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Continuous / Fast Acquisitions Motivation for a framework

Continuous / Fast Acquisitions Motivation for a framework. Vicente Rey Bakaikoa BLISS Day Out / 15 Jan. 2007. Continuous Acquisitions. Beamlines : 25 Total number of setups: 35 to 40. Changing conditions. Motors Programming Reading of encoder input

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Continuous / Fast Acquisitions Motivation for a framework

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  1. Continuous / Fast AcquisitionsMotivation for a framework Vicente Rey Bakaikoa BLISS Day Out / 15 Jan. 2007

  2. Continuous Acquisitions • Beamlines: 25 • Total number of setups: 35 to 40

  3. V.Rey Bakaikoa BLISS Day Out – 15 Jan 2007

  4. V.Rey Bakaikoa BLISS Day Out – 15 Jan 2007

  5. V.Rey Bakaikoa BLISS Day Out – 15 Jan 2007

  6. V.Rey Bakaikoa BLISS Day Out – 15 Jan 2007

  7. Changing conditions • Motors • Programming • Reading of encoder input • Trigger for start • Constant speed • Start movement • Motor types: • Existing: Vpap+Smpap, Vscanner, Pm304, FlexMotion, Galil, Micos, ID19 Fasttomo • Coming soon: Icepap, Aerotech, SpaceFab, Newport • Special conditions: breathing, chopper • Time only

  8. Data sources • Sliced by sync: • Vct6 + hook • P201 + hook • Musst (counter, encoder, Mca) • Xia/XMAP • Frelon ( espiafamilly: Dalsa, Sarnoff, soon Medipix) • Dalsa (Coreco) • McaAIM: Master only • Other: Mar, Adsc (integration during oscil) • Gas Filled Detector

  9. Synchronization • Slicing: • Opiom • Vct6, P201, MUSST • Trigger signal from detector • McaAIM • Start / Stop

  10. Sequencer • Coordinate programming and configuration of all actors • Reads buffers during acquisition • Online data visualization • Reconstructation of data, save...

  11. Existing sequencers • Zap • Oscillation familly of macros • Set detector to integrate • Sync. Motor, shutter and acquire data during acquisition • Beamline specific macros V.Rey Bakaikoa BLISS Day Out – 15 Jan 2007

  12. Zapscans • Generalization of continuous acquisition • Handles configuration of data readers, motors • Provides modes, plot, data reconstruction… • Different scan types: zapline, zapimage… V.Rey Bakaikoa BLISS Day Out – 15 Jan 2007

  13. How to get your zap working With just 6 clicks and 35 cts!!

  14. How to get your zap working • Dial 2531 on your phone (4 clicks) • Pronounce the password: “café?” • Walk to the cafeteria with “He” • Enter 35cts in the coffee machine • Click item selected by “He” (5th click) • Now put your warmest clothes and get out of the cafeteria • Click on the lighter to light his cigarette (6th click) • Ask for you zap V.Rey Bakaikoa BLISS Day Out – 15 Jan 2007

  15. Automatic zap configuration • If you followed the previous method correctly “He”will: • Copy /users/blissadm/local/spec/macros/id21zap.mac from xrmd • Rename it in idxxzap.mac • Adapt the idxxzapsetup macro to your beamline • Remove the 2554 zap pseudo counters macros you don’t care from this file • Touch a lot of cables V.Rey Bakaikoa BLISS Day Out – 15 Jan 2007

  16. The idxxzap.mac file def idxxzapsetup '{ # zap framework setup zapconfig 3 # zap interruption generator zapintgenconfig "OPIOM" # zap hook configuration zaphookconfig "VCT6" "LINUX" "idxx/hook/10" "idxx/Vct6_00/2“ # define hook counter zapcntadd("arr_sdd2", "idxx/vct6_01/6","VCT6", "0“,"substract", 1) zapcntadd("arr_mono", "cc133_0","CC133", "0x00 9","encoder",1) # define pseudo counter zappseudoadd("arr_srcur", "idxx_zap_pseudo_srcur_read", "COUNTER", 0) # machine current zappseudoadd("arr_energy", "idxx_zap_pseudo_energy_read", "MOTOR", 0) # energy in KeV # ZAP motors (if constant speed needed) zapcstspeed 1 # constant speed zapmotconfig "OPIOM“ # motor multiplexer zapmotadd(dety, "MAXE", 0, 15000) # VPAP+SMPAP zapmotadd(sampz, "VSCANNER", 4, 100000) # piexo + VSCANNER # zap plotting ZAP_PLOT["plot1D"] = 1 }’

  17. The idxxzap.mac file(more likely) • def idxxzapsetup '{ • # zap framework setup • zapconfig • # zap interruption generator • zapintgenconfig “VCT6" “idxx/Vct6_00/1” • # zap hook configuration • zaphookconfig "VCT6" "LINUX" "idxx/hook/10" "idxx/Vct6_00/2“ • # define hook counter • zapcntadd("arr_sdd2", "idxx/vct6_01/6","VCT6", "0“,"substract", 1) • zapcntadd("arr_mono", "cc133_0","CC133", "0x00 9","encoder",1) • # No constant speed • zapcstspeed • # zap plotting • ZAP_PLOT["plot1D"] = 1 • }’

  18. Then just run: zaplinemne start stop time npoints

  19. And now with you…

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