segmentation violation in reco macro [message #13610] |
Fri, 15 June 2012 13:11 |
MartinJGaluska
Messages: 203 Registered: March 2010 Location: Germany
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first-grade participant |
From: *physik.uni-giessen.de
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Dear all,
after having set nmaxMvdPixelHitsInTrack from 30 to 60 in sttmvdtracking/PndSttMvdTracking.h I encountered another problem when running the reco macro from macro/pid in my simulation of X(3872) -> J/\psi \pi^+ \pi^- with the corrected VVpipi decay model on PandaRoot revision 15615 (Scientific Linux CERN SLC release 5.5 (Boron), 64 bit, fairroot: jan12, root session called with "root -q run_reco_sttcombi.C &> logreco2.log" in a screen session).
I have created a separate topic for this problem as I believe that this problem is not directly related to the nmaxMvdPixelHitsInTrack in the other thread.
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Found Tracks: 2 in event no. 752
----------------
Track 0
EntryNr: 752
EntryNr: 752
EntryNr: 752
Track 1
EntryNr: 752
EntryNr: 752
EntryNr: 752
EntryNr: 752
*** Break *** segmentation violation
MZSTOR. ZEBRA table base TAB(0) in /MZCC/ at adr 247886191 EC6716F HEX
MZSTOR. Initialize Store 0 in /GCBANK/
with Store/Table at absolute adrs 247909229 247886191
HEX EC6CB6D EC6716F
HEX 560A 0
relative adrs 22026 0
with 1 Str. in 2 Links in 5300 Low words in 4999970 words.
This store has a fence of 16 words.
MZLOGL. Set Log Level 0 for store 0
1***** GEANT Version 3.21/11 Released on 100298
0***** Correction Cradle Version 0.1100
MZDIV. Initialize Division Constant in Store 0
NW/NWMAX= 20004000000, MODE/KIND= 1 2
Division 20 initialized.
MZLINK. Initialize Link Area /GCLINK/ for Store 0 NL/NS= 20 20
MZLINK. Initialize Link Area /GCSLNK/ for Store 0 NL/NS= 100 100
Calculating cross section tables, see gphysi.dat for more information
Cross section calculation concluded successfully
*** ERTRGO *** Boundary loop: track 1 stack 0 NTMULT 0 MUON +
Precision now set to 0.250E-04
*** ERTRGO *** Boundary loop: track 1 stack 0 NTMULT 0 MUON +
Precision now set to 0.250E-04
*** ERTRGO *** Boundary loop: track 1 stack 0 NTMULT 0 MUON +
Precision now set to 0.250E-04
*** ERTRGO *** Boundary loop: track 1 stack 0 NTMULT 0 MUON +
Precision now set to 0.250E-04
*** ERTRGO *** Boundary loop: track 1 stack 0 NTMULT 0 MUON +
Precision now set to 0.250E-04
*** ERTRGO *** Boundary loop: track 1 stack 0 NTMULT 0 MUON +
Precision now set to 0.250E-04
*** ERTRGO *** Boundary loop: track 1 stack 0 NTMULT 0 MUON +
Precision now set to 0.250E-04
*** ERTRGO *** Boundary loop: track 1 stack 0 NTMULT 0 MUON -
Precision now set to 0.250E-04
*** ERTRGO *** Boundary loop: track 1 stack 0 NTMULT 0 MUON +
Precision now set to 0.250E-04
*** ERTRGO *** Boundary loop: track 1 stack 0 NTMULT 0 MUON +
Precision now set to 0.250E-04
*** ERTRGO *** Boundary loop: track 1 stack 0 NTMULT 0 MUON +
Precision now set to 0.250E-04
*** ERTRGO *** Boundary loop: track 1 stack 0 NTMULT 0 MUON -
Precision now set to 0.250E-04
*** ERTRGO *** Boundary loop: track 1 stack 0 NTMULT 0 MUON -
Precision now set to 0.250E-04
*** ERTRGO *** Boundary loop: track 1 stack 0 NTMULT 0 MUON +
Precision now set to 0.250E-04
*** ERTRGO *** Boundary loop: track 1 stack 0 NTMULT 0 MUON +
Precision now set to 0.250E-04
*** ERTRGO *** Boundary loop: track 1 stack 0 NTMULT 0 MUON +
Precision now set to 0.250E-04
*** ERTRGO *** Boundary loop: track 1 stack 0 NTMULT 0 MUON +
Precision now set to 0.250E-04
*** ERTRGO *** Boundary loop: track 1 stack 0 NTMULT 0 MUON +
Precision now set to 0.250E-04
[Updated on: Fri, 15 June 2012 18:38] Report message to a moderator
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