# RNG = Mersenne twister # L = 30 d = 3 N = 27000 # Boundary conditions: periodic. # T = 6.7500000 beta = 0.1481481 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 = 12009.6250000 11458.1250000 551.5000000 # Thermalization complete: sweep 880 H = 19696.7500000 # Accumulation complete: batch 10000 H = 19952.7500000 # # rho_infty max dev = 0.8666131 at k = 1206 # fI = 0.1333869 # # k= 1 18073.6778000 # k= 2 870.5687900 # k= 3 297.9916900 # k= 4 136.7493400 # k= 5 69.6461950 # k= 6 41.8025000 # k= 7 26.5976900 # k= 8 18.2653950 # k= 9 13.0997350 # k= 10 9.7734950 # k*counts sum = 27000.0000000 # # GRU quantities: # alpha GRU = 1.6875000 # /|X| = 0.0833753 # phi(alpha) = 0.1333869 # GRU quot = 0.6250639 # # mean_H = 20357.0722600 # stddev_H = 324.8210609 # foc_H = 0.0056766 # mean_D = 19921.7878650 # mean_V = 435.2843950 # # mean_h = 0.7539656 # mean_d = 0.7378440 # mean_v = 0.0161216 # # mean_r2 = 870.5687900 # mean_lmax = 2251.1338800 # # mean_jumplenbar = 0.3731245 # stddev_jumplenbar = 0.0057918 # foc_jumplenbar = 0.0042189 # maxjumplen = 3.7416574 # # mean_ell0 = 237.0969800 # stddev_ell0 = 425.5382612 # foc_ell0 = -1.3174005 # # mean_ellbar = 244.3899927 # stddev_ellbar = 39.7222369 # foc_ellbar = -0.0368365 # mean_ellfbar = 2.8993185 # stddev_ellfbar = 0.3455348 # foc_ellfbar = -0.2227349 # # mean_cyc0spatlen = 273.3237203 # stddev_cyc0spatlen = 492.2061994 # foc_cyc0spatlen = -1.3169091 # # mean_meanspatlen = 281.7625628 # stddev_meanspatlen = 45.9455142 # foc_meanspatlen = -0.0370756 # mean_meanspatlenf = 2.5557527 # stddev_meanspatlenf = 0.3994319 # foc_meanspatlenf = -0.2204734 # # /L = 7.9032327 # /L = 8.1463331 # /L = 0.0966439 # /L = 9.1107907 # /L = 9.3920854 # /L = 0.0851918 # # mean_wno = 10.3601000 # stddev_wno = 3.7327241 # foc_wno = -0.6208057 # mean_fS = 0.7770075 # stddev_fS = 0.2799543 # foc_fS = -0.6208057 # recip_fS = 1.2869889 # # bulkflow box length = 5 # mean_bulkflow = 1.5093988 # # mean_ellx = 237.0969800 # mean_elly = 236.3452300 # stddev_ellx = 425.5382612 # stddev_elly = 427.3814014 # cov_ellx_elly = 619.2399676 # corr_ellx_elly = 0.0034049 # # mean_jump0len = 0.3718779 # stddev_jump0len = 0.3403378 # # mean_kinkdot = -0.0740850 # stddev_kinkdot = 0.1959987 # mean_kinkcosangle = 0.0000000 # stddev_kinkcosangle = 0.0000000 # kinkcosangle num defined = 3317 # # * Angle stats for sites 0,0,0 and 0,0,1: # mean_dot = -0.0168050 # stddev_dot = 0.1077056 # mean_cos_angle = -0.1295218 # stddev_cos_angle = 0.4480576 # num defined = 5650 # * Angle stats for sites 0,0,0 and 0,1,1: # mean_dot = -0.0078950 # stddev_dot = 0.0914399 # mean_cos_angle = -0.0394538 # stddev_cos_angle = 0.4388267 # num defined = 4996 # * Angle stats for sites 0,0,0 and 1,1,1: # mean_dot = -0.0020550 # stddev_dot = 0.0871768 # mean_cos_angle = -0.0112659 # stddev_cos_angle = 0.4286159 # num defined = 4878 # * Angle stats for sites 0,0,0 and 15,15,15: # mean_dot = -0.0006100 # stddev_dot = 0.0772025 # mean_cos_angle = -0.0041009 # stddev_cos_angle = 0.4436300 # num defined = 4775 # # P[Wx = -10 ] = 0 / 200000 = 0.00000000 # P[Wx = -9 ] = 0 / 200000 = 0.00000000 # P[Wx = -8 ] = 14 / 200000 = 0.00007000 # P[Wx = -7 ] = 0 / 200000 = 0.00000000 # P[Wx = -6 ] = 494 / 200000 = 0.00247000 # P[Wx = -5 ] = 0 / 200000 = 0.00000000 # P[Wx = -4 ] = 8484 / 200000 = 0.04242000 # P[Wx = -3 ] = 0 / 200000 = 0.00000000 # P[Wx = -2 ] = 47898 / 200000 = 0.23949000 # P[Wx = -1 ] = 0 / 200000 = 0.00000000 # P[Wx = 0 ] = 86174 / 200000 = 0.43087000 # P[Wx = 1 ] = 0 / 200000 = 0.00000000 # P[Wx = 2 ] = 47830 / 200000 = 0.23915000 # P[Wx = 3 ] = 0 / 200000 = 0.00000000 # P[Wx = 4 ] = 8574 / 200000 = 0.04287000 # P[Wx = 5 ] = 0 / 200000 = 0.00000000 # P[Wx = 6 ] = 516 / 200000 = 0.00258000 # P[Wx = 7 ] = 0 / 200000 = 0.00000000 # P[Wx = 8 ] = 16 / 200000 = 0.00008000 # 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: 4726861105 / 5400000000 ( 87.534%) # Metropolis changes: 673138895 / 5400000000 ( 12.466%) # Elapsed thermalization seconds: 5.036135 # Elapsed accumulation seconds: 1407.075898 # Elapsed total seconds: 1412.112033