# RNG = rand48
# Allocating metro bubbles ...
# done.
# L = 10 d = 3 N = 1000
# Boundary conditions: periodic.
# T =   6.8000000 beta =   0.1470588
# alpha =   0.0000000 a =   0.0000000
# Interactions:  none.
# 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 1000 accumulations, with 1 Metropolis sweep per accumulation.
# Metropolis bubbles are around pi(x).
# Non-interacting      bubble radius =   2.3008950
# Non-interacting bubbles:
# Average number of neighbors: 57.000
#
# initial H =   0.0000000
# sweep 1 H =  10.2000000
# Thermalizing:  sweep      0 H =    10.2000000 time Mon Jul 28 01:01:08 2008
# Thermalizing:  sweep   1000 H =   612.0000000 time Mon Jul 28 01:01:09 2008
# Thermalization complete:  sweep   1218 H = 652.8000000
# Accumulating: H =   652.8000000 acc      0/1000 num_change =         0/1000000 time Mon Jul 28 01:01:09 2008
# Accumulation complete:  acc   1000 H = 550.8000000
# rho_infty max dev =   0.9671410 at k = 23
# rho_infty_T   0.0328590
# L = 10 T = 6.8000 alpha = 0.0000 rho_infty_T = 0.0329
# alpha_GRU = 1.7000 <lmax>/|X| = 0.0201 phi(alpha) = 0.0329 quot = 0.6118
# <H>  = 591.9876000
# <n2> =  59.0910000
# Metropolis selves:  17432/1000000 (  1.743%)
# Metropolis keeps:   964908/1000000 ( 96.491%)
# Metropolis changes: 17660/1000000 (  1.766%)
# Current time: Mon Jul 28 01:01:10 2008
# Elapsed seconds: 1.771498
# Bubble set-up elapsed seconds: 0.105244
# Metropolis elapsed seconds: 1.666254