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GLAST/LAT > DAQ and FSW > FSW > Doxygen Index > GFC_DB / V3-0-0

Constituent: gamma_calib_leak     Tag: rad750

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_GFC_DB_tkrV1 Struct Reference

System control structure for the TKR cuts based on pattern recognition. More...

#include <GFC_DB_tkrV1.h>

Data Fields
int	row2Emax
int	row01Emax
int	topEmax
int	zeroTkrEmin
int	twoTkrEmax
int	skirtEmax
const TFC_geometry *	geometry
int	prjMax
int	grbPrjMax

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Detailed Description

System control structure for the TKR cuts based on pattern recognition.

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Field Documentation

const TFC_geometry* _GFC_DB_tkrV1::geometry

The tracker geometry

int _GFC_DB_tkrV1::grbPrjMax

The maximum number of projections allowed to be found for events satisfying the high energy conditions. (Note: the tracking is actually being done here for the benefit of the GRB algorithm. If this code gets moved to the GRB algorithm, this parameter should be phased out

int _GFC_DB_tkrV1::prjMax

The maximum number of projections for the GAMMA filter

int _GFC_DB_tkrV1::row01Emax

The maximum energy for doing the matching projection to hits in rows 0 and 1 of the ACD, typically xxx

int _GFC_DB_tkrV1::row2Emax

The maximum energy for doing the matching projection to hits in row 2 of the ACD, typically xxxx

int _GFC_DB_tkrV1::skirtEmax

The maximum energy, in LEUs, for cutting on tracks into the skirt region, typically very low like 20MeV

int _GFC_DB_tkrV1::topEmax

The maximum energy for doing the matching projection to hits in top plane of the ACD, typically xxx

int _GFC_DB_tkrV1::twoTkrEmax

The maximum energy, in LEUS, for demanding evidence for 2 tracks for at least 2 tracks, typically very low like 5MeV

int _GFC_DB_tkrV1::zeroTkrEmin

The minimum energy, in LEUs, for demanding evidence for at least 1 track, typically 250Mev

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The documentation for this struct was generated from the following file:

• GFC_DB_tkrV1.h

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