settings prior a pulse • Type of interface depends on the subsystem to be configured • as SL: default should be jet.conf ( “File”-menu  “Open config file”  select “jet.conf”) • Pulses are prepared as “Pulse Types”, which are organised in “Pulse schedules” • Settings of an old pulse can be retrieved as DAP (“Dial-A-Pulse)

  4. Xpsedit – getting started • logon on solaris (gen-off or gen-on) • start Xpsedit • Create your own schedule in Official/Training2010/myname • Modify title page and write title page ( “Pulsetype”-menu  “Write title page”)

  5. Xpsedit – getting started (2) • Append pulse type • Read pulse type reference Schedule: Official/PlasmaOpsGroup/Training2010Pulsetype 0001 or 0002 • Copy reference to your pulse type ( “Edit”-menu  “Copy ALL except Session Info”) • Save pulse type

  6. Xpsedit – checks • Xpsedit automatically checks JOIs when pulse is saved. • Clicking on “FAILED” directs to the corresponding JOI-page and further on to the level-1 page • Remember:although level-1 checks some JOIs electronically, it is still your responsibility that your pulse is in accordance with JOIs! Don’t worry, while still on trainee license Correct protection to comply with JOI Check TF-waveform and RF-frequency

  7. Xpsedit – editing • Each page contains list of parameters and waveforms, which are settable by the SL • Some parameters/waveforms appear simultanously on several pages • level-1 checks validity of parameters (number is red => invalid!) • Colour-code: =Parameter modified; =Reference value is different • Some parameters are derived by algorithms based on your settings => re-run algorithm if changes to your pulsetype have been done • “Append pulse type” => creates new pulse type after last PT in schedule • “Insert pulse type” => creates new pulse type after chosen PT • “Globel edit parameter” => changes one parameter in all PTs of a schedule • to see parameters loaded on plant: in control room => set plant as reference in office => show plant snapshot

  8. Xpsedit – pages  F. Rimini, “PPCC”, Tuesday  R. Felton, “Gas&Dens”, Monday  P. Lomas, “Plasma Ops I”, Monday • Main page: general info about the pulse, Ip-control, PF-currents, Density, TF, excerts of Breakdown settings • PPCC Breakdown: detailed settings of IP- and PF-control up to 40.35 sec for Mode B or 40.8 sec for Mode D. • PPCC Control: overview of control modes as a result of main page settings • Power supply page: used for PS-commissioning • Turns & Polarities:check for correct PF-/TF-settings when dialing up old pulses • PS, CPS & PPCC-limits: for information (max current and voltages of TF-/PF-power supplies) • Gas (normal): basic settings of GIMs (dosing, feedback, puff) • Gas (advanced): additional settings to select GIMs into RTCC and density feedback settings (PID) • PDV-settings: specify diagnostic channels to be used for density validation during pulse

  9. Xpsedit – pages (cont’d)  F. Rimini, “Contr. Tools II”, Monday  R. Felton, “RTC&Protection”, Wed.  S. Jachmich, “EFCC”, Friday  V. Speakers, “add. Heating”, Fri. • PFPS-page: main plasma protection page (=> check!) • RTPP-page: (voluntary) additional protection settings (e.g. GIM-stop for low NBI-power) • External systems: settings of other inputs to PTN (=> check, but normally does not require changes) • RTSS: construct your own Real Time Signals for protection (e.g. Prad divided by Pin) • PEWS-page: set plant protection when operating with auxiliary heating systems (common mistake: wrong PEWS-scenario) • Heating & Fuelling requirements: specifiy heating waveforms, RF-frequency, Pellet requests (check for sensible plasma protection settings!) • PRFA-controller: specify EFCC-waveforms • Maxfea Interface:produce circuit file for Maxfea-simulations • Extended waveform facilities: useful to quickly extend pulse • Flight simulator: shows overview of expected current waveforms, forces, etc. • “The big picture”: displays major waveforms, heating windows and active protection windows

  10. Xpsedit – hints • Xpsedit links also to Xmimics and Xg • Help: • http://w3.jet.uk/CODAS/jet/pm/level1/html/homeNews.html • any SL • in case of bugs, etc. : RO P. Mc Cullen

  11. Xmimics • Xmimics display actual status, settings and data of various subsystems • Mimics are linked (click on ◘). Feel free to browse through all mimics!

  12. Xmimics • useful mimics for session leading (small selection): • mc/codas/countdown: displays status of all subsystems PF-/TF-speed • pf/pps/pps: displays times of PTN-stops of last pulse link to PTN-log • pf/plasma/plasma-ovr: displays SC- and WALLS-stops of last pulse • vc/codas/sys: overview of vaccuum (torus pressure, cryo temperatures, etc.)

  13. Xg • Displays data quickly after the pulse • Useful to analyse protection settings (PEWS, RTPP, ...) • Quick glance on performance of auxiliary heating systems (NBLM, LHLM, ...) • all Real Time signals can also be read into JETDSP by choosing subsystem XG • Help: http://w3.jet.efda.org/CODAS/Document_Library/JDN/H99-1.pdf

  14. Xg (2) (1) Select group of XG-signals (2) Use if pulse is missing in pull-down list Plot signals in canvas Signal pallete Delete signal pallete (3) Use middle mouse button to add signal to signal canvas Refresh if “Global” selected Signal canvas

  15. Xg (RTPP) Trip level (max or min) Signal Ip-signal minIp Time when protection is active Time of trip Digital signal data • Output of scripts show signals, trip levels, active time window and trip times

  16. Xg (PEWS) • Xg contains various scripts to examine PEWS (note GS-dens waveform used for PEWS) minNe (34 fr) low minNe (=90% 34 fr) PEWS closes !!Density close to standard min limit!! notch-densities (t=43.3-43.8s) norm. PINIs stop start of norm. PINIs PEWS enabled tang. banks stop already when 34.2 fr reached

  17. Xpad • Displays large number of different signal-types (JPF,PPF, cgrt, waveforms, ...) • Updates signals automatically after each pulse (for pulse related signals) • standard set of signals available (called configuration files) • Help:http://w3.jet.efda.org/CODAS/Document_Library/JDN/H02-43.pdf • to browse signals: right mouse -> Change Curves

  18. Displays large number of different signal-types (JPF,PPF, cgrt, waveforms, ...) Xpad (2) to plot signals in same window change to “1” selected day “only” or plus “0001” day(s) signal type subsystem available signals

  19. JETDSP Signal selector make sure PPFUID is set to JETPPF “ON” for public JET-pulses “Data” for calibrated data sequence number “0” for most recent PPF-data • Displays general data such as JPF, PPF, TRANSP-output and any MDSplus data • Set of signals and plots can be retained as “Standard Sets” • Help: http://www.jet.efda.org/expert/jetdsp/jetdsp.shtml • Browse signals: File Read signals

  20. JETDSP - main window Error bar associated? Internal name (editable) Plot number Marker mark signalsto plot only selected ones to exclude signal from plot set to “0” • Plot signals: Plot  “Plot All Signals” or “Plot Marked Signals”

  21. JETDSP – simple signal processing use for expression signal names as in 1st column of main window add to avoid NaN to plot signal1 (DDS3) vs. signal2 (LID3) shift signal by 1 sec: specify time window

  22. KL1-camera • Wide angle camera video can be accessed via • jetmovie (on JAC: AnalysisPrograms KL1 JetMovie) • level-1 interface • JET pulse information center (linked by overhead display) • for pulses up to 70749 use kl1-4-w; from 70965 on kl1-8-w.

  23. Final tip In case of problems, ASK!

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