# RNG = Mersenne twister
# L = 20 d = 3 N = 8000
# Boundary conditions: periodic.
# T =   7.2000000 beta =   0.1388889 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 = 2837.0000000 2682.0000000 155.0000000
# Thermalization complete:  sweep    800 H = 3461.9000000
# Accumulation complete:  batch  10000 H = 3434.4000000
#
# rho_infty max dev =   0.9927564 at k = 40
# fI                           =    0.0072436
#
# k=  1 <counts> 6486.8364700
# k=  2 <counts> 287.9891100
# k=  3 <counts>  90.5132500
# k=  4 <counts>  41.6950050
# k=  5 <counts>  20.4068350
# k=  6 <counts>  12.0028100
# k=  7 <counts>   7.3953350
# k=  8 <counts>   4.9330100
# k=  9 <counts>   3.4460350
# k= 10 <counts>   2.4957400
# k*counts sum                 = 8000.0000000
#
# GRU quantities:
# alpha GRU                    =    1.8000000
# <lmax>/|X|                   =    0.0044701
# phi(alpha)                   =    0.0072436
# GRU quot                     =    0.6171083
#
# mean_H                       = 3509.4212910
# stddev_H                     =  138.2197127
# foc_H                        =   -0.0109511
# mean_D                       = 3365.4267360
# mean_V                       =  143.9945550
#
# mean_h                       =    0.4386777
# mean_d                       =    0.4206783
# mean_v                       =    0.0179993
#
# mean_r2                      =  287.9891100
# mean_lmax                    =   35.7605700
#
# mean_jumplenbar              =    0.2071282
# stddev_jumplenbar            =    0.0079755
# foc_jumplenbar               =   -0.0146200
# maxjumplen                   =    3.3166248
#
# mean_ell0                    =    2.0130750
# stddev_ell0                  =    3.8240724
# foc_ell0                     =  -86.2839105
#
# mean_ellbar                  =    1.9119694
# stddev_ellbar                =    0.3002041
# foc_ellbar                   =   -5.4069045
# mean_ellfbar                 =    1.8865370
# stddev_ellfbar               =    0.2255292
# foc_ellfbar                  =   -0.9616828
#
# mean_cyc0spatlen             =    1.3524834
# stddev_cyc0spatlen           =    4.5046081
# foc_cyc0spatlen              =  -80.2398570
#
# mean_meanspatlen             =    1.2379728
# stddev_meanspatlen           =    0.3483363
# foc_meanspatlen              =   -5.2759861
# mean_meanspatlenf            =    1.2089091
# stddev_meanspatlenf          =    0.2634403
# foc_meanspatlenf             =   -0.9253267
#
# <ell0>/L                     =    0.1006537
# <ellbar>/L                   =    0.0955985
# <ellfbar>/L                  =    0.0943269
# <cyc0spatlen>/L              =    0.0676242
# <meanspatlen>/L              =    0.0618986
# <meanspatlenf>/L             =    0.0604455
#
# mean_wno                     =    0.0000000
# stddev_wno                   =    0.0000000
# foc_wno                      =    0.0000000
# mean_fS                      =    0.0000000
# stddev_fS                    =    0.0000000
# foc_fS                       =    0.0000000
# recip_fS                     =    0.0000000
#
# bulkflow box length          =    5
# mean_bulkflow                =    0.4184372
#
# mean_ellx                    =    2.0130750
# mean_elly                    =    1.8328600
# stddev_ellx                  =    3.8240724
# stddev_elly                  =    2.2932764
# cov_ellx_elly                =    0.0773714
# corr_ellx_elly               =    0.0088226
#
# mean_jump0len                =    0.2057060
# stddev_jump0len              =    0.2665667
#
# mean_kinkdot                 =   -0.0991700
# stddev_kinkdot               =    0.1645373
# mean_kinkcosangle            =    0.0000000
# stddev_kinkcosangle          =    0.0000000
# kinkcosangle num defined     = 1809
#
# * Angle stats for sites 0,0,0 and 0,0,1:
# mean_dot                     =   -0.0166000
# stddev_dot                   =    0.0747395
# mean_cos_angle               =   -0.2470922
# stddev_cos_angle             =    0.4969141
# num defined                  = 3151
# * Angle stats for sites 0,0,0 and 0,1,1:
# mean_dot                     =   -0.0055550
# stddev_dot                   =    0.0599354
# mean_cos_angle               =   -0.0881160
# stddev_cos_angle             =    0.4971523
# num defined                  = 2302
# * Angle stats for sites 0,0,0 and 1,1,1:
# mean_dot                     =   -0.0022050
# stddev_dot                   =    0.0509328
# mean_cos_angle               =   -0.0285524
# stddev_cos_angle             =    0.4811120
# num defined                  = 2237
# * Angle stats for sites 0,0,0 and 10,10,10:
# mean_dot                     =   -0.0008050
# stddev_dot                   =    0.0453079
# mean_cos_angle               =   -0.0183543
# stddev_cos_angle             =    0.4829023
# num defined                  = 2205
#
# P[Wx = -10 ] =      0 / 200000 = 0.00000000
# P[Wx =  -9 ] =      0 / 200000 = 0.00000000
# P[Wx =  -8 ] =      0 / 200000 = 0.00000000
# P[Wx =  -7 ] =      0 / 200000 = 0.00000000
# P[Wx =  -6 ] =      0 / 200000 = 0.00000000
# P[Wx =  -5 ] =      0 / 200000 = 0.00000000
# P[Wx =  -4 ] =      0 / 200000 = 0.00000000
# P[Wx =  -3 ] =      0 / 200000 = 0.00000000
# P[Wx =  -2 ] =      0 / 200000 = 0.00000000
# P[Wx =  -1 ] =      0 / 200000 = 0.00000000
# P[Wx =   0 ] = 200000 / 200000 = 1.00000000
# P[Wx =   1 ] =      0 / 200000 = 0.00000000
# P[Wx =   2 ] =      0 / 200000 = 0.00000000
# P[Wx =   3 ] =      0 / 200000 = 0.00000000
# P[Wx =   4 ] =      0 / 200000 = 0.00000000
# P[Wx =   5 ] =      0 / 200000 = 0.00000000
# P[Wx =   6 ] =      0 / 200000 = 0.00000000
# P[Wx =   7 ] =      0 / 200000 = 0.00000000
# P[Wx =   8 ] =      0 / 200000 = 0.00000000
# P[Wx =   9 ] =      0 / 200000 = 0.00000000
# P[Wx =  10 ] =      0 / 200000 = 0.00000000
# Wx_min                       =    0
# Wx_max                       =    0
#
# OPENS:
#   None.
# CLOSES:
#   None.
# HS:
#   None.
# TS:
#   None.
# GK:
#   Metropolis keeps:   1485909522 / 1600000000 ( 92.869%)
#   Metropolis changes: 114090478 / 1600000000 (  7.131%)
# Elapsed thermalization seconds: 1.332769
# Elapsed accumulation   seconds: 393.107514
# Elapsed total seconds:          394.440283