Add parent isolation variables to lines in RD
NEEDS: !2926 (merged) and Rec!3751 (merged)
Attempt to add isolation to all lines reported in the Table below.
IMPORTANT: Is not expected to replace the effort of each analyst's interest in having isolations in their line. The function parent_isolation_output
is created for two main reasons:
- ensure that every line in the RD WG is guaranteed a basic type of isolation,
- being able to centrally control the impact of the added isolation information on the bandwidth and, eventually, tighten it. This approach naturally ensures that, in case of issues, we first try to tighten the isolation requirements on the lines that are not the main focus of the WG (at the moment).
DECAY | FILE |
---|---|
b_to_Xdilepton_detached.py | |
b_to_hemu.py | |
b_to_hemu_control_modes.py | |
b_to_kstarmumu.py | |
b_to_ll_LFV.py | |
b_to_ll_hlt2.py | |
b_to_ll_spruce.py | |
b_to_majolep_majo_to_leppi.py | |
b_to_multilepton_hlt2.py | |
b_to_multilepton_spruce.py | |
b_to_tautau_hlt2.py | |
b_to_v0ll_hlt2.py | |
b_to_xll_hlt2.py | |
baryonic.py | |
baryonic_radiative.py | |
bnv_lines_hlt2.py | |
btosetau_exclusive_hlt2.py | |
btosetau_tau_to_e_exclusive_hlt2.py | |
btosmutau_exclusive_hlt2 | |
btosmutau_tau_to_e_exclusive_hlt2.py | |
btostautau_exclusive_hlt2.py | |
btostautau_ee_exclusive_hlt2.py | |
btostautau_mue_exclusive_hlt2.py | |
lfv_lines_hlt2.py | |
omega_rare_decay_hlt2.py | |
prompt_multilepton.py | |
qqbar_to_ll.py | |
rad_incl.py | |
rare_tau_decay_lines.py | |
strange.py |
Expected changes on the RD bandwidth using the MDF method in TURBO (see link)
Configuration | BW [GB/s] | BW [GB/s] with Rec!3751 (merged) |
---|---|---|
No isolation | 0.6384 | 0.6384 |
Cone cut at 1.0 | 1.0032 (+57%) | 0.9576 (+50%) |
Cone cut at 0.5 | 0.855 (+34%) | 0.821 (+28.6%) |
Cone cut at 0.25 | 0.7752 (+21%) | 0.7296 (+14.3%) |
Cone cut at 0.1 | 0.7068 (+11%) | 0.684 (+7.14%) |
BW is computed using all_lines here. Using only turbo_lines instead
Configuration | BW [GB/s] |
---|---|
No isolation | 0.285 |
Cone cut at 0.5 | 0.4902 (+70%) |
The impact on the total TURBO BW is expected to be +8% (assumes total BW of turbo 2.61[GB/s]).
Expected changes on the RD bandwidth using the MDF method in Sprucing
No change is expected since the isolation is added on lines that have zero rate when run over 100K events.
TODO:
-
Evaluate new BW with the inclusion of Rec!3751 (merged)
Edited by Michele Atzeni