Version 1.6
@Extend data structure to contain information about calibration sources
(location, time, wavelength, LED #, etc)
Created RATEventInfo class to put in G4Event UserInformation member. Lets
you pass information from generator to data structure builder in Gsim.
date 2006.04.27.00.12.29; author volsung; state Exp;
Version 1.5
Version 1.4
Version 1.3
Version 1.2
Version 1.1
@Miscellaneous fixes to allow RATDB to be accessed from the ROOT interpreter:
- #ifdefs in STL+ header for textio to make rootcint happy
- Comment out clear_unique() method from smart pointer template class that
was causing linker problems with the ROOT dictionary.
- Add RATDB classes to the makefile which generates the ROOT shared library
- Fix lingering warning about RATTrackNode not having ROOT ClassDef of
its own, despite inheriting from a class (RAT_MCTrackStep) which does
have a ClassDef.
- Add LoadDefaults() method to RATDB for easing reading of standard tables.
Bottom line, now you can do this from ROOT:
RATDB *db = RATDB::Get();
db->LoadDefaults();
RATDBLinkPtr l = db->GetLink("DAQ");
double sampling_time = l->GetD("sampling_time");
Warning--ROOT 4 has issues with STL vectors, so this won't work:
const vector
date 2006.03.13.22.35.03; author volsung; state Exp;
@Revert files that were accidentally changed in decay generator commit.
date 2006.01.13.00.51.48; author volsung; state Exp;
@decaychain generator added
date 2006.01.12.22.56.31; author seligman; state Exp;
@Individual particle tracks can be stored into the ROOT tree and pruned
out as well. The pruner can also remove particular particle types.
Documentation forthcoming...
date 2005.12.20.18.03.23; author volsung; state Exp;
@Make the CINT dictionaries happier, and add the ability to make vector<>s
of RAT data structure objects in ROOT macros.
Also added a convenience object RATDSReader which makes writing a loop over
events in a file simpler.
date 2005.11.13.00.48.59; author volsung; state Exp;
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