Use of XAL at Spiral 2
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- Marjory Vivien Doyle
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1 Use of XAL at Spiral 2 P. Gillette, E. Lemaître, L.Philippe, (Ganil/SdA/GIM) 1
2 What we had to do : design java applications to tune accelerators with different beams. To control the accelerator devices. with a very small team of developpers. No background of java and Epics. We need a magic wand => XAL What we are doing : => definition of the accelerator tree. => definition of the accelerator components. => definition of the management of the values sets for tuning. => writing first applications for supervising devices. 2
3 Accelerator tree Definition of the accelerator and the beam paths. Injector LBE1 => Ions 1/3. LBE2 => d,p could be tuned «off line» LBE3 => Ions 1/6 Linac LME LINAC A LINAC B LHE NFS S3 o S3 N o S3 S Beam Dump Production Insertion in a database INGRES 3
4 Accelerator hierarchy within the database LEVEL PATH SEQUENCES PARTS NODES HANDLES 1/3 LBE1 LBE1 SOURCE LBE1S LBE1_SI LBE1_PREPARATION LBE1P LBE1_Q11 LBE1_Q11_I_RB LBE1_Q11_FIELD_SET LBE1_ANALYSE LBE1_CF11 LBE1_FH11 LBE1_CF11_IMES LBE1_FH11_L_SET LBE1_FH11_CDG_SET LBE1_FH11_TEMP_MES DEUTONS LBE2 LBE2_SOURCE LBE2_PREPARATION LBE2_ACHROMATISME INJECTEUR LBE1_LME LBE2_LME LBE1 SOURCE LBE1_PREPARATION LBE1_ANALYSE LBE1_TRANSPORT LBEC RFQ1 LBE2 SOURCE LBE2_PREPARATION LBE2_ACHROMATISME LBEC RFQ1 LINAC LBE3_LME LBE3_SOURCE LBE3_PREPARATION LBE3_ANALYSE RFQ2 LME LINAC_A LINAC_B Fits both the existing Ganil approach and the Xal concepts 4
5 Definition of the nodes in the database Geometry. Handles. Specifical values magnetic data, Hf. Equipments(power supplies ). 5
6 Generation of the optics files Database INGRES Hierarchy nodes Values sets Level, optics, sequences Accelerator components Theoretical, tuning values Arbre2xdxf Files xdxf 6
7 Bd2xdxf Arbre2xdxf : software for automatic generation of XDXF files from database Creates a new empty accelerator. Reads the nodes ordered by sequences in the DB. Populates the accelerator with the nodes created by Spiral2AcceleratorNodeFactory which from db reads the alignement values. reads the component values. (magnetbucket,rfbucket). reads the handles and their transformations. reads the equipments used by the node. (ps, ). Populates the accelerator with the equipements by bd2eqpts (powersupplies) Writes the accelerator to a file. 7
8 LBE1.xdxf <?xml version = '1.0' encoding = 'UTF-8'?> <!DOCTYPE xdxf SYSTEM "xdxf.dtd"> <xdxf date=" " id="lbe1" ver="beta"> <sequence id="lbe1_analyse" len="07.298" pos= " " status="true" type="sequence"> <attributes> <sequence predecessors = LBE1_PREPARATION» /> </attributes> <node id=" LBE1_D11" len=" " pos="3.5205" status="true" type="dh"> <attributes> <aperture shape="2" x="0.22" y="0.09"/> <align pitch="0.0" roll="0.0 " yaw="0.0" x="3.5205" y="0.0" z="0.0" /> <magnet bendangle="-90.0" dfltmagfld=" " dipoleentrrotangle="26.565" dipoleexitrotangle="26.565" len=" " polarity="1.0"/> </attributes> < ps main="lbe1-d11" trim="lbe1-d11-cor "/> <channelsuite magnetsuite> <channel handle=«fieldrb" settable="false" signal="lbe1-d11-b:champ" transform="lbe1-d11-b" <! gauge field measurement / bend axis field--> <transform name="lbe1-d11-b" nbcouples= " 2" type=" doublenevilleinterpolation " " x0= " 500" x1="1000" y1= " 505.2" y2="1146.8",/> </channelsuite> </node> 8
9 Transformations Used to convert Field to current. Field measurement to field on axis of magnet. <transform name="lbe1-d11" nbcouples="6" type="doublenevilleinterpolation" x0="0" x1="80" x2="90" x3="150" x4="200" x5="250" y0="0" y1="1019" y2="1146.8" y3="1909" y4="2541.5" y5="3168.7"/> => modification Signalsuite.java TransformFactory DataTransformFactory 9
10 Nodes & Devices Xal Nodes Qpoles,bends,Rfcavities, Specific nodes Slits. TrimmedBend. Deflectors (high voltage supply). Bunchers. Diagnostics Access to hardware devices of the accelerator. Power supplies (current and high voltage). Field probes ( hall probes, mnr probes). Motors. Temperature probes. Actuators. Common handles for accessing devices used by nodes cmd State defaults 10
11 Beam diagnostics interface Name Interface Progress Faraday cup slow acq. VME ICV150 To be validated Faraday cup fast acq. VME ICV178 & 108 First tests to be done DCCT VME ICV Same as Faraday cups ACCT? Under discussion Profilers Modbus / RTU Prototype mid-2010 BLM Beam Losses Monitors BPM Beam Position Monitors ( NIPNE)? ( BARC) Specific VME board To be defined To be integrated Time Of Flight (TOF) Modbus / TCP Under discussion Packet length & FCT Oscilloscope Under discussion Packet length (Linac)?? 11
12 Magnet Power supply Channels <PS> <main genre="hazemeyer" id="lbe1-d12" type="main"> <channelsuite name=«pssuite»> <channel handle="i" settable="false" signal="lbe1-d12:iact"/> <channel handle="iset" settable="true" signal="lbe1-d12:icons"/> <channel handle=«fieldset" settable="false" signal="lbe1-d12:icons" transform="lbe1-d11"/> <channel handle=«psfieldrb" settable="false" signal="lbe1-d12:iact " transform="lbe1-d11"/> <channel handle="rampelocale" settable="false" signal="lbe1-d12:iramplocal"/> <channel handle="ready" settable="false" signal="lbe1-d12:rdy"/> <channel handle="rampestart" settable="true" signal="lbe1-d12:irampstart"/> <channel handle="buteemax" settable="false" signal="lbe1-d12:ibuteemax"/> <channel handle="vmax" settable="false" signal="lbe1-d12:vmax"/> <channel handle="vmes" settable="false" signal="lbe1-d12:vmes"/> <channel handle="onoff" settable="false" signal="lbe1-d12:onoff"/> <channel handle="typealim" settable="false" signal="lbe1-d12:typealim"/> <channel handle="imax" settable="false" signal="lbe1-d12:imax"/> <channel handle="ctrl" settable="false" signal="lbe1-d12:ctrl"/> <channel handle="nobusy" settable="false" signal="lbe1-d12:nobusy"/> <channel handle="sloperb" settable="false" signal="lbe1-d12:irampact"/> <channel handle="slopeset" settable="true" signal="lbe1-d12:irampcons"/> <channel handle="buteemin" settable="false" signal="lbe1-d12:ibuteemin"/> <channel handle="pwr" settable="false" signal="lbe1-d12:pwr"/> <channel handle="cmd" settable="true" signal="lbe1-d12:cmd"/> <channel handle="cmdslist" settable="false" signal="lbe1-d12:processdynamicmodbustable.vals"/> <channel handle="state" settable="false" signal="lbe1-d12:processdynamicmodbustable.valj"/> <channel handle="statedescon" settable="false" signal="lbe1-d12:processdynamicmodbustable.valt"/> <channel handle="statedescoff" settable="false" signal="lbe1-d12:processdynamicmodbustable.valu"/> <channel handle="defaultslist" settable="false" signal="lbe1-d12:defects.valb"/> <channel handle="defaults" settable="false" signal="lbe1-d12:defects.vala"/> <channel handle="defaultsprocess" settable="true" signal="lbe1-d12:defects.proc"/> equipment handles <transform name="lbe1-d11" nbcouples="6" type="doublenevilleinterpolation" x0="0" x1="80" x2="90" x3="150" x4="200" x5="250" y0="0" y1="1019" y2="1146.8" y3="1909" y4="2541.5" y5="3168.7"/> </channelsuite> </main> </PS> 12
13 Application Hook Choice of ps low level access to devices : power supply control 13
14 Profils viewer Choice of beam profil Scaling features A : automatic M : maxima + : increase - : decrease IT and Ht values Rebuild Mode Freeze, Save/restore In/out state and cmd Simulation, Test Modes 14
15 Beam parameters management Off-line preparation TraceWin output file On-line use of the ParaSpiral2 application Choice of a set of values TraceWin2BD Spiral2 database XAL (.xdxf) file Arbre2xdxf Interactions with equipment (set, read, compare ) Configuration Archiving 15
16 Values sets Tracewin2Bd program reads theoreticals data created by the tracewin application and insert those into database tables Data base tables Java classes 16
17 Paraspiral2 application Choose the ion beam. The user can the beam path, the beam optic from DB. Read theoritical, saved, archived or live values. Save values For short term storage, selection by sequence. For long term archiving, selection by beam path. Set values and restore them from DB Compare theoritical, saved, archived or live values.. Change magnetic rigidity of the lines from theoretical, saved, archived or live values. 17
18 Paraspiral2 Ion choice Value Set Selection 18
19 Conclusion Xal is mainly used, up to now, as a tool Box. => we don t use modelisation. => we dont have used bricks for building applications. Next steps test the applications already written on the injection line LBE2 in Saclay Write new applications or adapt existing ones service applications Launcher Logging survey Alarms Elog Tuning general use applications. (scanning,knobs ) emittance limitation. modelisation? tuning rf cavities Energy management Xal is really what we were looking for and it will be a pleasure to share our code and applications. 19
20 The XAL structure has been a little bit change in our case (see Pascal Congratulations talk) : compcatibility to the? XALteam for the great work accomplished. Thank you for your attention. 20
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