# RNG = rand48
# L = 50 d = 3 N = 125000
# Boundary conditions: periodic.
# T =   6.8000000 beta =   0.1470588 alpha0 =   0.0000000
# GRU algorithm for Metropolis sweeps.
# Interactions:  none.
# Initial permutation: identity.
# Site selection for Metropolis sweeps: sequential.
# Cycle reversals allowed.
# Thermalization is detected by 40 turning points of system energy
# smoothed over a 200-point window.
# Terminate after 1000 Metropolis accumulations.
# 1 Metropolis sweep per accumulation.
#
# Initial HDV =   0.0000000   0.0000000   0.0000000
# Sweep 1 HDV = 12648.0000000 12648.0000000   0.0000000
# Thermalization complete:  sweep    880 H = 75092.4000000
# Accumulation complete:  acc   1000 H = 77448.6000000
# rho_infty max dev =   0.9934160 at k = 476
# k=  1 <counts> 88679.2880000
# k=  2 <counts> 7164.0590000
# k=  3 <counts> 1505.8680000
# k=  4 <counts> 697.3290000
# k=  5 <counts> 357.6330000
# k=  6 <counts> 216.2560000
# k=  7 <counts> 138.3830000
# k=  8 <counts>  95.6870000
# k=  9 <counts>  69.3760000
# k= 10 <counts>  52.2870000
# k*counts sum = 125000.0000000
# rho_infty_T = 0.0065840
#
# <H>    = 77220.0656000
# <D>    = 77220.0656000
# <V>    =   0.0000000
# <h>    =   0.6177605
# <d>    =   0.6177605
# <v>    =   0.0000000
#
# <n2>   = 7164.0590000
# <lmax> = 504.5260000
# <winding #> =   0.0000000
# P[Wx =  0 ] =   1000 /   1000 = 1.00000000
# P[Wx =  1 ] =      0 /   1000 = 0.00000000
# P[Wx =  2 ] =      0 /   1000 = 0.00000000
# P[Wx =  3 ] =      0 /   1000 = 0.00000000
# P[Wx =  4 ] =      0 /   1000 = 0.00000000
# P[Wx =  5 ] =      0 /   1000 = 0.00000000
# P[Wx =  6 ] =      0 /   1000 = 0.00000000
# P[Wx =  7 ] =      0 /   1000 = 0.00000000
# P[Wx =  8 ] =      0 /   1000 = 0.00000000
# P[Wx =  9 ] =      0 /   1000 = 0.00000000
# P[Wx = 10 ] =      0 /   1000 = 0.00000000
# <fS>   =   0.0000000
# bulkflow box length = 5
# <bulkflow> =   1.0152400
# <ellx>         =  10.9300000
# <elly>         =  34.4850000
# s_ellx         =  51.1802747
# s_elly         = 157.3769783
# cov_ellx_elly  = -319.9970500
# corr_ellx_elly =  -0.0397285
# <jumplen>   0.2791324
# s_jumplen   0.4827889
# Site (0,0,0) mean jump length   0.2791324 stddev   0.4827889
# Site (0,0,25) mean jump length   0.2424510 stddev   0.4541118
# Site (0,25,25) mean jump length   0.1632843 stddev   0.3851470
# Site (25,25,25) mean jump length   0.4044722 stddev   0.5499111
#
# cos_angle0 sites 0,0,0 and 0,0,1
# cos_angle1 sites 0,0,0 and 0,1,1
# cos_angle2 sites 0,0,0 and 1,1,1
# cos_angle3 sites 0,0,0 and 25,25,25
# <dot0>             =  -0.0170000
# <dot1>             =   0.0010000
# <dot2>             =  -0.0100000
# <dot3>             =  -0.0100000
# s_dot0             =   0.1695280
# s_dot1             =   0.2430186
# s_dot2             =   0.2047973
# s_dot3             =   0.1730027
#
# <cos_angle0>       =  -0.1961643
# <cos_angle1>       =   0.0278105
# <cos_angle2>       =  -0.0832883
# <cos_angle3>       =  -0.1109689
# s_cos_angle0       =   0.5371512
# s_cos_angle1       =   0.6154028
# s_cos_angle2       =   0.6000366
# s_cos_angle3       =   0.5532922
# cos_angle0 num defined = 73/1000 =   0.0730000
# cos_angle1 num defined = 75/1000 =   0.0750000
# cos_angle2 num defined = 85/1000 =   0.0850000
# cos_angle3 num defined = 69/1000 =   0.0690000
#
# <kinkdot>          =  -0.1220000
# s_kinkdot          =   0.4597035
# kink cos_angle num defined = 258/1000 =   0.2580000
#
# GRU quantities:
# alpha_GRU  = 1.7000
# <lmax>/|X| = 0.0040362
# phi(alpha) = 0.0065840
# GRU quot   = 0.6130313
#
# Metropolis selves:  0/125000000 (  0.000%)
# Metropolis keeps:   111052620/125000000 ( 88.842%)
# Metropolis changes: 13947380/125000000 ( 11.158%)
# Elapsed seconds: 121.700865