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= Use your own TArtAnaLoop class = {{{ $ cp src/sources/AnaLoop/src/TArtAnaLoopExample.cc macros/analoop/TArtAnaLoopMine.C $ cp src/sources/AnaLoop/src/TArtAnaLoopExample.hh macros/analoop/TArtAnaLoopMine.hh $ emacs TArtAnaLoopMine.C TArtAnaLoopMine.hh $ root -l root[0] .L macros/analoop/TArtAnaLoopMine.C+ root[1] book(new TArtAnaLoopMine, "ana/mine.ana") root[2] ... }}} = Not using AnaFile = See macros/analoop/TArtAnaLoopUser.C, TArtAnaLoopUser.hh, and macros/example/example_root.C. |
Startup guide
Contents
Setup for ANAROOT
$ anarootlogin username ... New user! Do you create new directory for this user? [y/n]: y ...
Edit AnaFile
Using AnaFile, you can easily create 1D or 2D histograms and simple gate by ID (not by name).
$ emacs ana/user.ana
Grammer and Examples are shown in here.
Start ROOT
$ acd (if you are not in base directory) $ root -l
Analysis
root[0] book(new TArtAnaLoopSAMURAI, "ana/user.ana") (Ask collaborator which TArtAnaLoop derived class to use.) root[1] push("ridf/data0001.ridf") root[2] start() root[3] ls() root[4] hn() ...
For further commands, see commands reference.
Use your own TArtAnaLoop class
$ cp src/sources/AnaLoop/src/TArtAnaLoopExample.cc macros/analoop/TArtAnaLoopMine.C $ cp src/sources/AnaLoop/src/TArtAnaLoopExample.hh macros/analoop/TArtAnaLoopMine.hh $ emacs TArtAnaLoopMine.C TArtAnaLoopMine.hh $ root -l root[0] .L macros/analoop/TArtAnaLoopMine.C+ root[1] book(new TArtAnaLoopMine, "ana/mine.ana") root[2] ...
Not using AnaFile
See macros/analoop/TArtAnaLoopUser.C, TArtAnaLoopUser.hh, and macros/example/example_root.C.