https://wiki.lhep.unibe.ch/index.php?action=history&feed=atom&title=ReadTracer08 2026-05-14T05:07:56Z Revision history for this page on the wiki MediaWiki 1.43.8 https://wiki.lhep.unibe.ch/index.php?title=ReadTracer08&diff=413&oldid=prev 2015-03-18T07:49:28Z

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Lhep https://wiki.lhep.unibe.ch/index.php?title=ReadTracer08&diff=412&oldid=prev 2009-09-10T13:13:21Z

<p><span class="autocomment">Variables</span></p> <p><b>New page</b></p><div>===Read Event Tracer and check data===<br /> <br /> the process is devided into three parts<br /> * ReadTracer.C<br /> * ReadTracer.h<br /> * check_tracer.C<br /> <br /> at the moment, there are all located at /terabig/www/cgi-bin/EventTracer2008/<br /> <br /> ===ReadTracer.C===<br /> creates a EventTracer.root file with a TTree structure from the current EventTracer information, the different variables can be called by info_all()<br /> <br /> root -l ReadTracer.C<br /> root [1] CreateFile()<br /> <br /> Infos about the ReadTracer.C script:<br /> * TTree: tracer<br /> * gi for General Information stuff: info_gi()<br /> * cs for CS and TT stuff: info_cs()<br /> * sb for Scanback stuff: info_sb()<br /> * vtx for Vertex location stuff: info_vtx()<br /> * tr for tracks on Vertex stuff: info_tr()<br /> * sf for ScanForth stuff: info_sf()<br /> * ds for Decay search and more stuff: info_ds()<br /> * pub for Publication stuff: info_pub()<br /> * fdk for feedback-file stuff: info_fdk()<br /> * to see all informations: info_all()<br /> <br /> ===check_tracer.C===<br /> use this to define and create your plots... some standard plots can be created with this<br /> <br /> root -l check_tracer.C<br /> root [0]<br /> Processing check_tracer.C...<br /> EventTracer.root initialized<br /> number of entries: 6<br /> file created on Wed Sep 9 11:05:10 2009<br /> <br /> use info() for help<br /> <br /> plot(): creates plots and table<br /> * plot_plate_number()<br /> * plot_track_multiplicity()<br /> * table(): creates table of Bern events<br /> * bricklist_tracer(): creates located bricklist of Bern events from tracer file information<br /> * bricklist(): creates located bricklist of Bern events from feedback file information<br /> * bricklist_DB(int published = 1, int printonscreen = 0): creates list of bricks that are published (1=local, 2=done)<br /> * mycheck(version, gi_shifterID): checks your bricks with the user gi_shifterID<br /> * move(): moves all stuff to lheppc46.unibe.ch/Tracer<br /> * ...feel free to add any plots<br /> <br /> ===Variables===<br /> info_all()<br /> <br /> General Information stuff<br /> * gi_eventid<br /> * gi_brickid<br /> * gi_status<br /> - 1 TBA<br /> - 2 waiting<br /> - 3 scanning<br /> - 4 scan_done<br /> - 5 completed<br /> - 6 pending<br /> - 7 next_brk<br /> - 8 give_up<br /> * gi_eventtype<br /> - 1 1mu-<br /> - 2 0mu<br /> - 3 1mu+<br /> - 4 2mu<br /> * gi_mic<br /> * gi_latest: flag for latest trial (1 = latest)<br /> * gi_brickordinal<br /> * gi_blackcs<br /> * gi_trial<br /> * gi_comments<br /> * gi_shifter<br /> * gi_shifterID<br /> - 1 Akitaka<br /> - 2 Ciro<br /> - 3 Frank<br /> - 4 Frederic<br /> - 5 Guillaume<br /> - 6 Igor<br /> - 7 Jonas<br /> - 8 Res<br /> - 9 Thomas<br /> - 10 Tomoko <br /> * gi_start_year<br /> * gi_start_month<br /> * gi_start_day<br /> <br /> CS and TT stuff<br /> * cs_ntr: number of tracks in CS<br /> * cs_nmuon: number of muons in CS<br /> * cs_p<br /> * cs_tx<br /> * cs_ty<br /> * cs_comments<br /> <br /> Scanback stuff<br /> * sb_ntr<br /> * sb_nmuon<br /> * sb_status<br /> - 0 -<br /> - 1 done<br /> - 2 doing<br /> - 3 giveup<br /> - 4 penet<br /> - 5 edge<br /> * sb_plstart<br /> * sb_plend<br /> * sb_comments<br /> <br /> Vertex location stuff<br /> * vtx_totalscanstatus<br /> - 1 n/a<br /> - 2 done<br /> - 3 doing<br /> * vtx_location<br /> - 0 -<br /> - 1 yes<br /> - 2 out<br /> - 3 othr<br /> - 4 no<br /> * vtx_multi<br /> * vtx_micronup<br /> * vtx_plate<br /> * vtx_pritrnumber<br /> * vtx_x<br /> * vtx_y<br /> * vtx_z<br /> * vtx_comments<br /> <br /> track on vertex related stuff<br /> * tr_flag: if 1 it exist (by default the vector of all tr_ is 50<br /> * tr_x<br /> * tr_y<br /> * tr_z<br /> * tr_tx<br /> * tr_ty<br /> * tr_ip<br /> * tr_p<br /> * tr_pmin<br /> * tr_pmax<br /> * tr_mu : flag, 1 = yes<br /> * tr_e : flag, 1 = yes<br /> * tr_pair : flag, 1 = yes<br /> * tr_gray : flag, 1 = yes<br /> * tr_black : flag, 1 = yes<br /> * tr_sfresult<br /> - 0 -<br /> - 1 n/a<br /> - 2 passing<br /> - 3 edge-out<br /> - 4 2ry-int<br /> - 5 decay<br /> - 6 stop<br /> * tr_sfcomment<br /> * tr_first<br /> * tr_last<br /> <br /> ScanForth stuff<br /> * sf_status<br /> - 0 -<br /> - 1 n/a<br /> - 2 done<br /> - 3 doing<br /> * sf_comments<br /> <br /> Decay search and more stuff<br /> * ds_comments<br /> <br /> Publication stuff<br /> * pub_status<br /> - 0 -<br /> - 1 local<br /> - 2 done<br /> - 3 pend<br /> - 4 n/a<br /> - 5 fail<br /> * pub_comments<br /> <br /> Feedback-file stuff<br /> * fdk_exist : 0=no, 1=yes<br /> * fdk_nvtx : number of vertex (1st=primary, rest for secondary interaction)<br /> * fdk_ntr : including tracks from secondary interaction<br /> * fdk_vtx_id : id of vertex, 1st is first in feedback file<br /> * fdk_vtx_x<br /> * fdk_vtx_y<br /> * fdk_vtx_z<br /> * fdk_vprimary : 0=no, 1=yes is primary vertex<br /> * fdk_charm<br /> * fdk_tau<br /> * fdk_trid : track id<br /> * fdk_tridup : id of upstream vertex<br /> * fdk_triddown : id of downstream vertex<br /> * fdk_trx<br /> * fdk_try<br /> * fdk_trz<br /> * fdk_tx<br /> * fdk_ty<br /> * fdk_ip : ip in respect to upstream vertex<br /> * fdk_ipdown : ip in respect to downstream vertex<br /> * fdk_p<br /> * fdk_pmin<br /> * fdk_pmax<br /> * fdk_manual<br /> * fdk_muon<br /> * fdk_sb<br /> * fdk_darkness<br /> * fdk_brick</div>

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