# RNG = Mersenne twister # L = 20 d = 3 N = 8000 # Boundary conditions: periodic. # T = 6.4500000 beta = 0.1550388 alpha0 = 0.0500000 # gamma = 0.0500000 # Interactions: constant N_ell. # Initial permutation: identity. # Site selection for Metropolis sweeps: sequential. # Thermalization is detected by 40 turning points of system energy # smoothed over a 200-point window. # Terminate after 10000 batches: # * 20 GKU sweeps per batch. # * 0 worm sweeps per batch. # # Initial HDV = 400.0000000 0.0000000 400.0000000 # Batch 0 HDV = 4704.7750000 4376.3250000 328.4500000 # Thermalization complete: sweep 880 H = 7830.0500000 # Accumulation complete: batch 10000 H = 7674.6000000 # # rho_infty max dev = 0.7655662 at k = 103 # fI = 0.2344338 # # k= 1 4460.2042000 # k= 2 371.1339100 # k= 3 80.6349700 # k= 4 36.6738400 # k= 5 18.9179600 # k= 6 11.3575900 # k= 7 7.2922150 # k= 8 5.0142700 # k= 9 3.6194650 # k= 10 2.7198750 # k*counts sum = 8000.0000000 # # GRU quantities: # alpha GRU = 1.6125000 # /|X| = 0.1481392 # phi(alpha) = 0.2344338 # GRU quot = 0.6319023 # # mean_H = 7899.0693845 # stddev_H = 143.4027879 # foc_H = 0.0277702 # mean_D = 7648.3101863 # mean_V = 250.7591982 # # mean_h = 0.9873837 # mean_d = 0.9560388 # mean_v = 0.0313449 # # mean_r2 = 371.1339100 # mean_lmax = 1185.1138650 # # mean_jumplenbar = 0.5021232 # stddev_jumplenbar = 0.0087809 # foc_jumplenbar = 0.0266049 # maxjumplen = 3.7416574 # # mean_ell0 = 223.1045450 # stddev_ell0 = 269.5460308 # foc_ell0 = -0.1890695 # # mean_ellbar = 226.5131732 # stddev_ellbar = 33.7020773 # foc_ellbar = -0.0442502 # mean_ellfbar = 2.3371160 # stddev_ellfbar = 0.2703063 # foc_ellfbar = -0.1995885 # # mean_cyc0spatlen = 259.2849782 # stddev_cyc0spatlen = 314.3751549 # foc_cyc0spatlen = -0.1895594 # # mean_meanspatlen = 263.2650086 # stddev_meanspatlen = 39.3315975 # foc_meanspatlen = -0.0446660 # mean_meanspatlenf = 2.0426816 # stddev_meanspatlenf = 0.3139093 # foc_meanspatlenf = -0.1971991 # # /L = 11.1552273 # /L = 11.3256587 # /L = 0.1168558 # /L = 12.9642489 # /L = 13.1632504 # /L = 0.1021341 # # mean_wno = 10.8207000 # stddev_wno = 3.7921516 # foc_wno = -0.7557915 # mean_fS = 1.1632252 # stddev_fS = 0.4076563 # foc_fS = -0.7557915 # recip_fS = 0.8596787 # # bulkflow box length = 5 # mean_bulkflow = 2.1854082 # # mean_ellx = 223.1045450 # mean_elly = 224.2175200 # stddev_ellx = 269.5460308 # stddev_elly = 271.2374416 # cov_ellx_elly = 674.5821471 # corr_ellx_elly = 0.0092268 # # mean_jump0len = 0.4937491 # stddev_jump0len = 0.3466690 # # mean_kinkdot = -0.0850000 # stddev_kinkdot = 0.2222520 # mean_kinkcosangle = 0.0000000 # stddev_kinkcosangle = 0.0000000 # kinkcosangle num defined = 4386 # # * Angle stats for sites 0,0,0 and 0,0,1: # mean_dot = -0.0209550 # stddev_dot = 0.1305904 # mean_cos_angle = -0.1139559 # stddev_cos_angle = 0.4269419 # num defined = 7493 # * Angle stats for sites 0,0,0 and 0,1,1: # mean_dot = -0.0061800 # stddev_dot = 0.1180644 # mean_cos_angle = -0.0188320 # stddev_cos_angle = 0.4082504 # num defined = 7129 # * Angle stats for sites 0,0,0 and 1,1,1: # mean_dot = -0.0018100 # stddev_dot = 0.1085007 # mean_cos_angle = -0.0061672 # stddev_cos_angle = 0.3996871 # num defined = 7142 # * Angle stats for sites 0,0,0 and 10,10,10: # mean_dot = -0.0016450 # stddev_dot = 0.0999727 # mean_cos_angle = -0.0044304 # stddev_cos_angle = 0.3923653 # num defined = 7080 # # P[Wx = -10 ] = 0 / 200000 = 0.00000000 # P[Wx = -9 ] = 0 / 200000 = 0.00000000 # P[Wx = -8 ] = 7 / 200000 = 0.00003500 # P[Wx = -7 ] = 0 / 200000 = 0.00000000 # P[Wx = -6 ] = 557 / 200000 = 0.00278500 # P[Wx = -5 ] = 0 / 200000 = 0.00000000 # P[Wx = -4 ] = 8930 / 200000 = 0.04465000 # P[Wx = -3 ] = 0 / 200000 = 0.00000000 # P[Wx = -2 ] = 48072 / 200000 = 0.24036000 # P[Wx = -1 ] = 0 / 200000 = 0.00000000 # P[Wx = 0 ] = 84625 / 200000 = 0.42312500 # P[Wx = 1 ] = 0 / 200000 = 0.00000000 # P[Wx = 2 ] = 48328 / 200000 = 0.24164000 # P[Wx = 3 ] = 0 / 200000 = 0.00000000 # P[Wx = 4 ] = 8942 / 200000 = 0.04471000 # P[Wx = 5 ] = 0 / 200000 = 0.00000000 # P[Wx = 6 ] = 532 / 200000 = 0.00266000 # P[Wx = 7 ] = 0 / 200000 = 0.00000000 # P[Wx = 8 ] = 7 / 200000 = 0.00003500 # P[Wx = 9 ] = 0 / 200000 = 0.00000000 # P[Wx = 10 ] = 0 / 200000 = 0.00000000 # Wx_min = -8 # Wx_max = 8 # # OPENS: # None. # CLOSES: # None. # HS: # None. # TS: # None. # GK: # Metropolis keeps: 1333528532 / 1600000000 ( 83.346%) # Metropolis changes: 266471468 / 1600000000 ( 16.654%) # Elapsed thermalization seconds: 1.571299 # Elapsed accumulation seconds: 421.656805 # Elapsed total seconds: 423.228104