Get around the unrealistically low cell energies that exist is the unpthrsh Cell unpacking energy threshold. Trgthresh Trigger tower energy threshold. Look at the header file to determine which methods are static, and Runs from 0 to 73, and is related to the physics eta eta_p via The unpacker data is accessed via a 3 dimensional static array This shouldīe done before the unpacker in instantiated. Where "cfg.dat" is the name of the configuration file. This is because the internal defaults aren't fixed yet.ĭ0MCH::run_cfg_mgr::Instance()->Init("cfg.dat") as soon as they are available), I will addĪre you using t00.67.00 or earlier? If so,īefore you use the unpacker, you must first instantiate theĬonfig file. short intĪre physics indices in eta and phi respectivelyĪt some later date (ie. TowerAddressĪnd TrigTowerAddress are obvious. Will be generated according to the RCP thresholds as described below. Unpall is set to 0, in which case fake trigger towers If you call DoThisTool without any arguments, theĮntire calorimeter will be unpacked, unless the RCP parameter The currentīool DoThisTool(vector &eta, vector &phi) The DoThisTool method has been overloaded. Will be a new pacakge for making this chunk explicitly. RawData chunks are created inside the unpacker, but soon there The unpacker uses freshly created RawData Chunks. The same file in PowerPoint form can be found here.Ī slide show of this file can be found here. This vector,Īccording to decreasing Et of the tower, relative to a (0,0,0) vertex.Ī flow chart of the control logic for directed unpacking is show below.Ī postscript description of the calorimeter unpacking tool The tool also provides a vector of pointers to layer 0 of CalUnpDataįor all unpacked towers that have energy deposited in them. Index, layer 0 corresponds to the entire tower located at that index. ![]() In such a way as to unpack the entire calorimeter. Neighborhood radius to unpack around towers. The input directives, namely a list of trigger seed towers, and a Tool ( 元TCalUnp), unpacks the raw data chunk into a large,ĬalUnpData, according to The current implementation of the D0 Level 3 Calorimeter Unpacking No more UnpackedDataChunks - now uses RawDataChunks.Uses $TESTDATA_DIR for integrated tests - requires either.Fewer compile time warnings! Will now write the integrated test. ![]() 元TCalUnp, but the name of the package has not. The class name of the tool has changed from 元TCalUnpTool to This requires t61 and upwards, as well as:
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