Moore
User Guide
Why does the LHCb Upgrade need a software trigger?
Architecture of the LHCb Upgrade trigger
HLT1 Reconstruction
HLT2 Reconstruction
Running Moore
Running HLT1 and HLT2 over simulation
Debugging
Developing Moore
Writing an HLT2 line
Analysing HLT2 output
Converting an HLT2 line to ThOr functors
Enable real-time reconstruction
Running the HLT1 -> HLT2 chain
Streaming a.k.a. where is my data?
Running with Ganga
HLT1 tracking performance check
Input samples with different attributes
Studying HLT efficiencies, rates and overlaps
Line authoring guidelines
ThOr functors
Documenting Moore
API Reference
Moore
HLT1 selection API
HLT2 selection API
ThOr functors reference
HLT2 lines reference
b_to_open_charm
inclusive_detached_dilepton
rd
bandq
NoWG
pid
qee
ift
charm
cbaryon_to_phh
cbaryon_to_ph0_btag
cbaryon_to_pk
cbaryon_to_sl
ccbaryon_hadronic
ccbaryon_to_cbaryon_sl
ccbaryon_to_hyperon_dh
charm_to_h0x
cmeson_to_sl_btag
d_to_etah
d_to_hhh
d_to_hhhgamma
d_to_ksh
d0_to_hh
d0_to_hhgamma
d0_to_hhhh
d0_to_hhpi0
d0_to_hlnux
d0_to_kshh
d0_to_ksks
detection_asymmetry_lines
hyperons
hyperonsTT
lc_to_ksh_kshhh
prod_xsec
rare_charm_lines
cbaryon_spectroscopy
Hlt2Charm_Xic0ToPpKmKmPip_PR
Hlt2Charm_LcpToPpKmPip_PR
Hlt2Charm_XicpToPpKmPip_PR
dst_to_dee
hexaquarks
dsstar_to_dspipi
hadronic_interaction_lines
b_to_charmonia
semileptonic
monitoring
bnoc
trackeff
nobias
PyConf
RecoConf
Moore
»
HLT2 lines reference
»
charm
»
cbaryon_spectroscopy
Edit on GitLab
cbaryon_spectroscopy
Hlt2Charm_Xic0ToPpKmKmPip_PR
Hlt2Charm_LcpToPpKmPip_PR
Hlt2Charm_XicpToPpKmPip_PR