New simulation slice test 8 Real PPMs OLD

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New simulation slice test 8 Real PPMs OLD 4 CPMs and 2 CMMs 8

New simulation slice test 8 Real PPMs OLD 4 CPMs and 2 CMMs 8 Real PPMs 4 CPMs and 2 CMMs 2 JEMs and 2 CMMs 7 6 U RODs 5 9 U RODs TTC and ROS simulation November 2004 / July 2005 NEW Stephen Hillier, University of Birmingham 1

bytestream. Decoder o Unpacks all ROD data into ‘user friendly’ RDOs o o A

bytestream. Decoder o Unpacks all ROD data into ‘user friendly’ RDOs o o A typical RDO, eg CPM data, provides: o o o Well, OK, user friendly to hardware people Crate, module Logical module eta, phi Data values for each slice Error flags for each slice Is this what we really want – particularly offline? November 2004 / July 2005 Stephen Hillier, University of Birmingham 2

Bytestream Decoders, Status o Reminder – test beam status: o o o o 6

Bytestream Decoders, Status o Reminder – test beam status: o o o o 6 U CPM Data decoder 6 U CPM Ro. I decoder 6 U JEM Data decoder 6 U JEM Ro. I decoder 6 U Neutral CMM decoder 6 U Neutral PPM Decoder OBSOLETE TESTBEAM SPECIFIC NEVER BEEN USED Current Status: o o o 9 U CP Data decoder (includes CMM) 9 U CP Ro. I decoder 9 U ROD MODES 9 U JEM Data decoder STILL UNDER TEST 9 U JEM Ro. I decoder 9 U Neutral PPM Decoder November 2004 / July 2005 Stephen Hillier, University of Birmingham 3

Bytestream Decoders, TO DO and a few questions o More 9 U ROD Modes:

Bytestream Decoders, TO DO and a few questions o More 9 U ROD Modes: o o o Neutral 9 U ROD Modes: o o o All except PPM Data Necessary for completeness Neutral 6 U ROD Modes: o o o CMM Data in JEP DAQ and Ro. I PPM Data (probably the most difficult) Essentially all! How necessary are they ? Event format Version 3. 0 o o o When should we move to 3. 0 ? – probably not quite yet Should we use new detector ids immediately ? – my opinion, yes Should we move to 3. 0 for 6 U RODs ? - not a register November 2004 / July 2005 Stephen Hillier, University of Birmingham 4

Good progress then? o bytestream. Decoder E o o ET L 9 U formats

Good progress then? o bytestream. Decoder E o o ET L 9 U formats onwards to O S B offline friendly objects? O E T E mon. Framework L O(? ) solution – GNAM S o atlas wide OB proto. Analysis o E T E L always intended as testbed O S OB November 2004 / July 2005 o o E T histo. Display LE O S o PMP presentor in the works B O o o E offline BSD integration ET OB Rec. Ex. TB o L temporary SO cludge E T E L specific testbeam O S OB Stephen Hillier, University of Birmingham 5

Good progress then? o bytestream. Decoder o o o mon. Framework o o onwards

Good progress then? o bytestream. Decoder o o o mon. Framework o o onwards to 9 U formats offline friendly objects? atlas wide (? ) solution – GNAM always intended as testbed November 2004 / July 2005 histo. Display o o proto. Analysis o o offline BSD integration o o PMP presentor in the works temporary cludge Rec. Ex. TB o testbeam specific ntuple Stephen Hillier, University of Birmingham 6

Other aspects of monitoring (that we’ve barely started on) o o o Diagnostic tools

Other aspects of monitoring (that we’ve barely started on) o o o Diagnostic tools Meaningful warnings/error messages Long term tracking of quantities o Both VME and CANbus based o Histograms: more, more o Conclusion: Lots of work to do November 2004 / July 2005 Stephen Hillier, University of Birmingham 7