def test():
[
dataTrace, rssiTrace
] = rde.readTrace("rx-0-22-11-20140629-15-47-41-with_interference_802.11g")
print len(dataTrace[2]), dataTrace[1], type(dataTrace[1][2])
print len(rssiTrace[4]), rssiTrace[4]
pass
def print_split_trace(split_data, split_rssi, pilot_step, limit_length):
trace = []
# [split_data, split_rssi, pilot_step] = pds.simulated_tracebase(False)
[
raw_data, raw_rssi
] = rde.readTrace("rx-0-22-11-20140629-15-47-41-with_interference_802.11g")
for i in range(limit_length[0], limit_length[1]):
for j in range(len(split_rssi[i])):
rawrssi = 0
if j >= len(raw_rssi[i]):
rawrssi = -1
else:
rawrssi = raw_rssi[i][j]
if j % pilot_step != 0:
trace.append(
"[%d-%d][raw_rssi]:%s, [spredRSSI]:%s, [raw_data]:%s\n" %
(i, j, rawrssi, split_rssi[i][j], split_data[i][j]))
else:
trace.append(
"[pilot][%d-%d][raw_rssi]:%s, [spredRSSI]:%s, [raw_data]:%s\n"
% (i, j, rawrssi, split_rssi[i][j], split_data[i][j]))
f = open(
"figure/rssi_compare_%d_%d.txt" % (limit_length[0], limit_length[1]),
'w')
f.writelines(trace)
f.close()
pass
def simulated_tracebase( metrics_command, argvList):
len_symbol = 8
pilot_step = 8 # every pilot_step to get samples, actually is pilot_step*len_symbol.
packet_len = 110
thres_dtlength = packet_len * (8/ len_symbol)
[dataTrace, rssiTrace] = rde.readTrace("rx-0-22-11-20140629-15-47-41-with_interference_802.11g")
[dataTrace, rssiTrace] = rde.dicard_fault_rssi_packet(dataTrace, rssiTrace)
# dataTrace = rde.simpleSplit(dataTrace)# split the data trace into symbol, 4 bit/symbol in this case
[s_dataTrace, s_rssiTrace] = rde.scaledRSSI(dataTrace, rssiTrace, thres_dtlength)# linear insert value
#filter head and tail
[s_dataTrace, s_rssiTrace] = protocal_802_15_4_modify(s_dataTrace, s_rssiTrace,len_symbol)
return [s_dataTrace, s_rssiTrace, pilot_step]
pass
