for per in pers:
result_file.write(('percentage = %g starts\n' % per))
print 'percentage = %g starts\n' % per
index=0
# initialize times
bat_update_time=0.0
tbat_update_time=0.0
for t in xrange(0,max_exp_times):
print 'loop=%d' %(t+1)
sys.stdout.flush() # flush print in nohup.out
# create data
pd.prepareData(num_lines,bat_file_name,tbat_file_name)
# update data list
update_file_name=data_dir+'update'+str(per)+suffix
pd.prepareUpdateList(per,num_lines,update_file_name)
# update TBAT
start1=time.time()
ud.updateTBAT(tbat_file_name,update_file_name)
temp1=time.time()-start1
tbat_update_time_table[index][t]=temp1
# update BAT
start2=time.time()
# ud.updateBATFast2(bat_file_name, update_file_name)
# ud.updateBAT1(bat_file_name,update_file_name)
for per in pers:
result_file.write(('percentage = %g starts\n' % per))
print 'percentage = %g starts\n' % per
index=0
# initialize times
bat_update_time=0.0
tbat_update_time=0.0
for t in xrange(0,max_exp_times):
print 'loop=%d' %(t+1)
sys.stdout.flush() # flush print in nohup.out
# create data
pd.prepareData(num_lines,bat_file_name,tbat_file_name)
# update data list
update_file_name=data_dir+'update'+str(per)+suffix
pd.prepareUpdateList(per,num_lines,update_file_name)
# update TBAT
start1=time.time()
ud.updateTBAT(tbat_file_name,update_file_name)
temp1=time.time()-start1
tbat_update_time_table[index][t]=temp1
# update BAT
start2=time.time()
ud.updateBAT1(bat_file_name,update_file_name)
temp2=time.time()-start2