******* Eigenvalues for the 2+1 transverse lattice  *******
Couplings:  m^2, G^2 N, la_1, la_2, la_3, tau_1, tau_2
             0      1     2     3     4      5      6  
Use chi^2 fit with 13 criteria, and tolerance 0.001.  
Overall scale from fitting lowest state to lattice value.
2 parity doublets with fractional errors 2 0.5.
Spectrum for P_perp a = (0)  ( 0.25) 
  using (# states, o, multiplet, c^2 error for each) =
  (4, 1 & -1, 1 & 2, 0.5 2 0.5 0.5)
  (4, 1 & -1, 2 & 1, 0.5 0.5 0.5 0.5).
Spectra extrapolated using (K,p) = (8/2,6)  (8/2,8) 
  (10/2,6)  (10/2,8)  (16/2,6) .
Winding potential using (n,K,p) = ( 2,10/2,6)  ( 2,10/2,4) 
  ( 2,16/2,4)  ( 3,9/2,7)  ( 3,9/2,5)  ( 3,13/2,5)  ( 4,10/2,8) 
  ( 4,10/2,6)  ( 4,14/2,6) .
Heavy potential determined using (n,K,p,K_max) = ( 1,-14/2,2,4) 
  ( 1,-14/2,4,4)  ( 1,-14/2,4,3)  ( 1,-34/2,2,4) ,
  L = 2 3 4 (all in G^2 N units); relative scale error 0.25.
Roundness determined using (n,K,p,K_max) = ( 1,-7/2,3,4) 
  ( 1,-7/2,5,4)  ( 1,-7/2,3,3)  ( 1,-21/2,3,4)  ( 1,-7/2,3,4) 
  ( 1,-7/2,5,4)  ( 1,-7/2,3,3)  ( 1,-21/2,3,4) ,
  L= 2 1 and error  0.3 0.3 (all in G^2 N units).
p-extrapolation using n=( 1) and (K,p) = (19/2,1)  (29/2,1) 
  (19/2,3)  (29/2,3)  (19/2,5)  (21/2,5) .
Result format:
 fit info, # steps, chi^2, p damping, and scale g^2 N/(a sigma);
 the 7 couplings  (G^2 N units) and which--if any--were fit;
 winding and longitudinal string tension fits;
 Roundness with calculated and derived values (G^2 N units);
 the rescaled spectrum for each P_perp*a and c^2 values.

2 43 14.776135 -1.185372 6.219873
0.000000 1.000000 0.004311 -0.123392 10.430652 -0.748641 -1.316563  2 3 4 5 6
0.201075 -0.358438 -0.040550  0.161560 0.010691 0.085891
0.569460 0.590199  0.558022 0.518370  
 16.524200 16.567604 0.868543
 26.163250 26.144032 -0.384568
 26.608572 26.640929 0.647489
 42.077943 42.102256 0.486524
 19.988463 20.017262 0.576293
 40.732862 40.769127 0.725669
 53.987905 54.047820 1.198925
 64.821396 64.787408 -0.680114

2 24 16.147984 -1.141572 5.618620
0.001968 1.000000 0.014975 -0.160688 7.382568 -0.309344 -0.428796  2 3 4 5 6
0.222487 -0.388739 -0.038484  0.203915 0.013915 0.028124
0.790637 0.699421  0.692099 0.601454  
 16.524200 16.573749 0.991034
 25.897785 25.869874 -0.558253
 25.901922 25.926238 0.486342
 42.013045 42.020716 0.153442
 19.071333 19.098370 0.540784
 40.010560 40.046976 0.728354
 52.707362 52.770903 1.270888
 59.254655 59.227435 -0.544414

2 78 16.940315 -1.515849 4.836508
0.007919 1.000000 -0.008265 -0.122700 3.505230 -0.226110 -1.272278  2 3 4 5 6
0.288112 -0.443069 0.062909  0.214672 0.004347 0.026847
0.693619 0.716043  0.659269 0.611212  
 16.524200 16.559189 0.780091
 20.397005 20.408000 0.245153
 25.298651 25.277488 -0.471835
 38.241743 38.274735 0.735555
 18.133768 18.149110 0.342064
 39.802649 39.825082 0.500156
 49.936228 49.947155 0.243621
 50.477199 50.486762 0.213218

2 53 13.752160 -1.072695 5.338128
0.018006 1.000000 -0.115044 -0.099257 6.918795 -0.794702 -1.661271  2 3 4 5 6
0.321720 -0.513215 0.210493  0.189448 -0.010001 0.078683
0.673667 0.699136  0.662759 0.618762  
 16.524200 16.547719 0.646252
 24.253954 24.236966 -0.466788
 25.341002 25.357138 0.443398
 43.276781 43.279292 0.068997
 21.504082 21.519663 0.428160
 44.707888 44.729792 0.601873
 54.182686 54.177701 -0.136988
 55.745858 55.794294 1.330927

5 101 23.909416 -1.220128 3.290154
0.032492 1.000000 0.246236 -0.226991 17.334685 0.344443 -2.411671  2 3 4 5 6
0.347405 -0.580697 0.242359  0.235105 -0.041104 0.062005
0.591121 0.636109  0.629062 0.500290  
 16.524200 16.544088 0.363723
 20.213590 20.226751 0.240695
 25.274234 25.261858 -0.226349
 36.494832 36.493060 -0.032406
 12.960237 12.968616 0.153248
 32.894020 32.908458 0.264050
 33.522241 33.554658 0.592856
 39.577547 39.571099 -0.117930

5 100 12.767029 -1.096315 5.434877
0.051777 1.000000 -0.176549 -0.092181 3.296689 -1.155519 -2.034633  2 3 4 5 6
0.414034 -0.567645 0.308218  0.185570 -0.030574 0.105878
0.720007 0.743297  0.717783 0.673503  
 16.524200 16.543942 0.710766
 26.158949 26.168642 0.348981
 29.848860 29.838665 -0.367065
 41.992738 42.022085 1.056591
 24.802852 24.813735 0.391842
 54.301180 54.320912 0.710395
 61.826447 61.830529 0.146983
 62.792324 62.820634 1.019260

2 33 18.078509 -1.123637 4.482147
0.076429 1.000000 -0.186867 -0.139040 4.453213 -0.534407 -2.062901  2 3 4 5 6
0.447707 -0.555863 0.257953  0.222913 -0.015504 0.045476
0.771530 0.800660  0.761056 0.703592  
 16.524200 16.546873 0.727950
 24.809115 24.820489 0.365170
 28.424396 28.408757 -0.502135
 37.214843 37.252909 1.222207
 21.625794 21.636112 0.331275
 48.297845 48.317945 0.645351
 51.766997 51.777529 0.338136
 57.234128 57.234127 -0.000020

2 21 24.386794 -1.093575 3.575014
0.107240 1.000000 -0.187323 -0.221666 8.714294 0.282981 -3.002808  2 3 4 5 6
0.472499 -0.531108 0.156655  0.239240 -0.030015 0.044552
0.688877 0.742060  0.733385 0.621504  
 16.524200 16.551244 0.730918
 22.697369 22.707969 0.286474
 26.371380 26.349643 -0.587461
 36.513421 36.526456 0.352297
 18.166756 18.177007 0.277055
 40.747133 40.767676 0.555204
 42.451741 42.465013 0.358693
 48.558764 48.546734 -0.325141

2 52 10.867111 -1.511504 6.474147
0.145309 1.000000 -0.211600 -0.086717 1.242314 -2.174631 -2.803297  2 3 4 5 6
0.602867 -0.501884 0.113705  0.155927 -0.063869 0.164528
0.788999 0.810122  0.806633 0.767411  
 16.524200 16.545772 1.347163
 48.683936 48.691700 0.484827
 54.952590 54.953292 0.043850
 55.434837 55.434901 0.004015
 36.142106 36.148587 0.404685
 78.103726 78.114439 0.669004
 89.282523 89.292335 0.612731
 98.005239 98.024164 1.181854

3 66 28.283286 -1.082971 4.227319
0.192168 1.000000 -0.359792 -0.084096 4.107504 -0.186696 -2.266600  2 3 4 5 6
0.635754 -0.475703 0.126871  0.238307 -0.014014 0.025950
0.902393 0.926609  0.877069 0.831214  
 16.524200 16.534524 0.443956
 28.659164 28.662342 0.136651
 35.029998 35.027903 -0.090073
 38.707311 38.707955 0.027692
 24.578991 24.582942 0.169910
 53.222915 53.227764 0.208504
 59.274723 59.284484 0.419752
 61.747937 61.731597 -0.702617

2 76 26.277370 -1.111692 3.748607
0.250000 1.000000 -0.424620 -0.056226 4.749611 0.045328 -2.670457  2 3 4 5 6
0.715275 -0.369543 -0.093378  0.240857 -0.014091 0.023538
0.913495 0.895035  0.901090 0.793674  
 16.524200 16.530689 0.278383
 28.234876 28.236559 0.072216
 35.095125 35.094775 -0.015008
 36.241010 36.239667 -0.057608
 23.341881 23.344067 0.093786
 49.034871 49.037149 0.097760
 57.747363 57.755250 0.338366
 58.376159 58.372794 -0.144337