# RNG = Mersenne twister # L = 30 d = 3 N = 27000 # Boundary conditions: periodic. # T = 6.8500000 beta = 0.1459854 alpha0 = 0.5000000 # gamma = 0.0500000 # Interactions: N2. # 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 = 0.0000000 0.0000000 0.0000000 # Batch 0 HDV = 11237.4250000 10689.4250000 548.0000000 # Thermalization complete: sweep 760 H = 17167.1750000 # Accumulation complete: batch 10000 H = 18775.6500000 # # rho_infty max dev = 0.9010035 at k = 245 # fI = 0.0989965 # # k= 1 18916.0187250 # k= 2 898.0803500 # k= 3 302.8033500 # k= 4 139.5501750 # k= 5 70.7628150 # k= 6 42.4282400 # k= 7 26.9056850 # k= 8 18.4705150 # k= 9 13.2458500 # k= 10 9.8608300 # k*counts sum = 27000.0000000 # # GRU quantities: # alpha GRU = 1.7125000 # /|X| = 0.0618228 # phi(alpha) = 0.0989965 # GRU quot = 0.6244953 # # mean_H = 18539.0216464 # stddev_H = 375.9658304 # foc_H = -0.5714594 # mean_D = 18089.9814714 # mean_V = 449.0401750 # # mean_h = 0.6866304 # mean_d = 0.6699993 # mean_v = 0.0166311 # # mean_r2 = 898.0803500 # mean_lmax = 1669.2167350 # # mean_jumplenbar = 0.3361037 # stddev_jumplenbar = 0.0066565 # foc_jumplenbar = -0.5903240 # maxjumplen = 3.7416574 # # mean_ell0 = 131.9485750 # stddev_ell0 = 291.4794599 # foc_ell0 = -2.4455604 # # mean_ellbar = 136.6618334 # stddev_ellbar = 32.5198698 # foc_ellbar = -0.2066718 # mean_ellfbar = 2.9161365 # stddev_ellfbar = 0.4110786 # foc_ellfbar = -0.5590199 # # mean_cyc0spatlen = 151.3129412 # stddev_cyc0spatlen = 336.3109157 # foc_cyc0spatlen = -2.4442290 # # mean_meanspatlen = 156.7749459 # stddev_meanspatlen = 37.5172592 # foc_meanspatlen = -0.2060494 # mean_meanspatlenf = 2.5327348 # stddev_meanspatlenf = 0.4730682 # foc_meanspatlenf = -0.5372242 # # /L = 4.3982858 # /L = 4.5553944 # /L = 0.0972045 # /L = 5.0437647 # /L = 5.2258315 # /L = 0.0844245 # # mean_wno = 7.9030400 # stddev_wno = 3.3265756 # foc_wno = -0.7498886 # mean_fS = 0.6015092 # stddev_fS = 0.2531894 # foc_fS = -0.7498886 # recip_fS = 1.6624851 # # bulkflow box length = 5 # mean_bulkflow = 1.2473824 # # mean_ellx = 131.9485750 # mean_elly = 131.5747000 # stddev_ellx = 291.4794599 # stddev_elly = 289.5276323 # cov_ellx_elly = -1000.8219813 # corr_ellx_elly = -0.0118593 # # mean_jump0len = 0.3280050 # stddev_jump0len = 0.3311697 # # mean_kinkdot = -0.0812150 # stddev_kinkdot = 0.1883983 # mean_kinkcosangle = -0.2390484 # stddev_kinkcosangle = 0.4327235 # kinkcosangle num defined = 2958 # # * Angle stats for sites 0,0,0 and 0,0,1: # mean_dot = -0.0148200 # stddev_dot = 0.0966142 # mean_cos_angle = -0.1470666 # stddev_cos_angle = 0.4609240 # num defined = 4925 # * Angle stats for sites 0,0,0 and 0,1,1: # mean_dot = -0.0074250 # stddev_dot = 0.0837933 # mean_cos_angle = -0.0570213 # stddev_cos_angle = 0.4540213 # num defined = 4212 # * Angle stats for sites 0,0,0 and 1,1,1: # mean_dot = -0.0029450 # stddev_dot = 0.0762605 # mean_cos_angle = -0.0216856 # stddev_cos_angle = 0.4510270 # num defined = 4217 # * Angle stats for sites 0,0,0 and 15,15,15: # mean_dot = -0.0006300 # stddev_dot = 0.0669257 # mean_cos_angle = -0.0014502 # stddev_cos_angle = 0.4332500 # num defined = 4113 # # P[Wx = -10 ] = 0 / 200000 = 0.00000000 # P[Wx = -9 ] = 0 / 200000 = 0.00000000 # P[Wx = -8 ] = 3 / 200000 = 0.00001500 # P[Wx = -7 ] = 0 / 200000 = 0.00000000 # P[Wx = -6 ] = 153 / 200000 = 0.00076500 # P[Wx = -5 ] = 0 / 200000 = 0.00000000 # P[Wx = -4 ] = 5040 / 200000 = 0.02520000 # P[Wx = -3 ] = 0 / 200000 = 0.00000000 # P[Wx = -2 ] = 45843 / 200000 = 0.22921500 # P[Wx = -1 ] = 0 / 200000 = 0.00000000 # P[Wx = 0 ] = 97979 / 200000 = 0.48989500 # P[Wx = 1 ] = 0 / 200000 = 0.00000000 # P[Wx = 2 ] = 45741 / 200000 = 0.22870500 # P[Wx = 3 ] = 0 / 200000 = 0.00000000 # P[Wx = 4 ] = 5097 / 200000 = 0.02548500 # P[Wx = 5 ] = 0 / 200000 = 0.00000000 # P[Wx = 6 ] = 143 / 200000 = 0.00071500 # P[Wx = 7 ] = 0 / 200000 = 0.00000000 # P[Wx = 8 ] = 1 / 200000 = 0.00000500 # 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: 4790936601 / 5400000000 ( 88.721%) # Metropolis changes: 609063399 / 5400000000 ( 11.279%) # Elapsed thermalization seconds: 4.323777 # Elapsed accumulation seconds: 1399.509205 # Elapsed total seconds: 1403.832982