GAMMA_eff.h File Reference

Defines a set configuration constants for the Gamma Event Filter which were originally designed for filter efficiency study. More...

#include "GFC_DB/GFC_DB_V3_macros.h"
#include "GFC_DB/GAMMA_DB_instance.h"

Defines

#define InstanceName   GAMMA_eff

#define CDM_GFC_DB_GAMMA_EFF_SCHEMA   GAMMA_DB_SCHEMA

CDB database schema ID.

#define CDM_GFC_DB_GAMMA_EFF_INSTANCE   GAMMA_DB_INSTANCE_K_EFF

CDB database instance ID.

#define CDM_GFC_DB_GAMMA_EFF_VERSION   GFC_DB_V3_VERSION

CDB database version.

#define CDM_GFC_DB_GAMMA_EFF_HANDLE   InstanceName

CDB database data handle.

#define ENABLED   1

#define DISABLED   0

#define Acd_TopSideEmax   10 Mev

Maximum energy, in Mev to apply top and side vetoes, working value Effects EFC_GAMMA_STATUS_M_EO_TILE.

#define Acd_TopSideFilterEmax   350 Mev

Maximum energy, in Mev, to apply top and side filter (rows 0 & 1), working value.

#define Acd_SplashEmax   40000 Mev

Maximum energy, in Mev, to apply maximum tile count and the splash veto, working value.

#define Acd_SplashCount   4 Tiles

Maximum tile count for events exceeding splashEmax, working value. This is >= comparison, so if the value is 4 then events with energy greater than 40000 Mev and ACD tiles >=4 get rejected.

#define Acd_SplashMap   USE_DEFAULT (Acd_SplashMap)

The splash map to use, this defines the near and far neighbors of each tile, working value.

#define Atf_Emax   5000 Mev

The maximum energy, in Mev, to apply the cut, EFC_GAMMA_STATUS_M_TOP, _SIDE, working value.

#define Atf_ShadowedTowers   USE_DEFAULT (Atf_ShadowedTowers)

The shadowed towers, working value.

#define Zbottom_Emin   100 Mev

The minimum, in Mev, for the cut to be applied EFC_GAMMA_STATUS_M_ZBOTTOM, working value.

#define Cal_Epass   20000 Mev

The high energy pass value, in Mev, working value. Typical values a > 5000 Mev. Events with an energy larger than this value will be passed by the filter.

#define Cal_Eveto   5 Mev

The low energy veto limit, in Mev, working value. Typical values would be <= 2-5 Mev. Events with an energy less than or equal to this value will be rejected by the filter.

#define Cal_Emin   0 Mev

The lower energy limit, in Mev, for doing the layer ratio test, working value.

#define Cal_Emax   300 Mev

The limiting energy, in Mev, for doing the layer ratio test, working value.

#define Cal_Layer0RatioLo   10 Scaled_By_1024

The low end layer ratio cut, typically 1%, this is expressed in units of 1024, so 10 ~= 1%, working value. Effects EFC_GAMMA_STATUS_M_EL0_ETOT_01.

#define Cal_Layer0RatioHi   900 Scaled_By_1024

The low end layer ratio cut, typically 90%, this is expressed in units of 1024, so 900 ~= 90%, working value. Effects EFC_GAMMA_STATUS_M_EL0_ETOT_90.

#define Tkr_Row2Emax   30000 Mev

The maximum energy, in Mev, for doing the matching projection to hits in row 2 of the ACD, working value.

#define Tkr_Row01Emax   10000 Mev

The maximum energy, in Mev, for doing the matching projection to hits in rows 0 and 1 of the ACD, working value.

#define Tkr_TopEmax   30000 Mev

The maximum energy, in Mev, for doing the matching projection to hits in top plane of the ACD, working value.

#define Tkr_ZeroTkrEmin   250 Mev

The minimum energy, in Mev, for demanding evidence for at least 1 track, working value.

#define Tkr_TwoTkrEmax   5 Mev

The maximum energy, in Mev, for demanding evidence for 2 tracks for at least 2 tracks, working value.

#define Tkr_SkirtEmax   20 Mev

The maximum energy, in Mev, for cutting on tracks into the skirt region, working value.

#define Tkr_Geometry   USE_DEFAULT (Tkr_Geometry)

The tracker geometry, working value.

#define Tkr_PrjMax   USE_DEFAULT (Tkr_PrjMax)

The maximum number of projections for the GAMMA filter track finding. This parameter is a trade between finding more tracks to use to reject the event (skirt/ACD coincidence) and CPU cycles, working value.

#define Tkr_GrbPrjMax   USE_DEFAULT (Tkr_GrbPrjMax)

The maximum number of projections for events that are having the tracking done by the Gamma Filter as a convenience for the GRB algorithm. This parameter really belongs with in the GRB code and will be phased out once the tracking code gets properly moved into the GRB code, working value.

#define NonPhysics   ENABLED

#define Acd_NoCalLoFilterTile   ENABLED

#define Acd_Splash0   ENABLED

#define Cal_HiEnergy   ENABLED

#define Cal_LoEnergy   DISABLED

#define Cal_EL0TotLo   DISABLED

#define Cal_EL0TotHi   DISABLED

#define Acd_E0Tile   ENABLED

#define Acd_E350FilterTile   ENABLED

#define Acd_Splash1   DISABLED

#define ErrCtb   ENABLED

#define Cal_Zbottom   ENABLED

#define Acd_Top   ENABLED

#define Acd_Side   ENABLED

#define Tkr_Top   ENABLED

#define Tkr_Row01   ENABLED

#define Tkr_Row2   ENABLED

#define Tkr_NoTracks   ENABLED

#define Tkr_Skirt   ENABLED

#define Tkr_Lt2AndELo   DISABLED

#define Prescale_Input   0

#define Prescale_Output   4

#define Prescale_Overall   30

#define Prescale_NonPhysics   0

#define Prescale_Acd_NoCalLoFilterTile   0

#define Prescale_Acd_Splash0   0

#define Prescale_Cal_HiEnergy   0

#define Prescale_Cal_LoEnergy   0

#define Prescale_Cal_EL0TotLo   0

#define Prescale_Cal_EL0TotHi   0

#define Prescale_Acd_E0Tile   0

#define Prescale_Acd_E350FilterTile   0

#define Prescale_Acd_Splash1   0

#define Prescale_Cal_Zbottom   0

#define Prescale_ErrCtb   1

#define Prescale_Acd_Top   0

#define Prescale_Acd_Side   0

#define Prescale_Tkr_Top   0

#define Prescale_Tkr_Row01   0

#define Prescale_Tkr_Row2   0

#define Prescale_Tkr_NoTracks   0

#define Prescale_Tkr_Skirt   0

#define Prescale_Tkr_Lt2AndELo   0

#define Prescale_Rsvd10   0

#define Prescale_Rsvd9   0

#define Prescale_Rsvd8   0

#define Prescale_Rsvd7   0

#define Prescale_Rsvd6   0

#define Prescale_Rsvd5   0

#define Prescale_Rsvd4   0

#define Prescale_Rsvd3   0

#define Prescale_Rsvd2   0

#define Prescale_Rsvd1   0

#define Prescale_Rsvd0   0

Detailed Description

Defines a set configuration constants for the Gamma Event Filter which were originally designed for filter efficiency study.

Author:: JJRussell - russell@slac.stanford.edu


    CVS $Id: GAMMA_eff.h,v 1.6 2008/09/15 22:11:05 russell Exp $

Generated on Fri Apr 30 10:06:58 2010 by

1.5.3


Defines
#define	InstanceName GAMMA_eff
#define	CDM_GFC_DB_GAMMA_EFF_SCHEMA GAMMA_DB_SCHEMA
	CDB database schema ID.
#define	CDM_GFC_DB_GAMMA_EFF_INSTANCE GAMMA_DB_INSTANCE_K_EFF
	CDB database instance ID.
#define	CDM_GFC_DB_GAMMA_EFF_VERSION GFC_DB_V3_VERSION
	CDB database version.
#define	CDM_GFC_DB_GAMMA_EFF_HANDLE InstanceName
	CDB database data handle.
#define	ENABLED 1
#define	DISABLED 0
#define	Acd_TopSideEmax 10 Mev
	Maximum energy, in Mev to apply top and side vetoes, working value Effects EFC_GAMMA_STATUS_M_EO_TILE.
#define	Acd_TopSideFilterEmax 350 Mev
	Maximum energy, in Mev, to apply top and side filter (rows 0 & 1), working value.
#define	Acd_SplashEmax 40000 Mev
	Maximum energy, in Mev, to apply maximum tile count and the splash veto, working value.
#define	Acd_SplashCount 4 Tiles
	Maximum tile count for events exceeding splashEmax, working value. This is >= comparison, so if the value is 4 then events with energy greater than 40000 Mev and ACD tiles >=4 get rejected.
#define	Acd_SplashMap USE_DEFAULT (Acd_SplashMap)
	The splash map to use, this defines the near and far neighbors of each tile, working value.
#define	Atf_Emax 5000 Mev
	The maximum energy, in Mev, to apply the cut, EFC_GAMMA_STATUS_M_TOP, _SIDE, working value.
#define	Atf_ShadowedTowers USE_DEFAULT (Atf_ShadowedTowers)
	The shadowed towers, working value.
#define	Zbottom_Emin 100 Mev
	The minimum, in Mev, for the cut to be applied EFC_GAMMA_STATUS_M_ZBOTTOM, working value.
#define	Cal_Epass 20000 Mev
	The high energy pass value, in Mev, working value. Typical values a > 5000 Mev. Events with an energy larger than this value will be passed by the filter.
#define	Cal_Eveto 5 Mev
	The low energy veto limit, in Mev, working value. Typical values would be <= 2-5 Mev. Events with an energy less than or equal to this value will be rejected by the filter.
#define	Cal_Emin 0 Mev
	The lower energy limit, in Mev, for doing the layer ratio test, working value.
#define	Cal_Emax 300 Mev
	The limiting energy, in Mev, for doing the layer ratio test, working value.
#define	Cal_Layer0RatioLo 10 Scaled_By_1024
	The low end layer ratio cut, typically 1%, this is expressed in units of 1024, so 10 ~= 1%, working value. Effects EFC_GAMMA_STATUS_M_EL0_ETOT_01.
#define	Cal_Layer0RatioHi 900 Scaled_By_1024
	The low end layer ratio cut, typically 90%, this is expressed in units of 1024, so 900 ~= 90%, working value. Effects EFC_GAMMA_STATUS_M_EL0_ETOT_90.
#define	Tkr_Row2Emax 30000 Mev
	The maximum energy, in Mev, for doing the matching projection to hits in row 2 of the ACD, working value.
#define	Tkr_Row01Emax 10000 Mev
	The maximum energy, in Mev, for doing the matching projection to hits in rows 0 and 1 of the ACD, working value.
#define	Tkr_TopEmax 30000 Mev
	The maximum energy, in Mev, for doing the matching projection to hits in top plane of the ACD, working value.
#define	Tkr_ZeroTkrEmin 250 Mev
	The minimum energy, in Mev, for demanding evidence for at least 1 track, working value.
#define	Tkr_TwoTkrEmax 5 Mev
	The maximum energy, in Mev, for demanding evidence for 2 tracks for at least 2 tracks, working value.
#define	Tkr_SkirtEmax 20 Mev
	The maximum energy, in Mev, for cutting on tracks into the skirt region, working value.
#define	Tkr_Geometry USE_DEFAULT (Tkr_Geometry)
	The tracker geometry, working value.
#define	Tkr_PrjMax USE_DEFAULT (Tkr_PrjMax)
	The maximum number of projections for the GAMMA filter track finding. This parameter is a trade between finding more tracks to use to reject the event (skirt/ACD coincidence) and CPU cycles, working value.
#define	Tkr_GrbPrjMax USE_DEFAULT (Tkr_GrbPrjMax)
	The maximum number of projections for events that are having the tracking done by the Gamma Filter as a convenience for the GRB algorithm. This parameter really belongs with in the GRB code and will be phased out once the tracking code gets properly moved into the GRB code, working value.
#define	NonPhysics ENABLED
#define	Acd_NoCalLoFilterTile ENABLED
#define	Acd_Splash0 ENABLED
#define	Cal_HiEnergy ENABLED
#define	Cal_LoEnergy DISABLED
#define	Cal_EL0TotLo DISABLED
#define	Cal_EL0TotHi DISABLED
#define	Acd_E0Tile ENABLED
#define	Acd_E350FilterTile ENABLED
#define	Acd_Splash1 DISABLED
#define	ErrCtb ENABLED
#define	Cal_Zbottom ENABLED
#define	Acd_Top ENABLED
#define	Acd_Side ENABLED
#define	Tkr_Top ENABLED
#define	Tkr_Row01 ENABLED
#define	Tkr_Row2 ENABLED
#define	Tkr_NoTracks ENABLED
#define	Tkr_Skirt ENABLED
#define	Tkr_Lt2AndELo DISABLED
#define	Prescale_Input 0
#define	Prescale_Output 4
#define	Prescale_Overall 30
#define	Prescale_NonPhysics 0
#define	Prescale_Acd_NoCalLoFilterTile 0
#define	Prescale_Acd_Splash0 0
#define	Prescale_Cal_HiEnergy 0
#define	Prescale_Cal_LoEnergy 0
#define	Prescale_Cal_EL0TotLo 0
#define	Prescale_Cal_EL0TotHi 0
#define	Prescale_Acd_E0Tile 0
#define	Prescale_Acd_E350FilterTile 0
#define	Prescale_Acd_Splash1 0
#define	Prescale_Cal_Zbottom 0
#define	Prescale_ErrCtb 1
#define	Prescale_Acd_Top 0
#define	Prescale_Acd_Side 0
#define	Prescale_Tkr_Top 0
#define	Prescale_Tkr_Row01 0
#define	Prescale_Tkr_Row2 0
#define	Prescale_Tkr_NoTracks 0
#define	Prescale_Tkr_Skirt 0
#define	Prescale_Tkr_Lt2AndELo 0
#define	Prescale_Rsvd10 0
#define	Prescale_Rsvd9 0
#define	Prescale_Rsvd8 0
#define	Prescale_Rsvd7 0
#define	Prescale_Rsvd6 0
#define	Prescale_Rsvd5 0
#define	Prescale_Rsvd4 0
#define	Prescale_Rsvd3 0
#define	Prescale_Rsvd2 0
#define	Prescale_Rsvd1 0
#define	Prescale_Rsvd0 0