Still need some Electron tuning...
The attached plot is the electron's relations between momentum
and theta. Both sectors are consistent and do not show much
difference outside of the low momentum region.
There is a 2 degree discrepancy between theta and theta(p).
This is going to require a bit more grappling with the
chamber's geometry, I believe.
-eugene
Quoting "Eugene J. Geis" <Eugene.Geis@asu.edu>:
> As previously mentioned and promised,
> Theta(Theta) plots vs. theta
>
>
> Quoting "Eugene J. Geis" <Eugene.Geis@asu.edu>:
>
> > I'm just writing to concur with Chris and Adrian about the new
> crunch.
> >
> > The Beam Energy reconstructs back to ~840 MeV by electrons and
> > the protons are reconstructing slightly high in both sectors...
> > 850-870 MeV.
> >
> > Still... there doesn't seem to be a sector discrepancy in electrons
> > nor protons. The only correction that appears "potentially
> > necessary," is a proton correction that brings the beam
> > energy reconstruction back to ~840 MeV.
> >
> > The Root file attached has the following list of histograms
> > and Canvases attached. To draw the canvases, attach the file
> > and use these commands:
> >
> > Z->Draw()
> > PHI->Draw()
> > W->Draw()
> > Electrons->Draw()
> > Protons->Draw()
> > BeamEnergy->Draw()
> >
> > I'll send the Theta_e(Theta_p) graphs out in a few minutes.
> >
> > -eugene
> >
> >
> > KEY: TCanvas ThetaTheta;1 Theta as a function of Theta
> > KEY: TProfile TH_TH_EL;1 #theta_{eL} -
> #theta_{eL}(#theta_{pR})
> > KEY: TProfile TH_TH_EL_H2;1 #theta_{eL} -
> #theta_{eL}(#theta_{pR})
> > KEY: TProfile TH_TH_ER;1 #theta_{eR} -
> #theta_{eR}(#theta_{pL})
> > KEY: TProfile TH_TH_ER_H2;1 #theta_{eR} -
> #theta_{eR}(#theta_{pL})
> > KEY: TProfile TH_TH_PL;1 #theta_{pL} -
> #theta_{pL}(#theta_{eR})
> > KEY: TProfile TH_TH_PL_H2;1 #theta_{pL} -
> #theta_{pL}(#theta_{eR})
> > KEY: TProfile TH_TH_PR;1 #theta_{pR} -
> #theta_{pR}(#theta_{eL})
> > KEY: TProfile TH_TH_PR_H2;1 #theta_{pR} -
> #theta_{pR}(#theta_{eL})
> > KEY: TProfile E0_PL_real;1 Beam Energy Reconstruction
> > KEY: TProfile E0_PR_real;1 Beam Energy Reconstruction
> > KEY: TProfile E0_PL;1 Beam Energy Reconstruction
> > KEY: TProfile E0_PR;1 Beam Energy Reconstruction
> > KEY: TProfile E0_EL_real;1 Beam Energy Reconstruction
> > KEY: TProfile E0_ER_real;1 Beam Energy Reconstruction
> > KEY: TProfile E0_EL;1 Beam Energy Reconstruction
> > KEY: TProfile E0_ER;1 Beam Energy Reconstruction
> > KEY: TCanvas BeamEnergy;1 Beam Energy from reconstruction
> > KEY: TProfile pe_R_flr;1 Electron relations Right Sector
> > KEY: TProfile pe_R_real;1 Electron relations Right Sector
> > KEY: TProfile te_R_real;1 Electron relations Right Sector
> > KEY: TProfile te_R_flr;1 Electron relations Right Sector
> > KEY: TProfile pe_L_flr;1 Electron relations Left Sector
> > KEY: TProfile pe_L_real;1 Electron relations Left Sector
> > KEY: TProfile te_L_real;1 Electron relations Left Sector
> > KEY: TProfile te_L_flr;1 Electron relations Left Sector
> > KEY: TProfile pp_R_flr;1 Proton relations Right Sector
> > KEY: TProfile pp_R_real;1 Proton relations Right Sector
> > KEY: TProfile tp_R_real;1 Proton relations Right Sector
> > KEY: TProfile tp_R_flr;1 Proton relations Right Sector
> > KEY: TProfile pp_L_flr;1 Proton relations Left Sector
> > KEY: TProfile pp_L_real;1 Proton relations Left Sector
> > KEY: TProfile tp_L_real;1 Proton relations Left Sector
> > KEY: TProfile tp_L_flr;1 Proton relations Left Sector
> > KEY: TCanvas Electrons;1 Electrons
> > KEY: TCanvas Protons;1 Protons
> > KEY: TH1F W_flr_L;1 Invariant Mass
> > KEY: TH1F W_flr_R;1 Invariant Mass
> > KEY: TH1F W_H2_L;1 Invariant Mass
> > KEY: TH1F W_H2_R;1 Invariant Mass
> > KEY: TCanvas W;1 W
> > KEY: TH1F PHI_flr_R;1 Phi
> > KEY: TH1F PHI_H2_L;1 Phi
> > KEY: TH1F PHI_flr_L;1 Phi
> > KEY: TH1F PHI_H2_R;1 Phi
> > KEY: TCanvas PHI;1 PHI
> > KEY: TH1F Z_flr_R;1 vertex
> > KEY: TH1F Z_H2_L;1 vertex
> > KEY: TH1F Z_flr_L;1 vertex
> > KEY: TH1F Z_H2_R;1 vertex
> > KEY: TCanvas Z;1 Z
> >
> >
> > Quoting Adrian T Sindile <asindile@cisunix.unh.edu>:
> >
> > > Hi Michael,
> > > Please take a look at:
> > >
> > > http://einstein.unh.edu/~adrian/beforeRecrunch/
> > >
> > > and
> > >
> > > http://einstein.unh.edu/~adrian/afterRecrunch/
> > >
> > > for a comparison of the offsets before and after the latest
> recrunch,
> >
> > > respectively. As the recrunch is not complete, I used only about
> 20%
> > of
> > >
> > > the data for that case (~ 1M events). In all plots, blue is without
>
> > > corrections, red is with corrections.
> > >
> > > I think the offsets are greatly improved - the improvement in
> proton
> >
> > > momentum at least is incredible, that comes from Doug's wire
> chamber
> >
> > > calibration.
> > >
> > > I might add more plots to those directories as I feel pretty
> > energetic.
> > >
> > > I should get some extra points :-) because the network was so slow
> I
> > had
> > >
> > > to use pico, emacs was crawling...
> > >
> > > Adrian
> > >
> > > -------------------------------
> > > Adrian Sindile
> > > Research Assistant
> > > Nuclear Physics Group
> > > University of New Hampshire
> > > phone: (603)862-1217
> > > FAX: (603)862-2998
> > > email: asindile@unh.edu
> > > http://einstein.unh.edu/~adrian/
> > >
> > >
> >
> >
> >
> >
> --------------------------------------------------------------------------
> > Eugene Geis
> > PhD Student, Physics Department, ASU
> > Research Affiliate, MIT-Bates Laboratory of Nuclear Science
> > eugene.geis@asu.edu
> >
> --------------------------------------------------------------------------
> > http://quickreaction.blogspot.com
> >
>
>
>
> --------------------------------------------------------------------------
> Eugene Geis
> PhD Student, Physics Department, ASU
> Research Affiliate, MIT-Bates Laboratory of Nuclear Science
> eugene.geis@asu.edu
> --------------------------------------------------------------------------
> http://quickreaction.blogspot.com
>
--------------------------------------------------------------------------
Eugene Geis
PhD Student, Physics Department, ASU
Research Affiliate, MIT-Bates Laboratory of Nuclear Science
eugene.geis@asu.edu
--------------------------------------------------------------------------
http://quickreaction.blogspot.com
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