omnet++ - 在发布模式下运行 OMNeT++ 仿真
问题描述
我在模拟发布模式时遇到问题。我有一个引用 Inet、Veins 和 simulte 的项目。该项目在调试模式下工作正常，模拟结束，结果正确保存在 Qtenv 和 Cmdenv 中。我正在使用 IDE，它建议在发布模式下运行模拟以提高模拟速度。在该对话框窗口中，我接受了建议，IDE 开始以发布模式构建项目；但是，当模拟开始时，它会在第一个事件中冻结，然后崩溃。
我想使用发布模式。到目前为止，我已经尝试了以下方法来检查是否可以解决此问题：
以发布模式构建每个项目，单独更改每个配置，然后构建项目。
我在 Inet、Veins 和 Simulte 中测试了这些示例，并且每个都在发布模式下工作。
我创建了一个新配置（.ini）来检查配置是否有问题。我包括 .ini 配置
我想修复或配置项目以使其能够在发布模式下运行。
[General]
network = vru_hetnet.simulations.centralized_release.Manhattan
#########################
# CMDENV configurations #
#########################
cmdenv-express-mode = true
cmdenv-autoflush = true
#cmdenv-status-frequency = 1s
**.cmdenv-log-level = info
# Veins example configuration.
debug-on-errors = true
print-undisposed = true
#########################
# Time configuration #
#########################
# Time of warm-up (statistics are not recorded).
# warmup-period = 20s
# Maximum simulation time.
sim-time-limit = 2000s
# Time to start the simulation.
*.veinsManager.firstStepAt = 200s
#########################
# Statistic recording #
#########################
# All recordings from @statistics can be enabled/disabled using this parameter.
**.statistic-recording = true
# Control of scalar and vector recording.
**.scalar-recording = true
**.vector-recording = true
# Output results files.
output-vector-file = "results/${configname}/${runid}.vec"
output-scalar-file = "results/${configname}/${runid}.sca"
#########################
# Simulation parameters #
#########################
**.debug = false
**.coreDebug = false
**.routingRecorder.enabled = false
*.playgroundSizeX = 2000m
*.playgroundSizeY = 2000m
*.playgroundSizeZ = 50m
# The number of random number's generators.
num-rngs = 4
##########################################################
# VeinsManager parameters #
##########################################################
*.veinsManager.moduleType = "bicycle=vru_hetnet.nodes.HetBici motorcycle=vru_hetnet.nodes.HetMoto *=vru_hetnet.nodes.HetCar"
*.veinsManager.moduleName = "bicycle=BicycleNode motorcycle=MotorcycleNode *=CarNode"
*.veinsManager.moduleDisplayString = "bicycle='i=veins/node/bicycle;is=s' motorcycle='i=veins/node/bike;is=s' *='i=veins/node/car;is=s'"
*.veinsManager.PedmoduleType = "vru_hetnet.nodes.HetPed"
*.veinsManager.PedmoduleName = "PedestrianNode"
#*.veinsManager.launchConfig = ${xmldoc("my_manhattanL.launchd.xml"), xmldoc("my_manhattanM.launchd.xml"), xmldoc("my_manhattanH.launchd.xml"), xmldoc("my_manhattanHP.launchd.xml")}
*.veinsManager.launchConfig = xmldoc("L/my_manhattanL.launchd.xml")
*.veinsManager.updateInterval = 0.1s
# Time to start the simulation.
#*.veinsManager.firstStepAt = 300s
# Veins example configuration.
*.veinsManager.host = "localhost"
*.veinsManager.port = 9999
*.veinsManager.autoShutdown = true
##########################################################
# Annotation parameters #
##########################################################
*.annotations.draw = true
##########################################################
# Obstacle parameters #
##########################################################
#
*.obstacles.debug = false
# Select the obstacles file.
*.obstacles.obstacles = xmldoc("config.xml", "//AnalogueModel[@type='SimpleObstacleShadowing']/obstacles")
#
*.traci.mapper.rng-0 = 1
##########################################################
# Channel Control LTE #
##########################################################
**.deployer.positionUpdateInterval = 0.01s
**.channelControl.pMax = 10W
**.channelControl.alpha = 1.0
**.channelControl.carrierFrequency = 6000e+6Hz
**.lteNic.phy.channelModel = xmldoc("config_channel.xml")
**.feedbackComputation = xmldoc("config_channel.xml")
**.rbAllocationType = "localized"
**.feedbackType = "ALLBANDS"
**.feedbackGeneratorType = "IDEAL"
**.maxHarqRtx = 0
**.deployer.ruRange = 50
**.deployer.ruTxPower = "50,50,50;"
**.deployer.antennaCws = "2;" # !!MACRO + RUS (numRus + 1)
**.deployer.numRbDl = 51
**.deployer.numRbUl = 48
**.numBands = 48
**.fbDelay = 1
**.macDelayDl.statistic-recording = false
**.macThroughputDl.statistic-recording = false
**.macDelayUl.statistic-recording = false
**.macThroughputUl.statistic-recording = false
**.macDelayD2D.statistic-recording = false
**.macThroughputD2D.statistic-recording = false
**.macCellThroughputUl.statistic-recording = false
**.macCellThroughputDl.statistic-recording = false
**.macCellThroughputD2D.statistic-recording = false
**.macCellPacketLossDl.statistic-recording = false
**.macCellPacketLossUl.statistic-recording = false
**.macCellPacketLossD2D.statistic-recording = false
**.macPacketLossUl.statistic-recording = false
**.macPacketLossDl.statistic-recording = false
**.macPacketLossD2D.statistic-recording = false
**.macBufferOverFlowDl.statistic-recording = false
**.macBufferOverFlowUl.statistic-recording = false
**.macBufferOverFlowD2D.statistic-recording = false
**.harqErrorRateUl.statistic-recording = false
**.harqErrorRateDl.statistic-recording = false
**.harqErrorRateD2D.statistic-recording = false
**.harqErrorRate_1st_Ul.statistic-recording = false
**.harqErrorRate_1st_Dl.statistic-recording = false
**.harqErrorRate_1st_D2D.statistic-recording = false
**.harqErrorRate_2nd_Ul.statistic-recording = false
**.harqErrorRate_2nd_D2D.statistic-recording = false
**.harqErrorRate_3rd_Ul.statistic-recording = false
**.harqErrorRate_3rd_Dl.statistic-recording = false
**.harqErrorRate_3rd_D2D.statistic-recording = false
**.harqErrorRate_4th_Ul.statistic-recording = false
**.harqErrorRate_4th_Dl.statistic-recording = false
**.harqErrorRate_4th_D2D.statistic-recording = false
**.receivedPacketFromUpperLayer.statistic-recording = false
**.receivedPacketFromLowerLayer.statistic-recording = false
**.sentPacketToUpperLayer.statistic-recording = false
**.sentPacketToLowerLayer.statistic-recording = false
**.measuredItbs.statistic-recording = false
**.pdcpdrop0.statistic-recording = false
**.pdcpdrop1.statistic-recording = false
**.pdcpdrop2.statistic-recording = false
**.pdcpdrop3.statistic-recording = false
**.averageCqiD2D.statistic-recording = false
**.averageCqiDl.statistic-recording = false
**.averageCqiUl.statistic-recording = false
##########################################################
# Connection Manager Control #
##########################################################
*.connectionManager.sendDirect = true
*.connectionManager.maxInterfDist = 2600m
*.connectionManager.drawMaxIntfDist = false
##########################################################
# Mobility #
##########################################################
# Type of mobility
**.veinsMobilityType = "org.car2x.veins.modules.mobility.traci.TraCIMobility"
# Disable the debug
**.veinsmobility.x = 0
**.veinsmobility.y = 0
**.veinsmobility.z = 0
**.veinsmobility.setHostSpeed = false
##########################################################
# Nic LTE #
##########################################################
**.d2dCapable = true
**.mode4D2D = true
**.amcMode = "D2D"
**.nicTypeMode4 = "LteNicVUeMode4"
**.lteNic.d2dCapable = true
**.lteNic.pdcpRrc.ipBased = false
**.lteNic.rlc.ipBased = false
**.lteNic.mac.subchannelSize = 16
**.lteNic.mac.numSubchannels = 3
**.lteNic.mac.probResourceKeep = 0.4
**.lteNic.mac.useCBR = true
**.lteNic.mac.crLimit = false
**.lteNic.mac.rriLookup = false
**.lteNic.mac.dccMechanism = false
**.lteNic.mac.packetDropping = false
**.lteNic.mac.reselectAfter = 1
**.lteNic.mac.adjacencyPSCCHPSSCH = true
**.lteNic.rlc.um.scenario3gpp = false
**.lteNic.phy.subchannelSize = 16
**.lteNic.phy.numSubchannels = 3
**.lteNic.phy.selectionWindowStartingSubframe = 1
**.lteNic.phy.adjacencyPSCCHPSSCH = true
**.lteNic.phy.pStep = 100
**.lteNic.phy.thresholdRSSI = 10
**.ueTxPower = 23
**.lteNic.phy.d2dTxPower = 23
**.usePreconfiguredTxParams = true
**.lteNic.mac.txConfig = xmldoc("sidelink_configuration.xml")
##########################################################
# 11p specific parameters #
# NIC-Settings #
##########################################################
*.**.dsrcNic.mac1609_4.useServiceChannel = false
**.dsrcNic.mac1609_4.txPower = 20mW # Alexis, "300mW en base a TrAD."
**.dsrcNic.mac1609_4.bitrate = 6Mbps
**.dsrcNic.phy80211p.minPowerLevel = -110dBm
**.dsrcNic.phy80211p.useNoiseFloor = true
**.dsrcNic.phy80211p.noiseFloor = -98dBm
**.dsrcNic.phy80211p.decider = xmldoc("config.xml")
**.dsrcNic.phy80211p.analogueModels = xmldoc("config.xml")
**.dsrcNic.phy80211p.usePropagationDelay = true
**.dsrcNic.phy80211p.antenna = xmldoc("antenna.xml", "/root/Antenna[@id='monopole']")
**.dsrcNic.phy80211p.antennaOffsetY = 0 m
**.dsrcNic.phy80211p.antennaOffsetZ = 1.895 m
##########################################################
################## CONFIGURACIONES #####################
##########################################################
[Config DSRC]
# DSRC
**.generator.viaDSRC = true
# CV2X
**.generator.viaCV2X = false
# CHOOSE
**.generator.chooseNetwork = false
[Config CV2X]
# DSRC
**.generator.viaDSRC = false
# CV2X
**.generator.viaCV2X = true
# CHOOSE
**.generator.chooseNetwork = false
[Config CHOOSE]
# DSRC
**.generator.viaDSRC = false
# CV2X
**.generator.viaCV2X = false
# CHOOSE
**.generator.chooseNetwork = true
解决方案
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