Task number Description Priority FTE Covered Done Developers
EF developments
3.6 Full scan muon finding by using FTK tracks 1 1.0 30% complete2.png M. Woudstra, A. Oh, M. Owen
4.1 Implement updated '3rd-chain' within EF 1 0.5 25% complete0.png M. Woudstra, A. Oh, M. Owen
4.2 Updates needed to run in combined HLT mode (Data Preparation etc.):          
4.2.1 Combined HLT running updates in TrigMuonEF code 1 0.1 100% complete2.png M. Woudstra, A. Oh, M. Owen, S.Barnes
4.2.2 Combined HLT running updates in TrigMuGirl code 1 ? ?    
4.2.3 Update DataDecoders for combined HLT running 1 0.6 25% complete1.png S. Barnes, M. Woudstra (MDT)
4.3 Improving CPU consumption in EF algorithms:              
4.3.1 Use of L2 information within EF (to reduce CPU time) 2 0.4 100% complete0.png M. Woudstra, A. Oh, M. Owen, S. Barnes
4.3.2 Investigate pT requirements within the MS track reconstruction (to reduce CPU) 2 0.2 25% complete0.png M. Woudstra, A. Oh, M. Owen
4.3.3 Investigate better RoI seeding e.g. for EF track isolation 2 0.3 25% complete0.png M. Woudstra, A. Oh, M. Owen
4.3.4 Investigate use of combined HLT ID tracking in muon algorithms 2 0.3 10% complete0.png M. Woudstra, A. Oh, M. Owen
4.4 Re-design of full scan chain (to reduce CPU time) 1 0.2 100% complete3.png M. Woudstra, A. Oh, M. Owen
4.5 Investigate better RoI seeding e.g. for EF track isolation 1 0.2 25% complete0.png M. Woudstra, A. Oh, M. Owen
4.6 Investigate pT requirements within the MS track reconstruction (to reduce CPU) 1 0.2 25% complete0.png M. Woudstra, A. Oh, M. Owen
4.7 Replace TrigMuSuperEF with original algorithms + new steering logic 3 0.2 0% complete0.png  
4.8 Add new COST tool to monitor internal caching in TrigMuonEF 2 0.1 0% complete0.png  
4.9 Development of Calo isolation (incl. improved pileup subtraction) 1 1.0 100% complete2.png P. Harrison, G. Jones, S. Giagu, M. Spangenberg
4.10 xAOD migration TrigMuonEF 1 0.3 20% complete1.png A. Oh, M. Owen
4.11 xAOD migration TrigMuGirl 1 ? ?    
4.12 Implement full-scan MSOnly dimuon chain (mu24_mu10_MSOnlyEFFS) for MCP tag-and-probe 1 0.1 0% complete1.png  
4.13 Implement calo-tag trigger algorithm          
4.13.1 Implement full-scan calo-tag dimuon trigger using FTK tracks (mu24_mu10_CaloEFFS) for MCP tag-and-probe 1 0.5 0% complete0.png  
4.13.2 Implement calo-tag muons into trigger to fill eta=0 gap in full-scan 2 0.3 0% complete0.png  
4.14 Improve EF track isolation by using Primary Vertex from FTK tracks 2 0.3 0% complete0.png  
5.1 Covered in other items          

Key:

complete0.png not started
complete1.png started
complete2.png 40% done
complete3.png 60% done
complete4.png nearly completed
complete5.png finished

-- MartinWoudstra - 13 Dec 2013 -- MarkOwen - 14 Nov 2013

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Topic revision: r3 - 2013-12-13 - unknown
 
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