TupleToolConeIsolation can save the info on the best π⁰
TupleToolConeIsolation could save the info of all the π⁰ in the event entering the cone around a track with a cut only on the m(hπ0) value by setting FillPi0Info
and/or FillMergedPi0Info
options to True
.
This option is practically unusable since it leads to gigantic tuples.
Since some information on the neutrals in the cone may still be useful, other two options are added (False
by default):
FillBestPi0Info
FillBestMergedPi0Info
These options save in the same branches that would have been filled by flagging the Fill(Merged)Pi0Info
options as True
only the information of one candidate. The one with
- minimum
\Delta R = \sqrt{\Delta\phi^2 + \Delta\eta^2}
for merged π⁰ - highest photons confidence level (
CL_{\gamma_1}+CL_{\gamma_2}
) within $\Delta R < 1$ for the resolved π⁰
In case no suitable candidate is found. The default values are filled.
By performing a test producing a tuple with default options, Fill(Merged)Pi0Info
, and Fill(Merged)BestPi0Info
an increase of the tuple size of 2% is found with the newly defined options, while the tuple is almost double in size when saving info from all the π⁰:
Scenario | Size (MB) |
---|---|
No info on \pi^0 in cone |
13.2 |
Info on all \pi^0 in cone |
23.0 |
Info on the best \pi^0 in cone |
13.5 |
n.b.: many other tuple tools were included in the tuple.