def performMeasurements(coordonatorId, nodeObjUsed, stopHour, stopMinute, filePath):
a = 0
while True:
if datetime.datetime.now().hour > stopHour and datetime.datetime.now().minute > stopMinute:
break
else:
a += 1
#directGains = getDirectGainsNPl(coordonatorId,nodeObjUsed)
#crossGains = getCrossGains2Pl(coordonatorId,nodeObjUsed)
resultList = [datetime.datetime.now().hour, datetime.datetime.now().minute]
#h_11
resultList.append(measureGainBetwTxRx(coordonatorId, nodeObjUsed[0], nodeObjUsed[1], 2422e6, txPower=0, transDuration=6))
#h_22
resultList.append(measureGainBetwTxRx(coordonatorId, nodeObjUsed[2], nodeObjUsed[3], 2422e6, txPower=0, transDuration=6))
time.sleep(5)
#h_21
resultList.append(measureGainBetwTxRx(coordonatorId, nodeObjUsed[2], nodeObjUsed[1], 2422e6, txPower=0, transDuration=6))
#h_12
resultList.append(measureGainBetwTxRx(coordonatorId, nodeObjUsed[0], nodeObjUsed[3], 2422e6, txPower=0, transDuration=6))
# for elem in directGains:
# resultList.append(elem)
# for elem in crossGains:
# resultList.append(elem)
writeSomeListToFile(coordonatorId,filePath,resultList)
print "Measurement %d at %d:%d"%(a,datetime.datetime.now().hour,datetime.datetime.now().minute)
print "sleep for 5 minutes"
time.sleep(5*60)
print "Finish measurements!! :)(:"
def measureGains(self):
"""Measure h_ii and h_ji between players, store these values in a list and a dictionary"""
# txNodes = list()
# rxNodes = list()
txPlayers = list()
rxPlayers = list()
# measure direct gains
for p in self.players:
# get tx and rx nodes, used for cross gain
txPlayers.append(self.players[p])
rxPlayers.append(self.players[p])
self.directGains[self.players[p].getPlayerNumber()] = measureGainBetwTxRx(self.coordId, self.players[
p].physicalLayer.txNode, self.players[p].physicalLayer.rxNode, self.gameFreq, txPower=0,
transDuration=6)
self.players[p].physicalLayer.setDirectGain(self.directGains[self.players[p].getPlayerNumber()])
# wait for things to cool down
time.sleep(2)
# measure cross gains
for p in self.players:
result = dict()
aux1 = txPlayers[:]
aux1.remove(self.players[p])
for n in aux1:
result[n.getPlayerNumber()] = measureGainBetwTxRx(self.coordId, n.physicalLayer.txNode,
self.players[p].physicalLayer.rxNode, self.gameFreq,
txPower=0, transDuration=6)
# wait for things to cool down
time.sleep(2)
# add cross gains to dictionary
self.crossGains[p] = result
print self.directGains
for key in self.crossGains.keys():
print self.crossGains[key]
