data_mc_comp.ps(eps)    -  visible neutrino energy distributions for muc3d 1 
                           and 2 track (Delta(Theta)<20) samples
			   compared to Nuance/Neut 4.0 MC predictions. Both 
                           MC samples have been normalised
			   to the number of data events. The shaded region 
                           is the QE MC sample from Neut 4.0

data_mc_bs_comp.ps(eps) -  background subtracted visible neutrino energy
			   distribution for 1 and 2 track muc3D events in 
                           data compared to Nuance/Neut4.0 MC prediction. 
			   The two track sample has had a Delta(theta) cut of 
			   less than 20 degrees applied. Both MC samples
			   have been normalised to the number of data events.

data_mc_inel_comp.ps(eps) - visible neutrino energy distribution (top) 
                            and reconstructed muon momentum
		           distribution (bottom) in *inelastic* sample 
                           (Delta(Theta)>30 degrees). The data has been compared
                           to the Nuance/Neut 4.0 MC prediction. Both MC samples
		           have been normalised to the number of events in the data.

data_mcNeut_comp.ps     - same as data_mc_comp.ps except that the data is
		          compared to Neut4.0 only
data_mcNeut_bs_comp.ps     - same as data_mc_bs_comp.ps except that the data is
		          compared to Neut4.0 only
data_mcNeut_inel_comp.ps     - same as data_mc_inel_comp.ps except that the data is
		          compared to Neut4.0 only

migration.ps(eps)       - efficiency matrices for muc3d 1 and 2 track event 
                          samples  and the efficiency as a function of the true
			  neutrino energy for each sample. 

specsys.ps(eps)         - List of systematic errors considered in the energy 
                          spectrum analysis.

enuspec_d.ps(eps)       - Unfolded neutrino spectrum (from data). The statistical 
                          errors are represented by the lines on each data point
			  the systematic errors represented by the boxes surrounding 
			  each data point. 

enuspec_mc.ps(eps)      - Monte Carlo Charged current quasielastic neutrino 
                          energy spectrum on same scale as enuspec_d.ps (to help with
                          overlays)

enuspec_d_mc.ps(eps)    - Comparison of Monte Carlo Charged Current quasielastic 
                          neutrino energy spectrum with unfolded spectrum (shape only).
			  The distributions have been normalised
			  to the number of events above 0.5 GeV.

enuspec_d_pi.ps(eps)    - Comparison of Monte Carlo Charged Current 
                          quasielastic neutrino energy spectrum with unfolded spectrum
                          (shape only) AND comparison with predicted spectrum
			  from the pion monitor flux results. The pion monitor 
                          flux has been weighted by the average QE cross section in
		          each energy bin and normalised to the number of data events
		          above 1 GeV.  

NOTE FOR THE FOLLOWING PLOTS
-----------------------------

The following plots show the neutrino flux, which is the number of events divided by
the CCQE cross section. The cross section is given in units of 10^-38 cm^2. The vertical
axis has units of cm^2. It is NOT the absolute flux, since the number of target atoms has
not been taken into account.

enuspec_d_nxsect.ps(eps) - Unfolded neutrino flux (from data). This is defined to the
                          data in enuspec_d.ps with each bin divided by the average
                          quasielastic cross section in that energy bin. The statistical 
                          errors are represented by the lines on each data point
			  the systematic errors represented by the boxes surrounding 
			  each data point. 

enuspec_mc_nxsect.ps(eps)- Monte Carlo true neutrino flux spectrum on same scale as
                          enuspec_d_nxsect.ps (to help with overlays). 
		            

enuspec_d_mc_nxsect.ps(eps) - Comparison of Monte Carlo true neutrino energy spectrum
                          with unfolded (cross section corrected) spectrum (shape only).
			  The distributions have been normalised
			  to the number of events above 0.5 GeV.

enuspec_d_pi_nxsect.ps(eps) - Comparison of the Monte Carlo true neutrino energy
                          spectrum with unfolded spectrum
                          (shape only) AND comparison with predicted spectrum
			  from the pion monitor flux results. The pion montior
                          flux has been normalised to the data above 1 GeV.