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CDF_acd.h | Public interface to produce Compressed Data Format for the ACD contributor and the ACD portion of the GEM |
CDF_acd_maps.h | Contains pre-canned maps for the ACD packing |
CDF_acd_ped.h | Public interface to produce Compressed Data Format for the AEM contributor when zero suppression is disabled |
CDF_acd_std.h | Public interface to produce Compressed Data Format for the AEM contributor when in normal readout (zero suppression enabled) mode |
CDF_acddef.h | Semi-Public structures used in decoding the ACD compressed data These should only be included by encoding/decoding utilities |
cdf_buf_print.h | Print of the buffer, for debugging purposes |
CDF_cal.h | Public interface to produce Compressed Data Format for the CAL contributor |
CDF_cal_ped.h | Public interface to produce Compressed Data Format for the CAL contributors when zero suppression is disabled. This may be either single or 4 range readout |
CDF_cal_prd_model.h | Interface to the CAL range predictor functions. In particular this is the prediction model that must be in common between the encode and decode sides |
CDF_cal_std.h | Public interface to produce Compressed Data Format for the CAL contributor when in normal readout (zero suppression enabled, 4-range readout disabled) mode |
CDF_caldef.h | Semi-Public structures used in decoding the CAL compressed data These should only be included by encoding/decoding utilities |
CDF_dgn.h | Public interface to produce Compressed Data Format for the diagnostic contributions |
CDF_dgn_ped.h | Public interface to produce Compressed Data Format for the diagnostic contributions for pedestal events |
CDF_dgn_ped_cal.h | Compresssion context for the CAL diagnostic contribution |
CDF_dgn_ped_tkr.h | Interface to the routines to compress the TKR diagnostic bits in pedestal readout mode |
CDF_dgn_std.h | Public interface to produce Compressed Data Format for the diagnostic contributions |
CDF_dgn_std_cal.h | Compresssion context for the CAL diagnostic contribution |
CDF_dgn_std_tkr.h | Interface to the routines to compress the TKR diagnostic bits in standard readout mode |
CDF_dgndef.h | Semi-Public structures used in decoding the DGN compressed data These should only be included by encoding/decoding utilities |
CDF_err.h | Public interface to produce Compressed Data Format for the diagnostic contributions |
CDF_errdef.h | Semi-Public structures used in decoding the ERROR compressed data These should only be included by encoding/decoding utilities |
CDF_esb.h | Interface to the routines used to manipulate the Event Summary Block |
CDF_gem.h | Public interface to produce Compressed Data Format for the GEM contributor |
CDF_gemdef.h | Semi-Public structures used in decoding the GEM compressed data These should only be included by encoding/decoding utilities |
CDF_tkr.h | Public interface to produce Compressed Data Format for the TKR contributor |
CDF_tkr_err.h | Public interface to produce Compressed Data Format for the TKR tracker towers that are in error |
CDF_tkr_ped.h | Public interface to produce Compressed Data Format for the TKR for pedestal events |
CDF_tkr_std.h | Public interface to produce Compressed Data Format for the TKR for standard physics events |
CDF_tkrdef.h | Semi-Public structures used in decoding the TKR compressed data These should only be included by encoding/decoding utilities |
LFR_key.h | Interface to the LAT File Resolution Keys |
LFR_refdef.h | Lays out the structure of the a file reference. This structure is meant to provide enough information to be able to locate the ground version of the origin file |
LSE_cdm.h | |
LSE_did.h | Defines the Data Identifier used to uniquely tag every data packet |
LSE_etxBdy.h | Defines the body Event Context Contribution |
LSE_etxCtb.h | Defines the Event Context Contribution context |
LSE_ids.h | LAT Science Data Standard Identifiers |
LSE_timBdy.h | Defines the body of a Time Specification Contribution |
LSE_timCtb.h | Defines the Time Specification Contribution context |
LSEW_ctxGem.h | The GEM counter context |
LSEW_ctxPub.h | The semi-public part of the standard datagram context |
LSEW_ctxTim.h | The time context, basically the binding of the Spectrum Astro time with the 1 PPS register |
LSEW_dgm.h | Output events |
LSEW_dgmFw.h | Output events using a framework built around the LSEW_dgm utilities |