GSI Forum
GSI Helmholtzzentrum für Schwerionenforschung

Home » PANDA » PandaRoot » General » Digitization and Reconstruction in Fairroot to new detectors
Re: Digitization and Reconstruction in Fairroot to new detectors [message #13681 is a reply to message #13676] Thu, 28 June 2012 16:57 Go to previous message
Raghav Kunnawalkam is currently offline  Raghav Kunnawalkam
Messages: 63
Registered: February 2012
Location: Stony Brook, New York
continuous participant
From: *
Hi Stefano

I am kinda confused as to where and how to define my read outs. For example say that i have a barrel tracker that is a cylinder from z = -10 to z = +10, with radius say 5 to 10 with all having the same units.

Now say that in the real world, my barrel tracker (Batr) has read outs every 1 unit in radius and 5 degree in theta and phi. So i have like a little section with
r = 5 to 6, and theta = 0 to 5 and phi = 0 to 5 inside which i cannot differentiate between hits.

I am very confused as to which class actually does my digitization. from my reading since yesterday and what you told i see that it is the hit along with hit producer that creates the data that i need.

I think that these are the steps that i need to follow, Please correct me if i am wrong.

1. First i create the following classes for my detector
FairBatr.cxx, FairBatrContFact.cxx, FairBatrGeo.cxx, FairBatrGeoPar.cxx, FairBatrPoint.cxx, FairBatrHit.cxx, FairBatrHitProducer.cxx, FairBatrDigi.cxx, FairBatrDigiProducer.cxx, ( if i want to do reco after this then i also add some more classes)
2. create the readouts in FairBatrHit, just like there are mdtdigibox and mdtdigistrip
3. Inside FairBatrHitProducer, in the Exec function do the actual digitization.
this is exactly what i am confused about.
4. pretty much after part 2 i am confused.

Thanks a lot for all your help

Read Message
Read Message
Read Message
Read Message
Read Message
Previous Topic: switching off the information output
Next Topic: Cherenkov photons. Accuracy problem with Geant3
Goto Forum:

Current Time: Mon Apr 15 15:05:23 CEST 2024

Total time taken to generate the page: 0.00794 seconds