********** 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 minimizing chi^2. 2 parity doublets with fractional errors 1 0.1. Spectrum for P_perp a = (0) ( 0.25) using (# states, o, multiplet, c^2 error for each) = (4, 1 & -1, 1 & 2, 0.1 2 2 0.5) (4, 1 & -1, 2 & 1, 0.25 0.25 1 1). Spectra extrapolated using (K,p) = (18/2,6) (18/2,8) (20/2,6) (20/2,8) (26/2,6) (32/2,6) . Winding potential using (n,K,p) = ( 2,20/2,4) ( 2,20/2,6) ( 2,20/2,4) ( 2,20/2,6) ( 2,24/2,4) ( 2,28/2,4) ( 3,19/2,5) ( 3,19/2,7) ( 3,21/2,5) ( 3,21/2,7) ( 3,23/2,5) ( 3,27/2,5) ( 4,18/2,6) ( 4,18/2,8) ( 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) = ( 1,-32/2,2,3) ( 1,-32/2,4,3) ( 1,-32/2,2,4.5) ( 1,-44/2,2,3) ( 1,-44/2,2,4.5) ( 1,-60/2,2,3) ( 1,-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,-19/2,3,3) ( 1,-19/2,5,3) ( 1,-19/2,3,4.5) ( 1,-33/2,3,3) ( 1,-33/2,3,4.5) ( 1,-49/2,3,3) ( 1,-49/2,3,4.5) L=0 and error 0.1; ( 1,-19/2,3,3) ( 1,-19/2,5,3) ( 1,-19/2,3,4.5) ( 1,-33/2,3,3) ( 1,-33/2,3,4.5) ( 1,-49/2,3,3) ( 1,-49/2,3,4.5) L=2.5 and error 0.1; ( 1,-19/2,3,3) ( 1,-19/2,5,3) ( 1,-19/2,3,4.5) ( 1,-33/2,3,3) ( 1,-33/2,3,4.5) ( 1,-49/2,3,3) ( 1,-49/2,3,4.5) L=5 and error 0.1; all in G^2 N units. p-extrapolation using n=( 1) and (K,p) = (21/2,3) (27/2,3) (39/2,3) (21/2,5) (27/2,5) (21/2,7) (23/2,7) . 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. Finally come the states for the ordinary spectra. 2 84 11.27139996 -1.108757212 7.120708945 0.1453085056 1 -0.327909981 -0.1265949856 9.812139253 -1.753183022 -1.730219247 2 3 4 5 6 0.523889 -0.422883 0.050779 0.141523 0.161993 -0.147447 0.889963 0.862793 0.892011 0.946942 1.188760 1.157706 29.345874 29.362714 1.005118 45.487577 45.497772 0.608509 47.487633 47.475001 -0.753984 75.176999 75.194682 1.055456 37.886479 37.897365 0.649733 79.620435 79.636949 0.985682 80.656946 80.663921 0.416353 91.265459 91.245059 -1.217599 29.345874 47.487633 45.487577 75.176999 94.498570 113.235335 140.302161 141.586051 37.886479 79.620435 80.656946 91.265459 75.195589 103.701950 111.191658 114.337503 2 64 13.87237988 -1.108757212 7.120708945 0.1453085056 1 -0.303805428 -0.1480277555 11.02870397 1.671031029 -1.562520078 2 3 4 5 6 0.523889 -0.422883 0.050779 0.141523 0.161993 -0.147447 0.889963 0.862793 0.892011 0.946942 1.188760 1.157706 29.345874 29.362714 1.005118 45.487577 45.497772 0.608509 47.487633 47.475001 -0.753984 75.176999 75.194682 1.055456 37.886479 37.897365 0.649733 79.620435 79.636949 0.985682 80.656946 80.663921 0.416353 91.265459 91.245059 -1.217599 29.345874 47.487633 45.487577 75.176999 94.498570 113.235335 140.302161 141.586051 37.886479 79.620435 80.656946 91.265459 75.195589 103.701950 111.191658 114.337503 2 26 17.01485655 -0.3100472036 4.687892016 0.1921681542 1 -0.4853425782 -0.2751014472 19.21763816 0.6012181719 -1.30379678 2 3 4 5 6 0.433415 -0.917088 0.899704 0.223911 0.041497 -0.046854 0.892635 0.717358 0.967038 0.919021 1.321816 1.349176 0.142600 0.172216 0.962796 19.586897 19.561501 -0.825609 29.833826 29.841157 0.238319 38.901649 38.904058 0.078322 24.393719 24.411409 0.575092 41.895523 41.930761 1.145543 51.575734 51.569179 -0.213091 51.828426 51.798533 -0.971786 0.142600 19.586897 29.833826 39.479247 54.020097 67.005771 79.771634 83.181484 24.393719 41.895523 51.575734 51.828426 38.901649 59.055575 53.891490 60.265725 2 54 17.48141383 -0.3100472036 4.687892016 0.1921681542 1 -0.4209387362 -0.1781922186 4.437269321 -0.821936859 -1.292112114 2 3 4 5 6 0.433415 -0.917088 0.899704 0.223911 0.041497 -0.046854 0.892635 0.717358 0.967038 0.919021 1.321816 1.349176 0.142600 0.172216 0.962796 19.586897 19.561501 -0.825609 29.833826 29.841157 0.238319 38.901649 38.904058 0.078322 24.393719 24.411409 0.575092 41.895523 41.930761 1.145543 51.575734 51.569179 -0.213091 51.828426 51.798533 -0.971786 0.142600 19.586897 29.833826 39.479247 54.020097 67.005771 79.771634 83.181484 24.393719 41.895523 51.575734 51.828426 38.901649 59.055575 53.891490 60.265725