In the directory
/star/rcf/pwg/pcoll/gorbunov/dstar
you can find the xml file which runs StPeCMaker over produced MC sample
in order to sumbit use
>>>>>>- > star-submit
@ nFile = 0
eval set filename = '$INPUTFILE'$nFile
root4star -q -b .x
/star/rcf/pwg/pcoll/gorbunov/dstar/doEvents.C\(1000,\"$filename\"\)
The maker has to be specified in the doEvents.C file
to doEvents.C file is the standard template but in order to use PeCMaker two
lines have to be added
gSystem->Load("StPeCMaker");
...
StPeCMaker *pecMaker = new StPeCMaker("pecanalysis");
my doEvents.C can be found
/star/rcf/pwg/pcoll/gorbunov/dstar/doEvents.C
one have to change the cut in
StPeCEnumerations.h
const int StPeCnMaxTracks =200;
from 10 (default ) to 200
>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
to compile StPeCMaker
tutorial at https://people.creighton.edu/~jes32425/PeCTutor/
copy files with StPeCMaker
cvs co StRoot/StPeCMaker
compile
cons +StRoot/StPeCMaker
>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
it's good idea to use a stable version of the library
to specify the library
starver SL05d
>>>>>>>>>>>>>>>>>>>>>>>>>>
for Dstar - the selection program is
http://physicsweb.creighton.edu/gorbunov/DStar_Final.C
xml code for it
starver SL05d
cd /star/rcf/pwg/pcoll/ewatson/dstar/
root4star -q -b
/star/rcf/pwg/pcoll/ewatson/dstar/DStar_Final.C\(\"$FILELIST\",\"$SCRATCH\",\"$JOBID\"\)