******* Eigenvalues for the 2+1 transverse lattice  *******
Couplings:  m^2, G^2 N, la_1/a, la_2/a, la_3/a, tau
             0      1       2       3       4      5
Use chi^2 fit with 12 criteria, and tolerance 0.001.
Overall scale determined by best chi^2 fit.
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) = (18/2,6)  (18/2,8) 
  (20/2,6)  (20/2,8)  (24/2,6)  (32/2,6) .
Winding potential using (n,K,p) = ( 2,20/2,4)  ( 2,20/2,6) 
  ( 2,24/2,4)  ( 2,28/2,4)  ( 3,21/2,5)  ( 3,21/2,7)  ( 3,23/2,5) 
  ( 3,27/2,5)  ( 4,20/2,6)  ( 4,20/2,8)  ( 4,22/2,6)  ( 4,26/2,6) .
Heavy potential determined using (n,K,p,K_max) = ( 0,-32/2,2,4) 
  ( 0,-32/2,4,4)  ( 0,-32/2,2,5)  ( 0,-34/2,2,4)  ( 0,-44/2,2,5) 
  ( 0,-60/2,2,4) ,
  L = 3 4 6 (all in G^2 N units); with relative error 0.25.
Roundness determined using (n,K,p,K_max) = ( 1,-19/2,3,4) 
  ( 1,-19/2,5,4)  ( 1,-19/2,3,5)  ( 1,-33/2,3,4)  ( 1,-33/2,3,5) 
  ( 1,-49/2,3,4) ,
  L=3 and error 0.3 (all in G^2 N units).
p-extrapolation using (n,K,p) = ( 1,19/2,3)  ( 1,25/2,3) 
  ( 1,39/2,3)  ( 1,19/2,5)  ( 1,25/2,5)  ( 1,23/2,7) .
Result format:
 fit info, # steps, chi^2, p damping, and scale g^2 N/(a sigma);
 the 6 couplings  (G^2 N units) and which--if any--were fit;
 winding and longitudinal string tension fits;
 n=1 L=3 eigenvalue and derived value (G^2 N units);
 the rescaled spectrum for each P_perp*a and c^2 values.

2 55 8.046564 -0.363419 6.703957
0.000000 1.000000 -0.076970 -0.136162 1.786883 -0.449107  2 3 4 5
0.134229 -0.753858 0.941411  0.198449 -0.101522 0.017329
0.659434 0.672375
 -0.044990 0.018866 0.919387
 15.509801 15.467803 -0.604681
 14.771412 14.816525 0.649538
 17.754212 17.794593 0.581401
 19.396234 19.458698 0.899349
 29.109665 29.148567 0.560101
 44.324003 44.327393 0.048806
 45.213699 45.282360 0.988568

2 23 18.939042 -0.360934 5.620797
0.001968 1.000000 -0.124191 -0.112088 5.625577 0.229447  2 3 4 5
0.177072 -0.794548 1.032014  0.224108 -0.010517 0.002310
1.036844 0.846236
 -0.096485 -0.063282 0.528746
 10.779516 10.750967 -0.454624
 19.144644 19.175952 0.498564
 20.448787 20.464699 0.253393
 17.992024 18.031557 0.629544
 26.822979 26.847639 0.392689
 39.167524 39.163210 -0.068708
 42.547033 42.528151 -0.300697

2 182 7.072724 -0.488639 5.820936
0.007919 1.000000 -0.036279 -0.269036 171.052344 -0.908995  2 3 4 5
0.147039 -0.758138 0.802168  0.228566 -0.394412 0.064941
0.465469 0.477624
 3.384885 3.475582 1.242047
 23.069388 23.037736 -0.433458
 27.481189 27.531066 0.683042
 26.576478 26.612939 0.499306
 18.308196 18.366435 0.797541
 30.388013 30.438584 0.692553
 45.165267 45.182825 0.240454
 49.784392 49.837983 0.733898

2 64 17.526695 -1.168033 5.337463
0.018006 1.000000 -0.126321 -0.117837 3.500359 -0.328865  2 3 4 5
0.283392 -0.517277 0.392453  0.234115 -0.093650 0.110685
0.921486 0.900500
 12.043384 12.073285 0.723647
 21.113100 21.068869 -1.070451
 21.393656 21.431554 0.917191
 37.539480 37.542778 0.079805
 20.717699 20.736156 0.446691
 38.810212 38.831173 0.507268
 49.492545 49.493661 0.027009
 50.297510 50.293361 -0.100412

1 89 12.147241 -1.079107 5.221990
0.032492 1.000000 -0.077209 -0.250795 221.029589 -0.960551  2 3 4 5
0.269926 -0.523098 0.293617  0.235669 -0.278494 0.054850
0.643530 0.688308
 14.216579 14.275771 1.334961
 27.780301 27.741410 -0.877099
 29.525307 29.537723 0.280015
 40.518442 40.527363 0.201194
 20.681119 20.708406 0.615395
 39.448796 39.483130 0.774335
 50.533125 50.538162 0.113600
 51.771596 51.790151 0.418460

2 13 13.686480 -1.183568 5.435751
0.051777 1.000000 -0.160642 -0.175395 7.379155 -1.171216  2 3 4 5
0.347315 -0.497200 0.265392  0.237370 -0.336707 0.023304
0.585757 0.710389
 17.266820 17.306129 1.187379
 28.233548 28.202983 -0.923268
 28.968509 28.980550 0.363714
 45.670685 45.674286 0.108764
 23.731617 23.749575 0.542468
 46.563573 46.587793 0.731603
 55.183222 55.186969 0.113203
 58.328430 58.338301 0.298154

2 39 10.835458 -1.145507 5.098636
0.076429 1.000000 -0.199297 -0.204872 6.457516 -0.942923  2 3 4 5
0.386013 -0.482811 0.196286  0.239776 -0.236981 0.061431
0.759381 0.823215
 17.304756 17.343607 1.223412
 29.028828 28.999639 -0.919160
 27.806341 27.817513 0.351816
 45.679796 45.711716 1.005167
 23.647158 23.662969 0.497897
 47.068651 47.091727 0.726661
 53.590827 53.595735 0.154566
 58.424703 58.429378 0.147200

2 18 12.638886 -1.446497 4.613847
0.107240 1.000000 -0.178291 -0.213307 9.400746 -0.826222  2 3 4 5
0.459157 -0.430679 0.029167  0.243327 -0.165589 0.105034
0.943691 0.912972
 22.325543 22.358713 1.124348
 33.023561 32.996561 -0.915171
 29.189321 29.198659 0.316544
 48.909429 48.944414 1.185825
 23.208426 23.219698 0.382083
 49.438387 49.458635 0.686322
 51.068439 51.072327 0.131792
 59.902097 59.901043 -0.035719

2 72 20.946896 -1.771979 4.528017
0.145309 1.000000 -0.203166 -0.139667 3.496332 -1.054366  2 3 4 5
0.567100 -0.405581 -0.032258  0.246820 -0.225622 0.139246
0.929006 0.926023
 18.857253 18.876079 0.773472
 32.900721 32.912435 0.481288
 37.484793 37.471714 -0.537372
 41.186959 41.199466 0.513862
 24.840524 24.846413 0.241954
 52.275264 52.279889 0.190021
 56.983453 56.991819 0.343691
 66.150480 66.152778 0.094404

2 47 21.835393 -2.213818 4.320579
0.192168 1.000000 -0.164193 -0.125382 2.068653 -1.220536  2 3 4 5
0.666960 -0.399841 -0.088683  0.250716 -0.265010 0.184284
0.963782 0.935962
 15.885472 15.902689 0.793820
 40.070340 40.078764 0.388395
 39.605640 39.616863 0.517470
 43.444761 43.433735 -0.508375
 25.701541 25.705416 0.178654
 52.496170 52.498986 0.129809
 62.513046 62.518862 0.268156
 71.390153 71.391618 0.067568

2 69 22.633066 -2.257241 4.169079
0.250000 1.000000 -0.173124 -0.128447 2.309695 -1.409053  2 3 4 5
0.760319 -0.383397 -0.171753  0.254705 -0.320504 0.233915
0.972558 0.929628
 17.353168 17.368803 0.792975
 44.647060 44.656971 0.502644
 41.018876 41.026899 0.406944
 48.138778 48.128645 -0.513950
 26.777753 26.780806 0.154818
 53.107680 53.109862 0.110652
 67.206366 67.211270 0.248722
 76.026635 76.028181 0.078429