********** 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   (2-6 /a)
Use chi^2 fit with 14 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, 0.25 2 0.5 2)
  (4, 1 & -1, 2 & 1, 0.25 0.5 0.5 2).
Spectra extrapolated using (K,p) = (10/2,6)  (10/2,8) 
  (14/2,6)  (18/2,6) .
Winding potential using (n,K,p) = ( 2,10/2,4)  ( 2,10/2,6) 
  ( 2,14/2,4)  ( 2,18/2,4)  ( 3,9/2,5)  ( 3,9/2,7)  ( 3,11/2,5) 
  ( 3,13/2,5)  ( 4,10/2,6)  ( 4,10/2,8)  ( 4,12/2,6)  ( 4,14/2,6) .
Heavy potential determined using (n,K,p,K_max) = ( 1,-14/2,2,3) 
  ( 1,-14/2,4,3)  ( 1,-14/2,2,4)  ( 1,-34/2,2,3)  ( 1,-34/2,2,4) ,
 L = 3 4 6 (all in G^2 N units); relative scale error 0.2.
Roundness determined using (n,K,p,K_max) = ( 1,-7/2,3,3) 
  ( 1,-7/2,5,3)  ( 1,-7/2,3,4)  ( 1,-21/2,3,3)  ( 1,-21/2,3,4) 
 L=0 and error 0.1; 
  ( 1,-7/2,3,3)  ( 1,-7/2,5,3)  ( 1,-7/2,3,4)  ( 1,-21/2,3,3) 
  ( 1,-21/2,3,4) 
 L=2.5 and error 0.1; 
  ( 1,-7/2,3,3)  ( 1,-7/2,5,3)  ( 1,-7/2,3,4)  ( 1,-21/2,3,3) 
  ( 1,-21/2,3,4) 
 L=5 and error 0.1; 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/sigma.
 The 7 couplings (G^2 N units) and which--if any--were fit.
 Winding potential and heavy source potential fits.
 Roundness with calculated and derived values (G^2 N units).
 The rescaled spectrum for each P_perp*a and c^2 values.

2 97 7.218291 -1.200790 7.198244
0.000000 1.000000 -0.016473 -0.105999 5.409163 -0.560218 -1.116811  2 3 4 5 6
0.193971 -0.305728 -0.186438  0.118413 0.308810 -0.294097
0.631607 0.591443  0.642521 0.714047  0.993609 0.960181  
 16.524200 16.567270 0.962177
 25.905248 25.881826 -0.523245
 29.928127 29.941763 0.304617
 44.054128 44.036107 -0.402593
 23.284050 23.313543 0.658857
 43.979162 44.011413 0.720487
 45.827609 45.871923 0.989961
 56.917298 56.901430 -0.354483

1 54 10.582613 -1.232732 6.010800
0.001968 1.000000 -0.009249 -0.133278 24.310871 0.452529 -0.911309  2 3 4 5 6
0.218978 -0.325787 -0.180414  0.168112 0.248431 -0.315815
0.667466 0.609009  0.743083 0.797145  1.182488 1.157815  
 16.524200 16.563190 0.821113
 25.306261 25.282182 -0.507078
 29.606832 29.617490 0.224446
 40.449910 40.455849 0.125064
 20.564705 20.588741 0.506187
 39.925006 39.953230 0.594396
 46.500286 46.572408 1.518847
 51.200680 51.180319 -0.428796

1 54 11.738721 -1.105395 5.927175
0.007919 1.000000 -0.053501 -0.138735 27.449970 -0.083705 -0.964792  2 3 4 5 6
0.245121 -0.333939 -0.188070  0.172033 0.279980 -0.392960
0.699517 0.650907  0.779368 0.841244  1.237638 1.209570  
 16.524200 16.562980 0.901477
 25.439141 25.410910 -0.656276
 30.554948 30.567149 0.283620
 41.303420 41.308242 0.112105
 21.651613 21.674796 0.538916
 41.412103 41.437650 0.593862
 49.974361 50.053133 1.831136
 53.033188 52.986833 -1.077586

2 59 13.682326 -1.156319 5.416617
0.018006 1.000000 -0.098848 -0.108528 5.393568 0.596540 -1.245148  2 3 4 5 6
0.295031 -0.341332 -0.166100  0.177497 0.200436 -0.241387
0.731407 0.640611  0.775485 0.823204  1.204291 1.188559  
 16.524200 16.551292 0.692730
 23.883999 23.864643 -0.494925
 25.245199 25.256065 0.277828
 40.415793 40.417467 0.042815
 21.388160 21.403502 0.392278
 41.537096 41.554318 0.440355
 49.134438 49.173697 1.003827
 52.029864 51.992765 -0.948582

2 36 24.057958 -0.874402 4.508775
0.032492 1.000000 0.150901 -0.373856 25.758627 -0.015497 -1.302481  2 3 4 5 6
0.251454 -0.418822 -0.181038  0.210370 0.076925 -0.071940
0.731586 0.520739  0.776965 0.764683  1.220977 1.218205  
 16.524200 16.587683 1.151571
 24.290377 24.302892 0.227022
 31.052757 31.011184 -0.754149
 37.643862 37.656359 0.226694
 16.750949 16.774088 0.419739
 34.606115 34.637501 0.569333
 41.613427 41.665127 0.937845
 42.460232 42.452709 -0.136464

1 52 17.908224 -1.062088 7.740646
0.051777 1.000000 -0.192049 -0.067452 1.729622 -1.399821 -2.036108  2 3 4 5 6
0.385894 -0.330141 -0.180929  0.130671 0.092343 0.078225
0.783435 0.736946  0.721272 0.814960  1.054243 1.010085  
 16.524200 16.546746 1.077522
 31.522210 31.531289 0.433903
 38.451926 38.444401 -0.359652
 56.070296 56.086418 0.770520
 34.573286 34.585544 0.585853
 68.556150 68.571125 0.715683
 77.319089 77.314674 -0.211010
 84.234291 84.252364 0.863755

5 102 18.856360 -0.954372 7.809818
0.076429 1.000000 -0.247044 -0.065739 1.873068 1.918271 -2.302781  2 3 4 5 6
0.423701 -0.302258 -0.245352  0.149454 -0.126095 0.440742
0.805896 0.720370  0.719187 0.798374  1.038484 1.001390  
 16.524200 16.543786 1.036964
 32.811034 32.819165 0.430498
 41.383447 41.378292 -0.272922
 58.063158 58.077881 0.779489
 36.757935 36.768808 0.575650
 73.100860 73.115297 0.764397
 80.539889 80.535995 -0.206175
 87.314768 87.295186 -1.036772

2 55 7.831015 -0.620210 7.088570
0.107240 1.000000 -0.327462 -0.146407 6.583987 -1.463323 -2.190896  2 3 4 5 6
0.410588 -0.253438 -0.469017  0.146987 0.087688 0.045200
0.817908 0.765274  0.764113 0.858487  1.132864 1.087285  
 16.524200 16.547198 1.070944
 35.563638 35.541336 -1.038570
 38.598293 38.617375 0.888592
 59.256009 59.277460 0.998903
 34.184934 34.202617 0.823463
 63.519298 63.534333 0.700152
 74.155798 74.156325 0.024546
 78.302526 78.293622 -0.414643

5 102 2893.530318 -2.346893 2.731921
0.145309 1.000000 -0.068831 -0.071344 8.287500 0.051730 -1.062722  2 3 4 5 6
0.613312 -0.390641 -0.101544  0.226693 0.036707 -0.027702
0.904743 0.508765  1.021994 0.774222  1.587657 1.264486  
 16.524200 16.528518 0.115760
 24.401640 24.406182 0.121768
 25.712825 25.708109 -0.126414
 29.970323 29.973608 0.088058
 15.199829 15.201743 0.051318
 32.323564 32.326691 0.083818
 36.628210 36.630001 0.048010
 39.429842 43.416048 106.863486

-2 57 6668.615668 -1.050664 2.584361
0.192168 1.000000 0.228191 -0.665360 17.583871 4.302084 -6.631396  2 3 4 5 6
0.469571 -0.205240 -0.879577  0.015147 -0.225922 0.788624
0.892173 0.246217  0.155062 0.077895  -0.152307 0.003100  
 16.524200 16.547127 0.445172
 20.421099 20.451934 0.598715
 30.344588 30.323613 -0.407252
 30.716505 32.824410 40.928521
 13.856869 13.866699 0.190859
 29.256701 29.267094 0.201807
 31.263390 31.281547 0.352532
 32.037711 40.176807 158.034183

2 77 19309.634103 -0.700521 2.958233
0.250000 1.000000 0.090392 -0.895686 17.977064 -0.008824 0.376048  2 3 4 5 6
0.428307 -0.071416 -1.521279  0.232069 0.024035 -0.013465
0.917251 0.466370  1.151922 0.753576  1.931535 1.265815  
 16.524200 16.600764 1.552156
 21.954956 21.973171 0.369247
 35.555176 35.528537 -0.540031
 35.908164 37.640616 35.121196
 16.534862 16.550917 0.325477
 31.757695 33.965712 44.762093
 33.947766 34.243152 5.988233
 34.213264 44.670523 211.995103