********* Eigenvalues for the 3+1 transverse lattice *********
Couplings:  m^2, G^2 N, beta, la_1, la_2, la_3, la_4,
             0     1      2     3     4     5     6  
           la_5, tau_1, tau_2   (2-9 divided by a^2) 
             7      8      9                         
Use chi^2 fit with 42 criteria and tolerance 0.01.
Overall scale from fitting lowest state to lattice value.
Includes 1 nonstandard fit criteria (such as a 
 specific lattice spacing).
Parity doublets (o,multi,state) with error for difference
  over average.
  ( 1, 5,0) and ( 1, 6,0), error 0.25
  (-1, 5,0) and (-1, 6,0), error 0.25
  ( 1, 7,0) and (-1, 4,0), error 0.25
Spectrum for P_perp a = (0,0), ( 0.25 0)
  using (# states, multiplet, o, c^2 error for each) =
  (4,  9 &  8,  1 & -1, 0.25 2 2 2)
  (4,  8 &  9,  1 & -1, 0.25 2 2 2)
  (4,  7 & 10,  1 & -1, 0.25 2 2 2)
  (4, 10 &  7,  1 & -1, 0.25 2 2 2)
Spectrum for P_perp a = (0,0), ( 0.25 0.25)
  using (# states, multiplet, o, c^2 error for each) =
  (4, 11 & 12,  1 & -1, 0.25 2 2 2)
  (4, 12 & 11,  1 & -1, 0.25 2 2 2)
  (4, 14 & 13,  1 & -1, 0.25 2 2 2)
  (4, 13 & 14,  1 & -1, 0.25 2 2 2).
Ordinary spectra multiplets, 4 states, (o,multiplet) = ( 1,  3) 
  (-1,  3)  ( 1,  4)  (-1,  4)  ( 1,  5)  (-1,  5)  ( 1,  6) 
  (-1,  6)  ( 1,  7)  (-1,  7) .
All spectra extrapolated using (K,p) = (12/2,8)  (12/2,6) 
  (14/2,6)  (18/2,6) .
Winding potential using (n,K,p) = ( 2 0,14/2,6)  ( 2 0,14/2,4) 
  ( 2 0,22/2,4)  ( 3 0,15/2,7)  ( 3 0,15/2,5)  ( 3 0,23/2,5) 
  ( 4 0,14/2,8)  ( 4 0,14/2,6)  ( 4 0,22/2,6) .
Roundness of winding using (n,K,p) = ( 2 2,12/2,8) 
  ( 2 2,12/2,6)  ( 2 2,20/2,6) 
  with error 1; in G^2 N units.
Heavy potential determined using (n,K,p,K_max) =
  ( 0 0,-20/2,2,3)  ( 0 0,-20/2,4,3)  ( 0 0,-20/2,2,4.5) 
  ( 0 0,-32/2,2,3)  ( 0 0,-32/2,2,4.5)  ( 0 0,-60/2,2,3) 
  ( 0 0,-60/2,2,4.5) ,
 L = 3 4 6 (all in G^2 N units); relative scale error=0.1.
Roundness determined using (n,K,p,K_max) = ( 1 0,-13/2,3,3) 
  ( 1 0,-13/2,5,3)  ( 1 0,-13/2,3,4.5)  ( 1 0,-23/2,3,3) 
  ( 1 0,-23/2,3,4.5)  ( 1 0,-29/2,3,3)  ( 1 0,-29/2,3,4.5) 
 L=0 and error 0.1;
  ( 1 0,-13/2,3,3)  ( 1 0,-13/2,5,3)  ( 1 0,-13/2,3,4.5) 
  ( 1 0,-23/2,3,3)  ( 1 0,-23/2,3,4.5)  ( 1 0,-29/2,3,3) 
  ( 1 0,-29/2,3,4.5) 
 L=2.5 and error 0.1;
  ( 1 0,-13/2,3,3)  ( 1 0,-13/2,5,3)  ( 1 0,-13/2,3,4.5) 
  ( 1 0,-23/2,3,3)  ( 1 0,-23/2,3,4.5)  ( 1 0,-29/2,3,3) 
  ( 1 0,-29/2,3,4.5) 
 L=5 and error 0.1;
  ( 1 1,-20/2,2,3)  ( 1 1,-20/2,4,3)  ( 1 1,-20/2,2,4.5) 
  ( 1 1,-30/2,2,3)  ( 1 1,-44/2,2,4.5)  ( 1 1,-60/2,2,3) 
  ( 1 1,-60/2,2,4.5) 
 L=0 and error 0.1; all in G^2 N units.
p-extrapolation using n=( 1 0) and (K,p) = (13/2,3) 
  (21/2,3)  (45/2,3)  (13/2,5)  (23/2,5)  (11/2,7) 
  (13/2,7) .
Result format:
 Fit info, # steps, chi^2, and p damping, scale G^2 N/sigma.
 The 10 couplings  (G^2 N units);
   which couplings -- if any -- were fit.
 Winding potential and heavy souce potential fits.
 Roundness of winding potential, 1 values, and roundness of
   heavy source potential, 4 values, (G^2 N units)
   showing measured value and derived value for each.
 The rescaled spectrum for each P_perp*a and c^2 values.
 Finally come the states for the ordinary spectra.