EdbTraceBack.cxx File Reference

#include "EdbTraceBack.h"

Include dependency graph for EdbTraceBack.cxx:

Functions
	ClassImp (EdbTraceBack) void EdbTraceBack

Function Documentation

ClassImp()

ClassImp

(

EdbTraceBack

)

////////////////////////////////////////////////////////////////////////

EdbTraceBack

define address&counters logic here

for raw segments (in the run tree) the address is defined by: ~~~~~~~~~~~~~~~~ viewEntry - entry of the view in the run tree inViewEntry - index of the segment in the view segments array

the segment also belong to the area (fragment): view.eAreaID and to the view in the current area: view.eViewID in the view segment has the identifier segraw.eID segraw.eID normally is equal to inViewEntry

For the segments in the couples tree: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ s1,s2 - are the transformed copies of raw segments (microtracks) For them: s1.eVid[0] == viewEntry s1.eVid[1] == inViewEntry s1.eAid[0] == view.eAreaID s1.eAid[1] == view.eViewID s1/s2 eVid - are enough to find the correspondent raw segment in the raw run tree

s - is the basetrack in the couples tree

s.eVid[0] - contains the information about plate and piece, to extract it one should use the correspondent functions of EdbTraceBack s.eVid[1] - is the entry number of the basetrack in the couples tree

in the linked_tracks tree s.eVid are enough to find the basetrack in the couples tree and then eventually to find the raw segments

in the linked_tracks tree t.eVid[1] - is the entry number of the current track in the tracks tree

////////////////////////////////////////////////////////////////////////

{
  s.SetVid( plate*1000+piece, entry); 
}