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| QDF_acd.h | Interface to the ACD decoding routines |
| QDF_acdRepack.h | Interface to the ACD repacking to EBF routines |
| QDF_cal.h | Interface to the CAL decoding routines |
| QDF_calCache.h | The caches needed to support CAL decoding |
| QDF_calRepack.h | Interface to the CAL repacking to EBF routines. Because EBF format combines the CAL + TKR into one contribution for each tower (TEM), this facility formats the CAL contribution for the specified tower |
| QDF_dgn.h | Interface to the DGN (Diagnostic Block) decoding routines |
| QDF_dgnRepack.h | Interface to the DGN repacking to EBF routines |
| QDF_err.h | Interface to the ERR record decoding routines |
| QDF_errRepack.h | Interface to the ERR repacking to EBF routines. Because EBF format combines the CAL + TKR + ERR into one contribution for each tower (TEM), this facility formats the ERR contribution for the specified tower |
| QDF_esb.h | Interface to the ESB (Event Summary Block) decoding routines |
| QDF_esbRepack.h | Generic utilities used in repacking/reformating events to EBF format |
| QDF_exc.h | Interface to the GEM decoding exception block |
| QDF_gem.h | Interface to the GEM decoding routines |
| QDF_gemRepack.h | Interface to the GEM repacking to EBF routines |
| QDF_tem.h | Interface to the TEM decoding routines |
| QDF_temCache.h | The caches needed to support TEM decoding. This is a just the combination of the TKR and CAL caches |
| QDF_temdef.h | Maps out the data structure used to decode and receive the decoded TEM data. This bundles the CAL,TKR, DIAGNOSTIC and ERROR data together |
| QDF_temRepack.h | Interface to the TEM repacking to EBF routines. Because EBF format combines the CAL + TKR into one contribution for each tower (TEM), this facility formats the CAL + TKR contribution for all active towers |
| QDF_tkr.h | Interface to the TKR decoding routines |
| QDF_tkrCache.h | The caches needed to support TKR decoding |
| QDF_tkrRepack.h | Interface to the TKR repacking to EBF routines. Because EBF format combines the CAL + TKR into one contribution for each tower (TEM), this facility formats the TKR contribution for the specified tower |
| QSE_acd.h | Defines the structure containing the unpacked the ACD record |
| QSE_acdUnpack.h | Defines the interface to the ACD LAT unpacking routine |
| QSE_aem.h | Defines the structure containing the unpacked the ACD record This differs from EDR_acd.h in that the order left in the order of ACD, not the GEM |
| QSE_aemRepack.h | AEM repacking code, repacks the QSE_aem structure back to EBF format |
| QSE_aemUnpack.h | Defines the interface to the QSE AEM LAT unpacking routine. This is a more primitive unpacker than EDR_acdUnpack meant to be used when a more barebones data structure will suffice |
| QSE_cal.h | Defines the structure containing the unpacked the calorimeter record |
| QSE_calLog.h | Layout of a QSE_calLog word |
| QSE_calUnpack.h | Defines the interface to the CAL LAT unpacking routine |
| QSE_ctx.h | Public defines of the standard event context |
| QSE_ctxUpdate.h | Public interface the standard event updating routines |
| QSE_ebf.h | Public definition of an event |
| QSE_ecal.h | CAL energy strucutes |
| QSE_ecalFill.h | CAL energy routines |
| QSE_evt.h | Public definition of an event |
| QSE_map.h | Utility routine to find index bit maps |
| QSE_map.xx-xxx-xxx.h | QSE_map, generic implementation |
| QSE_tkr.h | Defines the structure containing the unpacked the tracker record for all towers |
| QSE_tkrUnpack.h | Defines the interface to the TKR LAT unpacking routine |
1.5.8