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| _CDF__calPhaCtx | The Pha compression context |
| _CDF_acd | The ACD compression context |
| _CDF_acd_ped_chn_bf | Bit field representation of a channel with an active ADC value |
| _CDF_acd_ped_data | Representation to make it easier to pack |
| _CDF_acd_ped_huff_table | Structure to define a Huffman encoding table |
| _CDF_acd_ped_lists | Channel bit lists, by cable |
| _CDF_acd_pedestals | The ACD pedestals arranged in GEM order |
| _CDF_acd_pedestals_list | The ACD pedestals arranged in GEM order |
| _CDF_acd_refs | Structure containing all the file reference keys |
| _CDF_acdBdy | The ACD body of a contribution. This information needs to be included in any datagram that uses CDF_acd to format the ACD data |
| _CDF_cal | All the stuff about statistics used for doing CAL compresssion |
| _CDF_cal_com | Stuff common to both standard and non-zero suppressed data data-taking modes |
| _CDF_cal_ped | Private structure holding the CAL context used to process and compress the events |
| _CDF_cal_ped_statistics | Defines the statistics needed to encode the ADC values. These are the means, sigmas and normalizing counts |
| _CDF_cal_prd | Constants used when predicting one gain range from another |
| _CDF_cal_prd_layer | The range predictors for one range of one layer |
| _CDF_cal_prd_log | The prediction constants for one log |
| _CDF_cal_prd_log_end | The prediction constants, union of 32-bit representation and the bit field representation |
| _CDF_cal_prd_log_end_bf | The prediction constants, bit field representation |
| _CDF_cal_prd_log_end_table | The table prediction constants for one log end |
| _CDF_cal_prd_tower | Constants used when predicting one gain range from another, one tower's worth |
| _CDF_cal_refs | Structure containing all the file references |
| _CDF_cal_std | All the stuff about statistics used for doing CAL compresssion for standard physics data taking |
| _CDF_calBdy | The CAL body of a contribution. This information needs to be included in any datagram that uses CDF_cal to format the CAL data |
| _CDF_calPhaLz | Describes the two log end readings in a leading 0 (pseudo-floating) manner |
| _CDF_calSizes | Sizes for the CAL |
| _CDF_calSizesAdr | The encoding sizes for the CAL addressing |
| _CDF_calSizesPha | The encoding sizes for the CAL PHA values |
| _CDF_calStats | Statistics for the CAL |
| _CDF_calStatsAdr | Statistics for the CAL addressing |
| _CDF_calStatsPha | Statistics for the CAL PHA values |
| _CDF_calTables | Compress tables for the CAL |
| _CDF_calTablesAdr | Compression tables for the CAL addressing |
| _CDF_calTablesPha | Compression tables for the CAL PHA values |
| _CDF_dgn | Binds the diangostic contexts together |
| _CDF_dgn_ped | DGN compresssion pedestal compression context |
| _CDF_dgn_ped_cal_cfg | Structure to hold any configuration information needed by the diagnostic compress for the CAL pedestals. This is currently just a placeholder |
| _CDF_dgn_std | All the stuff about statistics used for doing DGN compresssion |
| _CDF_err | All the stuff about statistics used for doing ERR compresssion |
| _CDF_errTem | TEM error block |
| _CDF_errTemHeader | TEM header error information. This captures the contents of the fixed sized information |
| _CDF_errTkr | Descriptor for the one TKR error block |
| _CDF_errTkrFlags | Captures the error status flags by rc |
| _CDF_errTkrTimeout | Captures the GTRCs with timeout errors. This structure is valid if and only if the to mask for the tower is non-zero |
| _CDF_errTkrTimeout0 | Keeps track of the timeout status in RC 0 |
| _CDF_errTkrTimeout0_b | Keeps track of the timeout status in RC 0 as a series of 4 8-bit lists |
| _CDF_esb | Event Summary Block, binds together all the information used by the higher compression levels to format an event |
| _CDF_esw | Union of an unsigned 32-bit integer with the bit field representation of the first header summary word |
| _CDF_esw_bf | The summary word mapped out by bit fields |
| _CDF_gem | The GEM compression context |
| _CDF_gem_cfg | Static GEM configuration, written to only at construction time |
| _CDF_gem_counters | Maintains the context of the GEM's counter values |
| _CDF_gem_ctrs | Maintains the context of the GEM's counter values |
| _CDF_gemBdy | The GEM body of a contribution. This information needs to be included in any datagram that uses CDF_acd to format the ACD data |
| _CDF_gemCfg | Static GEM configuration, this is passed into construction routines and the information is transferred into CDF_gem_cfg |
| _CDF_tkr | The TKR compression context |
| _CDF_tkr_err | Captures the high level information about the TKR data in towers with readout errors used to compress the data for one tower |
| _CDF_tkr_err_dsc | Captures the information of one decoding RC |
| _CDF_tkr_err_status | Gives the rc, reason and bit offset for a decoding failure |
| _CDF_tkr_err_status_bf | Gives the rc, reason and bit offset for a decoding failure |
| _CDF_tkr_err_tot | Captures the TOT value and whether it is from a timeout'd CC |
| _CDF_tkr_refs | Structure containing all the file reference keys |
| _CDF_tkr_splits | The lo and hi splits for entire TKR expressed as a union of field definition and an array definition |
| _CDF_tkr_splits_layer | The lo and hi splits for one layer expressed as a union of field definition and an array definition |
| _CDF_tkr_splits_limit | Defines the low and high strip numbers for each layer end |
| _CDF_tkr_splits_tower | The lo and hi splits for one tower expressed as a union of field definition and an array definition |
| _CDF_tkr_std_mon | Captures the monitoring context for the entire tracker |
| _CDF_tkr_std_mon_lyr | Captures the monitoring context of a single layer |
| _CDF_tkr_std_mon_twr | Captures the monitoring context for a single tower |
| _CDF_tkrBdy | The TKR body of a contribution. This information needs to be included in any datagram that uses CDF_tkr to format the TKR data |
| _CdmMatch | CDM_scanDatabase call back context structure |
| _Checksums | Contains the checksums for the CAL pedestals and gains |
| _HistLimits | Min and Max indices of a histogram |
| _LayerCntsStatus | Captures the result of the layer counts assessment |
| _LFR_key | Union of all key types |
| _LFR_keyCmx | The structure of key of type LFR_KEYTYPE_K_CMX |
| _LFR_keyFmx | The structure of key of an FMX key |
| _LFR_keyGeneric | The structure of key of a generic key |
| _LFR_ref | Contains enough information to translate it to a host file name |
| _LSE_did | The Data Identifier |
| _LSE_did_mcd | Union of the uninterpretted 32-bit integrer and bit-field representations of the mode, mode change count and datagram count of the Data Identifier |
| _LSE_did_mcd_bf | The second 32-bit word of the 96-bit Data Identifier containing the current mode, the mode change count and the datagram sequence count, as bit fields |
| _LSE_did_pid | Union of the uninterpretted 32-bit integrer and bit-field representations of the primary ID word of the Data Identifier |
| _LSE_did_pid_bf | The first of 3 32-bit words in the data identifier containing the primary identifiers, the ground identifier, the data source origin and the cpu identifier, as bit fields |
| _LSE_etxBdy | Maps out Event Datagram's Initial Context Record, union of all the versions |
| _LSE_etxBdyAbbreviated | Maps out the Event Datagram's Initial Context Record, abbreviated version |
| _LSE_etxBdyCommon | Maps out Event Datagram's Initial Context Record, the common piece of the LSE_etxBdyFull and LSE_etxBdyAbbreviated structures |
| _LSE_etxBdyFull | Maps out Event Datagram's Initial Context Record, full version |
| _LSE_etxBdyTimFull | Full version of the time information |
| _LSE_etxBridge | 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 |
| _LSE_etxBridge_bf | The internal structure of the opaque word in the contribution header, bit field representation |
| _LSE_etxCtb | Maps out Event Datagram's Initial Context contribution as union of the full and abbreviated versions |
| _LSE_etxCtbAbbreviated | Maps out Event Datagram's Initial Context contribution, abbreviated version |
| _LSE_etxCtbCommon | Maps out Event Datagram's Initial Context record, piece common to the full and abbreviated versions |
| _LSE_etxCtbFull | Maps out Event Datagram's Initial Context record, full version |
| _LSE_ppsReg | Union of the GEM 1PPS register with an uninterpretted 32-bit integer |
| _LSE_ppsReg_bf | Maps out the GEM 1PPS register, as bit fields |
| _LSE_timBdyAbbreviated | Abbreviated Timer Specification Record |
| _LSE_timBdyFull | Full Timer Specification Record |
| _LSE_timCtbAbbreviated | Maps out Event Datagram's Time Update contribution, abbreviated version |
| _LSE_timCtbFull | Maps out Event Datagram's Time Specification contribution, full version |
| _LSE_time | Union of a 64 bit integer with the seconds/useconds representation structure |
| _LSE_timFlags | Union of the Time Specification Flags subrecord with an uninterpretted 32-bit integer |
| _LSE_timFlags_us | Maps out the Time Specification Flags subrecord as 2 unsigned shorts |
| _LSE_xcr | Maps out the extended counter subrecord |
| _LSEW_ctx | Holds information needed to fill in the initial time and counter context record |
| _LSEW_ctxGem | The full GEM counter context |
| _LSEW_ctxGemBase | The base or most recent values of the GEM counters |
| _LSEW_ctxHdr | Holds information needed of the 2nd word of the ETX context contribution, union of all the representations |
| _LSEW_ctxHdr_bf | Holds information needed of the 2nd word of the ETX context contribution, bit field representation |
| _LSEW_ctxHdr_us | Holds information needed of the 2nd word of the ETX context contribution, as two unsigned short integers |
| _LSEW_ctxIds | Contains the LSF identifiers of all standards context contributors |
| _LSEW_ctxPub | The semi-public part (for use by LSEP, LSEC) of the context |
| _LSEW_ctxPvt | The private part of the context |
| _LSEW_ctxTim | Holds information needed to fill in a time context |
| _LSEW_dgm | Control structure for outputing events |
| _LSEW_dgmBuf | Structure giving the defining pointers of the current buffer |
| _LSEW_dgmFw | Control structure for outputing events |
| _LSEW_dgmFwBegAddCbp | Binds the routine to add a Begin Context Contribution routine (the callback) with its context parameter |
| _LSEW_dgmFwEndAddCbp | Binds the routine to add an End Context Contribution routine (the callback) with its context parameter |
| _LSEW_dgmFwEvtAddCbp | Binds the routine to add an event (the callback) with its parameter |
| _LSEW_dgmFwNotifyCbp | Binds the routine to notify a datagram of a change in configuration with with its context parameter |
| _LSEW_dgmFwPostCbp | Binds the routine to add an datagram posting routine (the callback) with its context parameter |
| _LSEW_dgmFwUsrAddCbp | Binds the routine to add an User Context Contribution routine (the callback) with its context parameter |
| _Summary | Hit summary status. This is the OR of the Ha,Hb,Pa,Pb,V bits |
| _TotsRep | The tots represented as a count of the significant bits + the significant bits |
| _TotsRet | Return value from the tots_acquire, captures the next write location plus a bit mask of those TOTs having each particular value of the number of significant digits |
| _TowerMaps | Captures the map of the tower classification and the XY layers for all 16 towers |
| _Vn | A structure containing two fields, one with the bit pattern of a packed PHA value and one with the number of bits in the bit pattern |
| CDF_tkr_err_status | Typedef for union _CDF_tkr_err_status |
| LSE_time_f | Encapsulates the time, as represented by seconds and micro-seconds into a single structure |
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