Class List

Here are the classes, structs, unions and interfaces with brief descriptions:

_ATF_shadowedTowers	The control structure containing the arrays which translate a list of struct tiles to a list of shadowed towers
_EFA	Event Filter Analysis control structure
_EFA_apb	Controls allocation and posting of a packet of result vectors
_EFA_evtInfo	Holds information about an event processed
_EFA_hdr	Captures the information needed to uniquely identify this event by sequence and time
_EFA_hdrSeq	Hide the access to the long long to avoid alignment issues
_EFA_hdrTimetone	Defines the most general version of the timetone information
_EFA_hdrTimetones	Captures the information needed to convert a GEM event clock register value into an absolute time
_EFA_services	The services to handle the result vectors
_EFA_span	Defines the sample span
_EFC	The control structure for the filter framework
_EFC_cfg	The configuration control structure
_EFC_cfgDb	The database of bound the filter's bound sampler and configuration blocks
_EFC_cfgDbMember	One database member
_EFC_classes	Breaks the status word into classes of bits
_EFC_DB_generic_schema	A generic configuration block
_EFC_definition	The defining values of a standard filter
_EFC_sampler	Controls the sampling criteria
_EFC_samplerClasses	Controls the default and active class masks
_EFC_samplerPrescaleCounter	Controls the prescaling sampling criteria
_EFC_samplerPrescaleCtx	The context block for a set of prescalers
_EFC_services	The defining services of a standard filter
_EFC_sizes	The defining sizes the filters control block, configuration block and result vector
_EFC_time	Union of a 64 bit integer with the seconds/useconds representation structure
_EFC_timeContext	Holds the time context information
_EFC_timeFlagSpec	Time hack flag specification
_EFC_timeServices	The set of virtual functions needed to implement the time emulation routines
_EFR_key	Union of all key types
_EFR_keyCmx	The structure of key of type EFR_KEYTYPE_K_CMX
_EFR_keyFmx	The structure of key of an FMX key
_EFR_keyGeneric	The structure of key of a generic key
_EFS	The generic Event Filter Statistics utility handle
_EFS_ctxBdy	The body Event Filter Context contribution
_EFS_ctxBridge	The internal structure of the bridge word in the contribution header, as a union between an uninterpretted 16-bit integer and the bit field representation
_EFS_ctxBridge_bf	The internal structure of the opaque word in the contribution header, bit field representation
_EFS_ctxCtb	The Event Statistics Context contribution
_EFS_ctxKeys	The list of indirect file keys
_EFS_datagram	Maps out the fixed part of an EFS datagram
_EFS_stats	The statistics counters
_EfsPrvHdr	The previous last event header, used as the baseline for encoding the difference
_MatchVal	Union of the bit field representation of the match routine's status word and a 32-bit signed integer
_MatchVal_bf	The return value of the various 'match' routines, expressed as bit fields
_TFC_geometry	Collects all the structures defining the LAT geometry into one grand structure
_TFC_geometryAcd	Describes the geometry of the ACD. The XY units are in integer multiples of strips and the Z units are in integer multiples of mm. The exact units are defined in this file, which which provides macros to convert from physical units to internal filtering units
_TFC_geometrySkirt	Describes the geometry at the plane of the skirt (the TKR/CAL boundary. This is used to project a track to the plane of skirt and then to ascertain which region(s) of the skirt the projection passes through
_TFC_geometryTkr	Describes the geometry of a TKR tower. The XY units are in integer multiples of strips and the Z units are in integer multiples of mm. The exact units are defined in this file, which provides macros to convert from physical units to internal filtering units. This structure just adds couple of values that apply to the TKR tower as a whole
_TFC_geometryTkrXY	Describes the TKR geometry of either an X or Y stack of towers
_TFC_hit	Information about a hit on a projection
_TFC_prj	The data structure describing a track projection
_TFC_prjDir	Directory structure to locate the projections
_TFC_prjFindStatus	Union of the bit field and uninterpretted 32-bit representations
_TFC_prjFindStatus_bf	The layout of the return status code from TFC_prjTowerFind
_TFC_prjList	Defines the control structure needed to describe the head of a projection list
_TFC_prjNode	Defines the control structure needed to maintain a node on a projection list
_TFC_prjPrms	The parameters that describe a projection
_TFC_prjs	The data structure describing a collection of track projections
_TFC_tolerances	Gives the layer-by-layer strip tolerances needed when Finding an initial 3-in-a-row triplet Extending a projection over a single layer Extending a projection over two layers
_TFC_tolerances_xy	Gives the layer-by-layer tolerances for either the X or Y set of layers
_TFC_tolerancesAll	All tolerances
EFC_time_f	Encapsulates the time, as represented by seconds and micro-seconds into a single structure