Release : 8.6.2d-physics-1

How To Produce the RooFromBdbConverter Executable
How To Run the RooFromBdbConverter Executable
 

How To Produce the RooFromBdbConverter Executable

There is no need to recompile or link the RooFromBdbConverter executable.

How To Run the RooFromBdbConverter Executable

Start from a 8.6.2d-physics-1 test release (in this example on SunOS5) :

 newrel -s <myScratchArea> -t 8.6.2d-physics-1 8.6.2d-physics-1
 cd 8.6.2d-physics-1
 srtpath 8.6.2d-physics-1 SunOS5
 addpkg workdir
 gmake workdir.setup
 cd workdir

If you run on the data :

 > analboot  or  analboot2
 > unsetenv BetaMCAll
 > unsetenv BetaMCMicro

If you are not sure of your environment, you can source the  RooModules/kangaSetenv.csh  script : it will set all the environment variables for converting Objy data into Kanga for you.

If you run on simulated data :

 > sp2analboot  or  sp3analboot

If you are not sure of your environment, you can source the  RooModules/kangaSetenvSP.csh  script : it will set all the environment variables for converting Objy MC data into Kanga for you.

Warning: If you are converting SP3 data which has only the micro truth on disk (runs processed with releases 8.6.2c or later) then you need to

 unsetenv BetaMCAll
 setenv BetaMCMicro yes

Copy the ../RooModules/RooFromBdbConverter.tcl in your workdir. You can either edit the tcl file to talk to the BdbInputModule and the  RooOutputModule, or you can define the input collection as follows :

 > setenv BdbInputCollection /groups/.../allevents

and the name of the KanGA file you are going to create :

 > setenv RooOutputFile $SOME_LOCATION/SomeName-micro.root

Warning : make sure this ROOT output file does not already exist.

You are now ready to send the conversion job in batch :

 > bsub -q bfobjy -o logFile RooFromBdbConverter RooFromBdbConverter.tcl