def get_batch_stat (path, numSim):
pkt_lat_tot_avg_array = []
pkt_lat_tot_max_array = []
pkt_lat_net_avg_array = []
pkt_lat_net_max_array = []
throughput_array = []
deflect_array = []
for sim_index in range(1, numSim+1, 1):
input_file = path + "sim_" + str(sim_index) + ".out"
exist = os.path.exists(input_file)
if (exist is False):
print "Fail to find " + str (sim_index) + ".out or its counterpart."
continue
stat = get.get_stat (input_file)
[pkt_lat_tot_avg, pkt_lat_tot_max] = get.get_pkt_lat_tot (stat)
pkt_lat_tot_avg_array.append(pkt_lat_tot_avg)
pkt_lat_tot_max_array.append(pkt_lat_tot_max)
[pkt_lat_net_avg, pkt_lat_net_max] = get.get_pkt_lat_net (stat)
pkt_lat_net_avg_array.append(pkt_lat_net_avg)
pkt_lat_net_max_array.append(pkt_lat_net_max)
throughput = get.get_throughput(stat)
throughput_array.append(throughput)
deflect = get.get_deflect(stat)
deflect_array.append(deflect)
return pkt_lat_tot_avg_array, pkt_lat_net_avg_array, throughput_array, deflect_array
for lat_avg, lat_max in zip(pkt_lat_tot_avg_array, pkt_lat_tot_max_array):
inj_rate = inj_rate + 0.02
print inj_rate, lat_avg, lat_max
print "-------Packet Network Latency --------"
pkt_lat_tot_avg_array = []
pkt_lat_tot_max_array = []
for sim_index in range(1, 21, 1):
input_file = dir_0 + "sim_" + str(sim_index) + ".out"
exist = os.path.exists(input_file)
if (exist is False):
print "Fail to find " + str (sim_index) + ".out or its counterpart."
continue
stat = get.get_stat (input_file)
[pkt_lat_tot_avg, pkt_lat_tot_max] = get.get_pkt_lat_net (stat)
pkt_lat_tot_avg_array.append(pkt_lat_tot_avg)
pkt_lat_tot_max_array.append(pkt_lat_tot_max)
print "injRate latAvg latMax"
inj_rate = 0
for lat_avg, lat_max in zip(pkt_lat_tot_avg_array, pkt_lat_tot_max_array):
inj_rate = inj_rate + 0.02
print inj_rate, lat_avg, lat_max
print "----------------------------------------------------------"
print "Multicast sweep under fixed unicast rate"
print "uc_rate = 0.1"
dir_0 = "../preliminary/synthSweep/mc/uc_0.1/"
pkt_lat_tot_avg_array = []
pkt_lat_tot_max_array = []