Stores information relevant to the sum of single scintillation event across all channels. More...
#include <SumOfIntegral.hh>
Public Member Functions | |
void | Clear () |
void | Print (int pulse) |
ClassDef (SumOfIntegral, 2) | |
Public Attributes | |
Int_t | start_index |
index marking the start of the pulse | |
double | start_time |
time since trigger at start of pulse | |
Int_t | end_index |
index for the end of the pulse | |
double | end_time |
time since trigger at end of pulse | |
bool | start_clean |
start of pulse does not overlap with previous | |
bool | end_clean |
end of pulse does not overlap with next or window | |
double | dt |
Time between the start of this pulse and the next one (or end of trigger). | |
bool | saturated |
was the pulse saturated on any channel? | |
double | npe |
integral scaled for single pe amplitude | |
std::vector< double > | f_param |
f-parameters for different time values | |
double | f90 |
f-parameter for 90 ns | |
double | f90_fixed |
f-parameter for 90 ns over fixed_time1 | |
double | fixed_npe1 |
integral evaluated at fixed_time1 | |
double | fixed_npe2 |
integral evaluated at fixed_time2 | |
bool | fixed_npe1_valid |
did the event extend at least past fixed_time1? | |
bool | fixed_npe2_valid |
did the event extend at least past fixed_time2? | |
Int_t | max_chan |
channel which had the highest number of p.e. | |
double | max_chan_npe |
no of p.e. on channel which had the highest number of p.e. | |
bool | is_s1 |
true = S1 pulse | |
bool | is_s2 |
true = S2 pulse | |
double | gatti |
Gatti parameter for electron and nuclear recoil templates. | |
double | ll_ele |
Log-likelihood for electron recoil template. | |
double | ll_nuc |
Log-likelihood for nuclear recoil template. | |
double | ll_r |
Log-likelihood ratio of nuclear to electron recoil template. |
Stores information relevant to the sum of single scintillation event across all channels.
Definition at line 21 of file SumOfIntegral.hh.