def calc_rand_Q(n, m):
total = 0
for _ in range(10):
Q_val = stat.mod_check(*bld.make_graph(n, m, 1, 0))[0][1]
total += Q_val
rel_Q = total / 10
return rel_Q
#desired approximate Q-value
APPROX_Q = 0.95
#----------------------------------------------------------------------------#
# #
# Main Functions #
# #
#----------------------------------------------------------------------------#
io.init_exp()
try:
for vrs in range(*VARS_DATA):
clas = int(vrs * CTV_RATIO)
for i in range(NUM_PER_ITER):
(G, CNF) = bld.make_graph(vrs, clas, 1, 0)
rand = stats.check_graph(G, CNF, vrs, clas, 1, 0)
io.write_output(rand)
io.print_stats(rand)
except KeyboardInterrupt:
import sys
io.close_exp()
sys.exit()
io.close_exp()
for grp in range(*GRP_DATA):
io.init_exp()
try:
for vrs1 in range(*VARS_DATA):
vrs = vrs1 * grp
clas = int(vrs * CTV_RATIO)
