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Getting Started with SiD DD4HEP | |||||||||||
Line: 20 to 20 | |||||||||||
Download the code and remove some unneeded ILD drivers (these first five steps are to be done one time only): | |||||||||||
Changed: | |||||||||||
< < | svn co https://svnsrv.desy.de/basic/ddsim/lcgeo/trunk![]() | ||||||||||
> > | svn co https://svnsrv.desy.de/public/ddsim/lcgeo/trunk![]() | ||||||||||
rm lcgeo/detector/calorimeter/SHcal* rm lcgeo/detector/calorimeter/SEcal* rm lcgeo/detector/CaloTB/CaloPrototype* | |||||||||||
Line: 139 to 139 | |||||||||||
Then run, assuming you are still in the lcgeo directory: | |||||||||||
Changed: | |||||||||||
< < | ced2go -d SiD/compact/SiD_o1_v01/SiD_o1_v03.xml sitracks.slcio | ||||||||||
> > | ced2go -d SiD/compact/SiD_o1_v01/SiD_o1_v03a.xml sitracks.slcio | ||||||||||
Analysing the output | |||||||||||
Line: 151 to 151 | |||||||||||
Now the files testSiD_o1_v03.slcio and sitracks.slcio each contain 1000 events. | |||||||||||
Changed: | |||||||||||
< < | Our example analysis code can be found here, and it will contain | ||||||||||
> > | Our example analysis code can be found here. From lcgeo do
cd ../ wget https://twiki.ppe.gla.ac.uk/pub/LinearCollider/GlaSiDGettingStarted/TrackAna.tgz tar -zxvf TrackAna.tgz ls Tracking/and you will see | ||||||||||
CMakeLists.txt gear_sid.xml | |||||||||||
Line: 170 to 177 | |||||||||||
-DILCUTIL_DIR=/cvmfs/ilc.desy.de/sw/x86_64_gcc48_sl6/v01-17-10/ilcutil/v01-03/ -C $ILCSOFT/ILCSoft.cmake .. make -j4 install | |||||||||||
Changed: | |||||||||||
< < | Now we run processor with | ||||||||||
> > | Edit HitResiduals.xml to make sure you have the right input file and detector model. Then run with | ||||||||||
cd ../ CWD=`pwd` | |||||||||||
Line: 182 to 188 | |||||||||||
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