Hi, I've bumped brat to 2.5.2 with several changes to the Si/Tile modules: Both the Si and Tile Rdo Modules will now check if they are handling simulated events. If so, they will use pedestal subtraction and gains appropriate for the geant data (that is, they undo the shifts and gains added in the respective digitization modules). This makes it more transparent when trying to run simulated data through the same code as used for the real data. For simulated data runs the rdo modules will also look for a pedestal in GeantHeader if they can not otherwise obtain one. This was found necessary for the pp runs since the BB counter efficiencies are very low and so far as I can tell, no one has yet written a digitization class for the inelasticity counters. The BrMultUtil module has been modified to look for an inelasticity counter vertex. FindVertex will return the inelasticity vertex if all else fails (the normal situation for pp runs). The Si Rdo module now checks if the run number corresponds to a pp run. If so, the PTQ remapping is removed. This is necessary since the PTQ's were physically removed for these runs. Si/Tile calibrations have been added for several pp runs, and if calibrations are requested for other pp runs the program will now fall back on a more appropriate default. Note that there were some large pedestal shifts during the pp running and I have not yet tracked down when these occurs. Consequently, the only runs that I'm confident of the calibration are the ones with their own BrCalibrMult_xxx.dat files. ...steve
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