lunch my simulation using my path loss model in BAN (Body area network)
marwen amiri
simulation execution problem 
Hello Dear developers and Castalia Users and experts, I hope that you are doing well.
I am working on path loss modeling in Body area Networks between a coordinator and 5 sensor nodes. I implemented my own path loss model under Wireless channel module in Castalia 3.3 simulator. I defined all the necessary configurations in my omnetpp.ini file. But the problem that when I call my path loss in the command line with the terminal, the simulation does not run and I obtain an empty txt results file.
Do you have any idea how to solve this problem related to omnetpp.ini file and the call of the channel models ?
it's the content of my configuration file : how to call the implemented channel models ! there is something wrong in my file ?
Any help will be grateful
Best regards
[General]
#simulation longeur d'une personne 1.7 m
# ==========================================================
# Always include the main Castalia.ini file
# ==========================================================
include ../Parameters/Castalia.ini
sim-time-limit = 51s # 50 secs of data + 1 sec of MAC setup
SN.field_x = 5 # meters
SN.field_y = 5 # meters
SN.field_z = 5 # meters
SN.numNodes = 6
# node deployment makes them apart in a 3D space
SN.wirelessChannel.onlyStaticNodes = true
#coordinator (Body Waist)
SN.node[0].xCoor = 0
SN.node[0].yCoor = 0
SN.node[0].zCoor = 0
# Pulse rate (Left Wrist)
SN.node[1].xCoor = 0.3
SN.node[1].yCoor = - 0.1
SN.node[1].zCoor = 0.05
#ECG (left chest)
SN.node[2].xCoor = 0.2
SN.node[2].yCoor = 0.35
SN.node[2].zCoor = 0.1
#spO2 (left index)
SN.node[3].xCoor = 0.27
SN.node[3].yCoor = - 0.4
SN.node[3].zCoor = 0.05
#EMG (left tight)
SN.node[4].xCoor = 0.15
SN.node[4].yCoor = - 0.6
SN.node[4].zCoor = 0.1
#EEG (Head)
SN.node[5].xCoor = 0
SN.node[5].yCoor = 0.7
SN.node[5].zCoor = 0.15
#Mypathmaploss models
#SN.wirelessChannel.pathLossMapFile = "../Parameters/WirelessChannel/BANmodels/pathLossMap.txt"
SN.wirelessChannelName = "defaultChannel" #David channel
#SN.wirelessChannelName = "goswamiChannel" #BNS channel
#SN.wirelessChannelName = "alphaChannel" #Our channel model
#SN.wirelessChannel.pathLossMapFile = "../Parameters/WirelessChannel/BANmodels/cm3map3D.txt"
#SN.wirelessChannel.pathLossMapFile = "../Parameters/WirelessChannel/BANmodels/alpha3dMap.txt"
#SN.wirelessChannel.pathLossMapFile = "../Parameters/WirelessChannel/BANmodels/logmap3D.txt"
#SN.wirelessChannel.pathLossMapFile = "../Parameters/WirelessChannel/BANmodels/alphabodyChannel"
#temporal model
SN.wirelessChannel.temporalModelParametersFile = "../Parameters/WirelessChannel/BANmodels/TemporalModel.txt"
#radio parameters
SN.node[*].Communication.Radio.RadioParametersFile = "../Parameters/Radio/BANRadio.txt"
#SN.node[*].Communication.Radio.RadioParametersFile = "../Parameters/Radio/BANRadio2.txt"
SN.node[*].Communication.Radio.state = "RX" #par défaut
SN.node[*].Communication.Radio.mode = "high"
SN.node[*].Communication.Radio.symbolsForRSSI = 16
SN.node[*].Communication.Radio.sleepLevel = "idle" #for power consumed values
SN.node[*].Communication.Radio.carrierFreq = 2400 #par défaut
SN.node[*].Communication.Radio.CCAthreshold = -95.0 #Par défaut
SN.node[*].Communication.Radio.collisionModel = 2
SN.node[*].Communication.Radio.TxOutputPower = "-10dBm"
# Choose a radio and set the Tx power
#SN.node[0].Communication.Radio.TxOutputPower = "-10dBm"
#SN.node[1..3].Communication.Radio.TxOutputPower = "-15dBm"
#SN.node[4].Communication.Radio.TxOutputPower = "-10dBm"
#SN.node[5].Communication.Radio.TxOutputPower = "-10dBm"
#SN.node[*].Communication.MAC.collectTraceInfo = true
#SN.node[*].Application.collectTraceInfo = true
#SN.node[*].ResourceManager.baselineNodePower = 0
#ThroughputTest application
#nodes are going to send traffic to the coordinator
# packets to node 0 (which by default is the receiving node)
SN.node[*].ApplicationName = "ThroughputTest"
SN.node[*].Application.startupDelay = 1 #wait for 1sec before starting sending packets
#SN.node[0].Application.packet_rate = 5
SN.node[*].Application.packet_rate = 120
SN.node[0].Application.latencyHistogramMax = 600
SN.node[0].Application.latencyHistogramBuckets = 30
#SN.node[*].Application.constantDataPayload = 40
#Capacité des modules
# These tests use big packets (2kb) to show interference clearly
# This requires to set the max pkt size in all communication layers
SN.node[*].Communication.Routing.maxNetFrameSize = 2500
SN.node[*].Communication.MAC.maxMACFrameSize = 2500
SN.node[*].Communication.Radio.maxPhyFrameSize = 2500
#Resource manager module
SN.node[*].ResourceManager.periodicEnergyCalculationInterval = 1000
SN.node[*].ResourceManager.baselineNodePower = 6
SN.node[*].ResourceManager.initialEnergy = 18720
SN.node[*].ResourceManager.sigmaCPUClockDrift = 0.00003
# IEEE 802.15.6 standard BAN protocol
SN.node[*].Communication.MACProtocolName = "BaselineBANMac"
SN.node[*].Communication.MAC.phyDataRate = 1024
SN.node[0].Communication.MAC.isHub = true
SN.node[*].Communication.MAC.beaconPeriodLength = 32
SN.node[*].Communication.MAC.macBufferSize = 48
SN.node[*].Communication.MAC.enableRAP = false
SN.node[*].Communication.MAC.RAP1Length = 32
SN.node[*].Communication.MAC.pollingEnabled = true
SN.node[*].Communication.MAC.allocationSlotLength = 10
SN.node[*].Communication.MAC.naivePollingScheme = true
SN.node[*].Communication.MAC.scheduledAccessLength = 4
SN.node[*].Communication.MAC.scheduledAccessPeriod = 1
SN.node[*].Communication.MAC.maxPacketTries = 4
vaishali Jadhav
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