********* Eigenvalues for transverse lattice baryons ********* Couplings: 0:mu^2 1:g^2 N 2:beta 3:lambda_1 4:lambda_2 5:lambda_3 6:lambda_4 7:lambda_5 8:tau_1 9:tau_2 10:zeta 11:kappa_S(0) 12:kappa_S(1) 13:kappa_S(2) 14:kappa_A(0) 15:kappa_A(1) 16:kappa_A(2) 17:mu_F(0) 18:mu_F(1) 19:mu_F(2) 20:mu_0^2(0) 21:mu_0^2(1) 22:mu_0^2(2) 23:mu_1^2(0) 24:mu_1^2(1) 25:mu_1^2(2) 26:mu_2^2(0) 27:mu_2^2(1) 28:mu_2^2(2) 29:mu_3^2(0) 30:mu_3^2(1) 31:mu_3^2(2) sqrt(string tension) is 440 MeV. Use chi^2 fit with 13 criteria and tolerance 0.001. Overall scale from glueball data. 1/K^2 term used in all extrapolations. 1 nonstandard fit criteria (for log divergence). Fit 3 masses to experimental values (multi,state,mass (MeV),error (MeV)) = (19,0,1229.64,78.7222) (21,0,1229.64,78.7222) (19,0,1598.6,121.106). Degenerate pairs (multi,state) with relative error. (19,0) and (21,0), error 0.2 Spectrum for P_perp a = (0,0), ( 0.25 0) for 4 states (multiplet, c^2 error for each) = (23, 0.2 0.2) (24, 0.2 0.2). Spectrum for P_perp a = (0,0), ( 0.25 0.25) for 4 states (multiplet, c^2 error for each) = (25, 0.2 0.2) (26, 0.2 0.2). Ordinary spectra multiplets, 4 states, multiplet = 19 21. All spectra extrapolated using (K,p) = (13/2,8) (15/2,8) (17/2,8) (19/2,8) Log divergence determined using pion (K,p) = (13/2,8) (15/2,8) (17/2,8) (19/2,8) (23/2,8) . Result format: Fit info, # steps, chi^2, p damping, scale G^2 N/sigma. The 32 couplings (G^2 N units); which couplings -- if any -- were fit. Winding potential and heavy souce potential fits (G^2 N units). The log(K) coefficient of the pion mass^2 (G^2 N units). The rescaled masses (MeV) for each P_perp*a and c^2 values. Finally come the masses (MeV) for the ordinary spectra. 2 37 212.3723896 -1.764202771 7.563874923 0.0517766953 1 0.8301399165 -0.05268293962 -0.09507658562 104887723.7 0.08065136258 38591030.46 -1.794571426 -2.333841248 -0.2708565133 0.2534759356 0 0 1.190864598 0 0 0.2728321157 0 0 1.192137115 0 0 -0.1108820532 0 0 -0.07331299551 0 0 0 0 0 10 11 14 17 20 23 26 0.280322 -0.531459 -0.246649 0.148495 -0.166355 0.340103 -0.777114 1281.785426 1281.850653 0.0293025 1284.845718 1284.898188 0.0236274 1424.429845 1424.429116 -0.000363751 1433.509512 1435.283739 0.891917 1281.785426 1281.850653 0.0293025 1284.845718 1284.898188 0.0236274 1424.429845 1424.429113 -0.00036523 1433.509512 1433.948021 0.220339 1281.79 1281.92 0.0292927 1284.85 1284.95 0.0236356 1424.43 1424.43 -0.000336681 1433.51 1436.69 0.800257 1281.79 1281.92 0.0292927 1284.85 1284.95 0.0236356 1424.43 1424.43 -0.000365208 1433.51 1434.08 0.142583 1281.79 1436.65 1480.15 1522.55 1284.85 1424.43 1433.51 1439.54 2 40 342.6284849 -1.764202771 7.563874923 0.0517766953 1 0.8301399165 -0.05268293962 -0.09507658562 104887723.7 0.08065136258 38591030.46 -1.794571426 -2.333841248 -0.3163950354 0.08646738249 0 0 0.8222560908 0 0 0.2323019995 0 0 0.5 0 0 -0.1049283614 0 0 0.02334880549 0 0 0 0 0 10 11 14 17 23 26 0.280322 -0.531459 -0.246649 0.148495 -0.166355 0.340103 -1.35905 0.000000 0.000000 0.315409 0.000000 0.000000 -0.165298 376.261095 376.616498 0.0468879 400.200472 400.435657 0.032996 0.000000 0.000000 0.315409 0.000000 0.000000 -0.165298 376.261095 376.616498 0.0468879 400.200472 400.435657 0.032996 0 0 0.0854769 0 0 0.0646329 376.261 376.926 0.0438905 400.2 400.714 0.0360009 0 0 0.0854769 0 0 0.0646329 376.261 376.926 0.0438905 400.2 400.714 0.0360009 0 400.2 493.632 627.71 0 376.261 553.621 589.854 5 104 107.9735569 -1.764202771 7.563874923 0.0517766953 1 0.8301399165 -0.05268293962 -0.09507658562 104887723.7 0.08065136258 38591030.46 -1.794571426 -2.333841248 -0.2472379892 0.043202189 0 0 0.6268102563 0 0 0.2811540242 0 0 0.75 0 0 -0.1057241368 0 0 -0.2483159242 0 0 0 0 0 10 11 14 17 23 26 0.280322 -0.531459 -0.246649 0.148495 -0.166355 0.340103 -22.3391 1124.023107 1125.195680 0.462155 1213.793390 1214.761763 0.412104 1367.809020 1368.394769 0.280851 1478.229670 1463.579686 -7.5521 1124.023107 1125.195058 0.46191 1213.793390 1214.757440 0.410263 1367.809020 1368.065725 0.123069 1478.229670 1473.334707 -2.53173 1124.02 1126.42 0.473434 1213.79 1215.72 0.410515 1367.81 1369.23 0.340976 1478.23 1471.1 -1.84321 1124.02 1126.38 0.464648 1213.79 1215.72 0.410162 1367.81 1369.08 0.305052 1478.23 1472.72 -1.42519 1124.02 1478.23 1588.5 1616.6 1213.79 1367.81 1582.76 1614.79 5 105 54.99614434 -1.764202771 7.563874923 0.0517766953 1 0.8301399165 -0.05268293962 -0.09507658562 104887723.7 0.08065136258 38591030.46 -1.794571426 -2.333841248 -0.377736875 0.08498630959 0 0 1.035845396 0 0 0.3403065965 0 0 1 0 0 -0.1010424568 0 0 -0.2498415772 0 0 0 0 0 10 11 14 17 23 26 0.280322 -0.531459 -0.246649 0.148495 -0.166355 0.340103 -25.8208 1196.686654 1198.494764 0.758891 1314.539495 1316.126611 0.731628 1713.338381 1738.250736 15.0678 1858.069955 1836.028342 -14.2682 1196.686654 1198.494764 0.758891 1314.539495 1316.126611 0.731628 1713.338381 1738.250737 15.0678 1858.069955 1836.028343 -14.2682 1196.69 1200.31 0.761044 1314.54 1317.7 0.729619 1713.34 1739.06 7.78125 1858.07 1836.5 -6.98163 1196.69 1200.31 0.761044 1314.54 1317.7 0.729619 1713.34 1739.06 7.78125 1858.07 1836.5 -6.98163 1196.69 1858.07 2074.06 2192.25 1314.54 1713.34 2076.07 2130.63 5 104 203.4121172 -1.764202771 7.563874923 0.0517766953 1 0.8301399165 -0.05268293962 -0.09507658562 104887723.7 0.08065136258 38591030.46 -1.794571426 -2.333841248 -0.2823049487 0.2629222077 0 0 0.660411853 0 0 0.2674985277 0 0 1.25 0 0 -0.09960388643 0 0 0.01356612035 0 0 0 0 0 10 11 14 17 23 26 0.280322 -0.531459 -0.246649 0.148495 -0.166355 0.340103 -1.2238 1285.581591 1285.766750 0.0834296 1322.885630 1322.978092 0.0428693 1531.904752 1532.018493 0.0610678 1533.604535 1542.966817 5.04737 1285.581591 1285.766750 0.0834296 1322.885630 1322.978092 0.0428693 1531.904752 1531.996405 0.0492084 1533.604535 1542.966809 5.04736 1285.58 1286.02 0.0983503 1322.89 1323.01 0.0279583 1531.9 1532.21 0.08141 1533.6 1543 2.53213 1285.58 1286.02 0.0983503 1322.89 1323.01 0.0279583 1531.9 1532.11 0.0539172 1533.6 1543 2.53188 1285.58 1544.25 1563.84 1703.64 1322.89 1542.94 1531.9 1533.6 2 40 357.6915456 -1.764202771 7.563874923 0.0517766953 1 0.8301399165 -0.05268293962 -0.09507658562 104887723.7 0.08065136258 38591030.46 -1.794571426 -2.333841248 -0.2907375987 0.3077207853 0 0 1.822167797 0 0 0.2450648921 0 0 1.5 0 0 -0.1143861936 0 0 -0.2074875209 0 0 0 0 0 10 11 14 17 23 26 0.280322 -0.531459 -0.246649 0.148495 -0.166355 0.340103 -1.74062 0.000000 0.000000 0.0121614 0.000000 0.000000 0.0107609 435.624414 435.621889 -0.000385482 483.343710 483.653579 0.0525074 0.000000 0.000000 0.0121604 0.000000 0.000000 0.0107194 435.624414 435.621656 -0.000421029 483.343710 484.596910 0.212562 0 0 0.012156 0 0 0.0107264 435.624 435.633 0.000682413 483.344 483.446 0.00868307 0 0 0.012158 0 0 0.0107143 435.624 435.616 -0.000608701 483.344 483.48 0.01151 0 483.344 580.726 611.846 0 435.624 516.112 567.011