INET Framework for OMNeT++/OMNEST
Classes | Enumerations | Functions | Variables
inet::physicallayer Namespace Reference

Classes

class  _16PpmModulation
 
class  _2GfskModulation
 
class  _4GfskModulation
 
class  _4PpmModulation
 
class  AdditiveScrambler
 
class  AdditiveScramblerModule
 
class  AdditiveScrambling
 
class  AnalogModelBase
 
class  AntennaBase
 
class  AntennaGainFunction
 This mathematical function provides the antenna gain over orientation. More...
 
class  ApskCode
 
class  ApskDecoder
 
class  ApskDemodulator
 
class  ApskDimensionalReceiver
 
class  ApskDimensionalTransmission
 
class  ApskDimensionalTransmitter
 
class  ApskEncoder
 
class  ApskErrorModel
 Implements the ApskErrorModel model, see the NED file for details. More...
 
class  ApskLayeredErrorModel
 
class  ApskLayeredReceiver
 
class  ApskLayeredTransmitter
 
class  ApskModulationBase
 Base class for modulations using various amplitude and phase-shift keying. More...
 
class  ApskModulator
 
class  ApskPhyHeaderSerializer
 
class  ApskRadio
 
class  ApskScalarReceiver
 
class  ApskScalarTransmission
 
class  ApskScalarTransmitter
 
class  ApskSymbol
 
class  Arrival
 
class  AxiallySymmetricAntenna
 
class  BackgroundNoisePowerFunction
 This mathematical function provides the background noise power over space, time, and frequency. More...
 
class  BandListening
 
class  BerParseFile
 Radio model for IEEE 802.11. More...
 
class  BpskModulation
 This class implements binary phase-shift keying. More...
 
class  BreakpointPathLoss
 Implementation of a breakpoint path loss model. More...
 
class  CommunicationCacheBase
 
class  CommunicationLog
 
class  ConfigureRadioCommand
 Class generated from inet/physicallayer/wireless/common/contract/packetlevel/RadioControlInfo.msg:25 by opp_msgtool. More...
 
class  ConstantGainAntenna
 
class  ConstantSpeedPropagation
 
class  ConstantTimePropagation
 
class  ConvolutionalCode
 
class  ConvolutionalCoder
 
class  ConvolutionalCoderModule
 
class  CosineAntenna
 
class  DbpskModulation
 
class  DielectricObstacleLoss
 This class computes obstacle loss based on the actual straight path that the radio signal travels from the transmitter to the receiver. More...
 
class  DimensionalAnalogModel
 
class  DimensionalAnalogModelBase
 
class  DimensionalBackgroundNoise
 
class  DimensionalNoise
 
class  DimensionalReception
 
class  DimensionalReceptionSignalAnalogModel
 
class  DimensionalSignalAnalogModel
 
class  DimensionalSnir
 
class  DimensionalTransmission
 
class  DimensionalTransmissionSignalAnalogModel
 
class  DimensionalTransmitterBase
 
class  DipoleAntenna
 
class  DpskModulationBase
 
class  DqpskModulation
 
class  DsssOqpsk16Modulation
 
class  ErrorModelBase
 
class  EthernetFilledIfgSignal
 Class generated from inet/physicallayer/wired/ethernet/EthernetSignal.msg:47 by opp_msgtool. More...
 
class  EthernetFragmentPhyHeader
 Class generated from inet/physicallayer/wired/ethernet/EthernetPhyHeader.msg:71 by opp_msgtool. More...
 
class  EthernetFragmentPhyHeaderChecker
 
class  EthernetFragmentPhyHeaderInserter
 
class  EthernetFragmentPhyHeaderSerializer
 Converts between EtherFragmentPhyHeader and binary (network byte order) Ethernet fragment PHY header. More...
 
class  EthernetJamSignal
 Class generated from inet/physicallayer/wired/ethernet/EthernetSignal.msg:37 by opp_msgtool. More...
 
class  EthernetPhy
 
class  EthernetPhyHeader
 Class generated from inet/physicallayer/wired/ethernet/EthernetPhyHeader.msg:35 by opp_msgtool. More...
 
class  EthernetPhyHeaderBase
 Class generated from inet/physicallayer/wired/ethernet/EthernetPhyHeader.msg:18 by opp_msgtool. More...
 
class  EthernetPhyHeaderBaseSerializer
 Converts between EthernetPhyHeaderBase and binary (network byte order) Ethernet PHY header. More...
 
class  EthernetPhyHeaderChecker
 
class  EthernetPhyHeaderInserter
 
class  EthernetPhyHeaderSerializer
 Converts between EthernetPhyHeader and binary (network byte order) Ethernet PHY header. More...
 
class  EthernetPhyProtocolDissector
 
class  EthernetSignal
 Class generated from inet/physicallayer/wired/ethernet/EthernetSignal.msg:30 by opp_msgtool. More...
 
class  EthernetSignalBase
 Class generated from inet/physicallayer/wired/ethernet/EthernetSignal.msg:21 by opp_msgtool. More...
 
class  FlatRadioBase
 
class  FlatReceiverBase
 
class  FlatReceptionBase
 
class  FlatTransmissionBase
 
class  FlatTransmitterBase
 
class  FreeSpacePathLoss
 This class implements the deterministic free space path loss model. More...
 
class  FrequencyDependentAttenuationFunction
 This mathematical function provides the signal attenuation for any given time and frequency coordinates. More...
 
class  GfskModulationBase
 
class  GptpProtocolDissector
 
class  GridNeighborCache
 
class  IAnalogDigitalConverter
 
class  IAnalogModel
 This interface models how a radio signal attenuates during propagation. More...
 
class  IAntenna
 This interface represents a physical device (a part of the radio) which converts electric signals into radio waves, and vice versa. More...
 
class  IAntennaGain
 This interface represents the directional selectivity of an antenna. More...
 
class  IApskModulation
 
class  IArrival
 This interface represents the space and time coordinates of a transmission arriving at a receiver. More...
 
class  IBackgroundNoise
 This interface models a source which provides background noise over space and time. More...
 
class  ICode
 
class  ICommunicationCache
 This interface is used to store the radios and transmissions of the medium. More...
 
class  IdealObstacleLoss
 
class  IDecoder
 
class  IDemodulator
 
class  IDigitalAnalogConverter
 
class  IDimensionalSignal
 
class  Ieee80211ArithmeticalBand
 
class  Ieee80211BandBase
 
class  Ieee80211BerTableErrorModel
 
class  Ieee80211Channel
 
class  Ieee80211ChannelInd
 Class generated from inet/physicallayer/wireless/ieee80211/packetlevel/Ieee80211Tag.msg:59 by opp_msgtool. More...
 
class  Ieee80211ChannelReq
 Class generated from inet/physicallayer/wireless/ieee80211/packetlevel/Ieee80211Tag.msg:51 by opp_msgtool. More...
 
class  Ieee80211ChannelTagBase
 Class generated from inet/physicallayer/wireless/ieee80211/packetlevel/Ieee80211Tag.msg:42 by opp_msgtool. More...
 
class  Ieee80211CompliantBands
 
class  Ieee80211ConfigureRadioCommand
 Class generated from inet/physicallayer/wireless/ieee80211/packetlevel/Ieee80211ControlInfo.msg:19 by opp_msgtool. More...
 
class  Ieee80211ConvolutionalCode
 
class  Ieee80211DimensionalReceiver
 
class  Ieee80211DimensionalTransmission
 
class  Ieee80211DimensionalTransmitter
 
class  Ieee80211DsssChunkMode
 
class  Ieee80211DsssCompliantModes
 Provides the compliant Direct Sequence Spread Spectrum PHY modes as described in the IEEE 802.11-2012 specification clause 16. More...
 
class  Ieee80211DsssDataMode
 
class  Ieee80211DsssHeaderMode
 
class  Ieee80211DsssMode
 Represents a Direct Sequence Spread Spectrum PHY mode as described in IEEE 802.11-2012 specification clause 16. More...
 
class  Ieee80211DsssOfdmMode
 Represents a Direct Sequence Spread Spectrum with Orthogonal Frequency Division Multiplexing PHY mode as described in IEEE 802.11-2012 specification subclause 19.3.2.6. More...
 
class  Ieee80211DsssPhyHeader
 Class generated from inet/physicallayer/wireless/ieee80211/packetlevel/Ieee80211PhyHeader.msg:63 by opp_msgtool. More...
 
class  Ieee80211DsssPhyHeaderSerializer
 Converts between Ieee80211DsssPhyHeader and binary network byte order IEEE 802.11 DSSS PHY header. More...
 
class  Ieee80211DsssPhyPreamble
 Class generated from inet/physicallayer/wireless/ieee80211/packetlevel/Ieee80211PhyHeader.msg:58 by opp_msgtool. More...
 
class  Ieee80211DsssPreambleMode
 
class  Ieee80211EnumeratedBand
 
class  Ieee80211ErpOfdmCompliantModes
 
class  Ieee80211ErpOfdmMode
 
class  Ieee80211ErpOfdmPhyHeader
 Class generated from inet/physicallayer/wireless/ieee80211/packetlevel/Ieee80211PhyHeader.msg:127 by opp_msgtool. More...
 
class  Ieee80211ErpOfdmPhyHeaderSerializer
 Converts between Ieee80211ErpOfdmPhyHeader and binary network byte order IEEE 802.11 ERP OFDM PHY header. More...
 
class  Ieee80211ErpOfdmPhyPreamble
 Class generated from inet/physicallayer/wireless/ieee80211/packetlevel/Ieee80211PhyHeader.msg:123 by opp_msgtool. More...
 
class  Ieee80211ErrorModelBase
 
class  Ieee80211FhssCompliantModes
 Provides the compliant Frequency-Hopping Spread Spectrum PHY modes as described in the IEEE 802.11-2012 specification clause 14. More...
 
class  Ieee80211FhssDataMode
 
class  Ieee80211FhssHeaderMode
 
class  Ieee80211FhssMode
 Represents a Frequency-Hopping Spread Spectrum PHY mode as described in IEEE 802.11-2012 specification clause 14. More...
 
class  Ieee80211FhssPhyHeader
 Class generated from inet/physicallayer/wireless/ieee80211/packetlevel/Ieee80211PhyHeader.msg:32 by opp_msgtool. More...
 
class  Ieee80211FhssPhyHeaderSerializer
 Converts between Ieee80211FhssPhyHeader and binary network byte order IEEE 802.11 FHSS PHY header. More...
 
class  Ieee80211FhssPhyPreamble
 Class generated from inet/physicallayer/wireless/ieee80211/packetlevel/Ieee80211PhyHeader.msg:27 by opp_msgtool. More...
 
class  Ieee80211FhssPreambleMode
 
class  Ieee80211HrDsssCompliantModes
 Provides the compliant High Rate Direct Sequence Spread Spectrum PHY modes as described in the IEEE 802.11-2012 specification clause 17. More...
 
class  Ieee80211HrDsssDataMode
 
class  Ieee80211HrDsssHeaderMode
 
class  Ieee80211HrDsssMode
 Represents a High Rate Direct Sequence Spread Spectrum PHY mode as described in the IEEE 802.11-2012 specification clause 17. More...
 
class  Ieee80211HrDsssPhyHeader
 Class generated from inet/physicallayer/wireless/ieee80211/packetlevel/Ieee80211PhyHeader.msg:80 by opp_msgtool. More...
 
class  Ieee80211HrDsssPhyHeaderSerializer
 Converts between Ieee80211HrDsssPhyHeader and binary network byte order IEEE 802.11 HR/DSSS PHY header. More...
 
class  Ieee80211HrDsssPhyPreamble
 Class generated from inet/physicallayer/wireless/ieee80211/packetlevel/Ieee80211PhyHeader.msg:76 by opp_msgtool. More...
 
class  Ieee80211HrDsssPreambleMode
 
class  Ieee80211HtCode
 
class  Ieee80211HtCompliantCodes
 
class  Ieee80211HtCompliantModes
 
class  Ieee80211HtDataMode
 
class  Ieee80211HtInterleaving
 
class  Ieee80211Htmcs
 
class  Ieee80211HtmcsTable
 
class  Ieee80211HtMode
 
class  Ieee80211HtModeBase
 
class  Ieee80211HtPhyHeader
 Class generated from inet/physicallayer/wireless/ieee80211/packetlevel/Ieee80211PhyHeader.msg:138 by opp_msgtool. More...
 
class  Ieee80211HtPhyHeaderSerializer
 Converts between Ieee80211HtPhyHeader and binary network byte order IEEE 802.11 HT PHY header. More...
 
class  Ieee80211HtPhyPreamble
 Class generated from inet/physicallayer/wireless/ieee80211/packetlevel/Ieee80211PhyHeader.msg:134 by opp_msgtool. More...
 
class  Ieee80211HtPreambleMode
 
class  Ieee80211HtSignalMode
 
class  Ieee80211HtTimingRelatedParametersBase
 
class  Ieee80211IrCompliantModes
 Provides the compliant Infrared PHY modes as described in the IEEE 802.11-2012 specification clause 15. More...
 
class  Ieee80211IrDataMode
 
class  Ieee80211IrHeaderMode
 
class  Ieee80211IrMode
 Represents an Infrared PHY mode as described in IEEE 802.11-2012 specification clause 15. More...
 
class  Ieee80211IrPhyHeader
 Class generated from inet/physicallayer/wireless/ieee80211/packetlevel/Ieee80211PhyHeader.msg:48 by opp_msgtool. More...
 
class  Ieee80211IrPhyHeaderSerializer
 Converts between Ieee80211IrPhyHeader and binary network byte order IEEE 802.11 IR PHY header. More...
 
class  Ieee80211IrPhyPreamble
 Class generated from inet/physicallayer/wireless/ieee80211/packetlevel/Ieee80211PhyHeader.msg:44 by opp_msgtool. More...
 
class  Ieee80211IrPreambleMode
 
class  Ieee80211LayeredOfdmReceiver
 
class  Ieee80211LayeredOfdmTransmitter
 
class  Ieee80211LayeredTransmission
 
class  Ieee80211ModeBase
 
class  Ieee80211ModeInd
 Class generated from inet/physicallayer/wireless/ieee80211/packetlevel/Ieee80211Tag.msg:35 by opp_msgtool. More...
 
class  Ieee80211ModeReq
 Class generated from inet/physicallayer/wireless/ieee80211/packetlevel/Ieee80211Tag.msg:27 by opp_msgtool. More...
 
class  Ieee80211ModeSet
 
class  Ieee80211ModeTagBase
 Class generated from inet/physicallayer/wireless/ieee80211/packetlevel/Ieee80211Tag.msg:18 by opp_msgtool. More...
 
class  Ieee80211NistErrorModel
 A model for the error rate for different modulations. More...
 
class  Ieee80211OfdmCode
 
class  Ieee80211OfdmCompliantCodes
 
class  Ieee80211OfdmCompliantModes
 
class  Ieee80211OfdmCompliantModulations
 
class  Ieee80211OfdmDataMode
 
class  Ieee80211OfdmDecoder
 
class  Ieee80211OfdmDecoderModule
 
class  Ieee80211OfdmDemodulator
 
class  Ieee80211OfdmDemodulatorModule
 
class  Ieee80211OfdmEncoder
 
class  Ieee80211OfdmEncoderModule
 
class  Ieee80211OfdmErrorModel
 
class  Ieee80211OfdmInterleaver
 
class  Ieee80211OfdmInterleaverModule
 
class  Ieee80211OfdmInterleaving
 
class  Ieee80211OfdmMode
 
class  Ieee80211OfdmModeBase
 
class  Ieee80211OfdmModulation
 
class  Ieee80211OfdmModulator
 
class  Ieee80211OfdmModulatorModule
 
class  Ieee80211OfdmPhyHeader
 Class generated from inet/physicallayer/wireless/ieee80211/packetlevel/Ieee80211PhyHeader.msg:107 by opp_msgtool. More...
 
class  Ieee80211OfdmPhyHeaderSerializer
 Converts between Ieee80211OfdmPhyHeader and binary network byte order IEEE 802.11 OFDM PHY header. More...
 
class  Ieee80211OfdmPhyPreamble
 Class generated from inet/physicallayer/wireless/ieee80211/packetlevel/Ieee80211PhyHeader.msg:87 by opp_msgtool. More...
 
class  Ieee80211OfdmPreambleMode
 
class  Ieee80211OfdmRadio
 
class  Ieee80211OfdmReceptionSymbolModel
 
class  Ieee80211OfdmSignalMode
 
class  Ieee80211OfdmSymbol
 
class  Ieee80211OfdmTimingRelatedParametersBase
 
class  Ieee80211OfdmTransmissionSymbolModel
 
class  Ieee80211PhyHeader
 Class generated from inet/physicallayer/wireless/ieee80211/packetlevel/Ieee80211PhyHeader.msg:18 by opp_msgtool. More...
 
class  Ieee80211PhyPreamble
 Class generated from inet/physicallayer/wireless/ieee80211/packetlevel/Ieee80211PhyHeader.msg:14 by opp_msgtool. More...
 
class  Ieee80211PhyProtocolPrinter
 
class  Ieee80211Radio
 
class  Ieee80211ReceiverBase
 
class  Ieee80211ScalarReceiver
 
class  Ieee80211ScalarTransmission
 
class  Ieee80211ScalarTransmitter
 
class  Ieee80211TransmissionBase
 
class  Ieee80211TransmitterBase
 
class  Ieee80211UnitDiskReceiver
 
class  Ieee80211UnitDiskTransmission
 
class  Ieee80211UnitDiskTransmitter
 
class  Ieee80211VhtCode
 
class  Ieee80211VhtCompliantCodes
 
class  Ieee80211VhtCompliantModes
 
class  Ieee80211VhtDataMode
 
class  Ieee80211VhtInterleaving
 
class  Ieee80211Vhtmcs
 
class  Ieee80211VhtmcsTable
 
class  Ieee80211VhtMode
 
class  Ieee80211VhtModeBase
 
class  Ieee80211VhtPhyHeader
 Class generated from inet/physicallayer/wireless/ieee80211/packetlevel/Ieee80211PhyHeader.msg:148 by opp_msgtool. More...
 
class  Ieee80211VhtPhyHeaderSerializer
 Converts between Ieee80211VhtPhyHeader and binary network byte order IEEE 802.11 VHT PHY header. More...
 
class  Ieee80211VhtPhyPreamble
 Class generated from inet/physicallayer/wireless/ieee80211/packetlevel/Ieee80211PhyHeader.msg:144 by opp_msgtool. More...
 
class  Ieee80211VhtPreambleMode
 
class  Ieee80211VhtSignalMode
 
class  Ieee80211YansErrorModel
 Model the error rate for different modulations. More...
 
class  Ieee802154NarrowbandDimensionalReceiver
 
class  Ieee802154NarrowbandDimensionalTransmitter
 
class  Ieee802154NarrowbandScalarReceiver
 
class  Ieee802154NarrowbandScalarTransmitter
 
class  Ieee802154UwbIrMode
 
class  Ieee802154UwbIrReceiver
 
class  Ieee802154UwbIrTransmitter
 This generates pulse-level representation of an IEEE 802.15.4A UWB PHY frame using the mandatory mode (high PRF). More...
 
class  Ieee8021qTagEpdProtocolDissector
 
class  Ieee8021rTagEpdProtocolDissector
 
class  IEncoder
 
class  IErrorModel
 The error model describes how the signal to noise ratio affects the amount of errors at the receiver. More...
 
class  IFecCoder
 
class  IForwardErrorCorrection
 
class  IIeee80211Band
 
class  IIeee80211DataMode
 
class  IIeee80211HeaderMode
 
class  IIeee80211Mode
 
class  IIeee80211PreambleMode
 
class  IInterference
 This interface represents the interference related to a reception. More...
 
class  IInterleaver
 
class  IInterleaving
 
class  ILayeredErrorModel
 The layered error model computes the erroneous bits, symbols, or samples based on the SNIR and a simplified model of the signal processing. More...
 
class  IListening
 This interface represents how a receiver is listening on the radio channel. More...
 
class  IListeningDecision
 This interface represents the result of a receiver's listening process. More...
 
class  IMediumLimitCache
 This interface is used to cache various medium limits among the radios. More...
 
class  IModulation
 This interface represents the process of varying one or more physical properties of a periodic waveform, called the carrier signal, with a modulating signal that typically contains information to be transmitted. More...
 
class  IModulator
 
class  INarrowbandSignal
 
class  INeighborCache
 This interface keeps track of neighbor relationships between radios. More...
 
class  INoise
 This interface represents a meaningless radio signal. More...
 
class  Interference
 
class  InterpolatingAntenna
 TODO refactor to use Delaunay triangulation on unit sphere, i.e. More...
 
class  IObstacleLoss
 This interface models obstacle loss that is the reduction in power density of a radio signal as it propagates through physical objects present in space. More...
 
class  IPathLoss
 This interface models path loss (or path attenuation) that is the reduction in power density of a radio signal as it propagates through space. More...
 
class  IPropagation
 This interface models how a radio signal propagates through space over time. More...
 
class  IPulseFilter
 
class  IPulseShaper
 
class  IRadio
 This interface represents a physical device that is capable of transmitting and receiving radio signals. More...
 
class  IRadioMedium
 This interface represents the whole medium. More...
 
class  IRadioSignal
 
class  IReceiver
 This interface represents a physical device (a part of the radio) which converts electric signals into packets. More...
 
class  IReception
 This interface represents the reception of a transmission at a receiver. More...
 
class  IReceptionAnalogModel
 
class  IReceptionBitModel
 
class  IReceptionDecision
 This interface represents the decisions of a receiver's reception process. More...
 
class  IReceptionPacketModel
 
class  IReceptionResult
 This interface represents the result of a receiver's reception process. More...
 
class  IReceptionSampleModel
 
class  IReceptionSymbolModel
 
class  IScalarSignal
 
class  IScrambler
 
class  IScrambling
 
class  ISignalAnalogModel
 This purely virtual interface provides an abstraction for different radio signal models in the analog domain. More...
 
class  ISignalBitModel
 This purely virtual interface provides an abstraction for different radio signal models in the bit domain. More...
 
class  ISignalPacketModel
 This purely virtual interface provides an abstraction for different radio signal models in the packet domain. More...
 
class  ISignalSampleModel
 This purely virtual interface provides an abstraction for different radio signal models in the waveform or sample domain. More...
 
class  ISignalSymbolModel
 This purely virtual interface provides an abstraction for different radio signal models in the waveform or symbol domain. More...
 
class  ISnir
 
class  IsotropicAntenna
 
class  IsotropicDimensionalBackgroundNoise
 
class  IsotropicScalarBackgroundNoise
 
class  ISymbol
 
class  ITracingObstacleLoss
 
class  ITransmission
 This interface represents the transmission of a radio signal. More...
 
class  ITransmissionAnalogModel
 
class  ITransmissionBitModel
 
class  ITransmissionPacketModel
 
class  ITransmissionSampleModel
 
class  ITransmissionSymbolModel
 
class  ITransmitter
 This interface represents a physical device (a part of the radio) which converts packets into electric signals. More...
 
class  IWirelessSignal
 This purely virtual interface provides an abstraction for different signals. More...
 
class  LayeredDimensionalAnalogModel
 
class  LayeredErrorModelBase
 
class  LayeredReception
 
class  LayeredReceptionResult
 
class  LayeredScalarAnalogModel
 
class  LayeredTransmission
 
class  ListeningBase
 
class  ListeningDecision
 
class  LogNormalShadowing
 This class implements the log normal shadowing model. More...
 
class  MapCommunicationCache
 
class  MaskModulation
 This class implements parameterized amplitude-shift keying that arranges symbols evenly on the x axis. More...
 
class  MediumLimitCache
 
class  MfskModulation
 This modulation implements parameterized frequency-shift keying. More...
 
class  MpskModulation
 This modulation implements parameterized phase-shift keying that arranges symbols evenly on a circle. More...
 
class  MqamModulation
 This class implements gray coded rectangular quadrature amplitude modulation that arranges symbols evenly. More...
 
class  MqamModulationBase
 Base class for gray coded rectangular quadrature amplitude modulations. More...
 
class  NakagamiFading
 This class implements the Nakagami fading model. More...
 
class  NarrowbandNoiseBase
 
class  NarrowbandRadioBase
 
class  NarrowbandReceiverBase
 
class  NarrowbandReceptionBase
 
class  NarrowbandSignalAnalogModel
 
class  NarrowbandTransmissionBase
 
class  NarrowbandTransmitterBase
 
class  NeighborListNeighborCache
 
class  NoiseBase
 
class  NoiseDimensionalTransmitter
 
class  NoiseSource
 
class  ObstacleLossFunction
 This mathematical function provides the obstacle loss over frequency based on a straight path from start to end. More...
 
class  ParabolicAntenna
 
class  PathLossBase
 
class  PathLossFunction
 This mathematical function provides the path loss over space and frequency. More...
 
class  PhysicalLayerBase
 
class  PpmModulationBase
 
class  PropagatedTransmissionPowerFunction
 This mathematical function provides the signal power of a transmission over space, time and frequency. More...
 
class  PropagationBase
 
class  PulseFilter
 
class  PulseShaper
 
class  Qam1024Modulation
 This modulation implements gray coded rectangular quadrature amplitude modulation with 256 symbols. More...
 
class  Qam16Modulation
 This modulation implements gray coded rectangular quadrature amplitude modulation with 16 symbols. More...
 
class  Qam256Modulation
 This modulation implements gray coded rectangular quadrature amplitude modulation with 256 symbols. More...
 
class  Qam64Modulation
 This modulation implements gray coded rectangular quadrature amplitude modulation with 64 symbols. More...
 
class  QbpskModulation
 This class implements quadrature binary phase-shift keying defined in 20.3.9.4.3 HT-SIG definition. More...
 
class  QpskModulation
 This modulation implements quadrature phase-shift keying. More...
 
class  QuadTreeNeighborCache
 
class  Radio
 This class is the default implementation of the IRadio interface. More...
 
class  RadioMedium
 The default implementation of the radio medium interface. More...
 
class  RayleighFading
 This class implements the probabilistic Rayleigh fading model, see Rappaport for more details. More...
 
class  ReceiverBase
 
class  ReceptionBase
 
class  ReceptionBitModel
 
class  ReceptionDecision
 
class  ReceptionPacketModel
 
class  ReceptionResult
 
class  ReceptionSampleModel
 
class  ReceptionSymbolModel
 
class  ReferenceCommunicationCache
 
class  RicianFading
 This class implements the stochastic Rician fading model. More...
 
class  ScalarAnalogDigitalConverter
 
class  ScalarAnalogModel
 
class  ScalarAnalogModelBase
 
class  ScalarDigitalAnalogConverter
 
class  ScalarNoise
 
class  ScalarReception
 
class  ScalarReceptionSignalAnalogModel
 
class  ScalarSignalAnalogModel
 
class  ScalarSnir
 
class  ScalarTransmission
 
class  ScalarTransmissionSignalAnalogModel
 
class  ShortcutRadio
 
class  Signal
 
class  SignalAnalogModel
 
class  SignalBitModel
 
class  SignalPacketModel
 
class  SignalSampleModel
 
class  SignalSymbolModel
 
class  SnirBase
 
class  SnirReceiverBase
 
class  SpaceAndFrequencyDependentAttenuationFunction
 This mathematical function provides the transmission signal attenuation for any given space, time, and frequency coordinates. More...
 
class  SpaceDependentAttenuationFunction
 This mathematical function provides the transmission signal attenuation for any given space, time, and frequency coordinates. More...
 
class  StateBasedCcEnergyConsumer
 This is a simple radio energy consumer model. More...
 
class  StateBasedEpEnergyConsumer
 This is a simple radio power consumer model. More...
 
class  StochasticErrorModel
 Implements the StochasticErrorModel model, see the NED file for details. More...
 
class  StochasticLayeredErrorModel
 
class  SuiPathLoss
 This class implements the empirical Stanford University Interim path loss model. More...
 
class  TracingObstacleLossBase
 
class  TransmissionBase
 
class  TransmissionBitModel
 
class  TransmissionPacketModel
 
class  TransmissionSampleModel
 
class  TransmissionSymbolModel
 
class  TransmitterBase
 
class  TwoRayGroundReflection
 This class implements the two ray ground radio path loss model. More...
 
class  TwoRayInterference
 Two-Ray interference model borrowed from Veins (default parameterization) More...
 
class  UnitDiskAnalogModel
 Implements the UnitDiskAnalogModel model, see the NED file for details. More...
 
class  UnitDiskListening
 This model doesn't specify any listening properties. More...
 
class  UnitDiskNoise
 
class  UnitDiskRadio
 
class  UnitDiskReceiver
 Implements the UnitDiskReceiver model, see the NED file for details. More...
 
class  UnitDiskReception
 This model characterizes receptions with a simplified reception power that falls into one of the categories: receivable, interfering, detectable, and undetectable. More...
 
class  UnitDiskSnir
 
class  UnitDiskTransmission
 This model characterizes transmissions with the communication range, interference range, and detection range. More...
 
class  UnitDiskTransmitter
 Implements the UnitDiskTransmitter model, see the NED file for details. More...
 
class  UwbIrStochasticPathLoss
 Implements the Ghassmezadeh stochastic UWB channel path loss model. More...
 
class  VectorCommunicationCache
 
class  WireJunction
 Models a wiring hub. More...
 
class  WirelessSignal
 

Enumerations

enum  EthernetPhyHeaderType {
  SFD = 1, SMD_E = SFD, SMD_Verify = 2, SMD_Respond = 3,
  SMD_Sx = 4, SMD_Cx = 5
}
 Enum generated from inet/physicallayer/wired/ethernet/EthernetPhyHeader.msg:41 by opp_msgtool. More...
 
enum  RadioCommandCode { RADIO_C_CONFIGURE = 1 }
 Enum generated from inet/physicallayer/wireless/common/contract/packetlevel/RadioControlInfo.msg:17 by opp_msgtool. More...
 
enum  Ieee80211HrDsssPreambleType { IEEE80211_HRDSSS_PREAMBLE_TYPE_SHORT, IEEE80211_HRDSSS_PREAMBLE_TYPE_LONG }
 

Functions

 Register_Class (Signal)
 
 Define_Module (WireJunction)
 
std::ostream & operator<< (std::ostream &os, cMessage *msg)
 
 Define_Module (EthernetFragmentPhyHeaderChecker)
 
 Define_Module (EthernetFragmentPhyHeaderInserter)
 
 Define_Module (EthernetPhy)
 
void doParsimPacking (omnetpp::cCommBuffer *b, const EthernetPhyHeaderBase &obj)
 
void doParsimUnpacking (omnetpp::cCommBuffer *b, EthernetPhyHeaderBase &obj)
 
void doParsimPacking (omnetpp::cCommBuffer *b, const EthernetPhyHeader &obj)
 
void doParsimUnpacking (omnetpp::cCommBuffer *b, EthernetPhyHeader &obj)
 
void doParsimPacking (omnetpp::cCommBuffer *b, const EthernetPhyHeaderType &e)
 
void doParsimUnpacking (omnetpp::cCommBuffer *b, EthernetPhyHeaderType &e)
 
void doParsimPacking (omnetpp::cCommBuffer *b, const EthernetFragmentPhyHeader &obj)
 
void doParsimUnpacking (omnetpp::cCommBuffer *b, EthernetFragmentPhyHeader &obj)
 
 Define_Module (EthernetPhyHeaderChecker)
 
 Define_Module (EthernetPhyHeaderInserter)
 
 Register_Serializer (EthernetPhyHeaderBase, EthernetPhyHeaderBaseSerializer)
 
 Register_Serializer (EthernetPhyHeader, EthernetPhyHeaderSerializer)
 
 Register_Serializer (EthernetFragmentPhyHeader, EthernetFragmentPhyHeaderSerializer)
 
void doParsimPacking (omnetpp::cCommBuffer *b, const EthernetSignalBase &obj)
 
void doParsimUnpacking (omnetpp::cCommBuffer *b, EthernetSignalBase &obj)
 
void doParsimPacking (omnetpp::cCommBuffer *b, const EthernetSignal &obj)
 
void doParsimUnpacking (omnetpp::cCommBuffer *b, EthernetSignal &obj)
 
void doParsimPacking (omnetpp::cCommBuffer *b, const EthernetJamSignal &obj)
 
void doParsimUnpacking (omnetpp::cCommBuffer *b, EthernetJamSignal &obj)
 
void doParsimPacking (omnetpp::cCommBuffer *b, const EthernetFilledIfgSignal &obj)
 
void doParsimUnpacking (omnetpp::cCommBuffer *b, EthernetFilledIfgSignal &obj)
 
 Define_Module (ApskDecoder)
 
 Define_Module (ApskDemodulator)
 
 Define_Module (ApskEncoder)
 
 Define_Module (ApskLayeredReceiver)
 
 Define_Module (ApskLayeredTransmitter)
 
 Define_Module (ApskModulator)
 
 Register_Serializer (ApskPhyHeader, ApskPhyHeaderSerializer)
 
 Define_Module (ApskLayeredErrorModel)
 
 Define_Module (ApskDimensionalReceiver)
 
 Define_Module (ApskDimensionalTransmitter)
 
 Define_Module (ApskRadio)
 
 Define_Module (ApskScalarReceiver)
 
 Define_Module (ApskScalarTransmitter)
 
 Define_Module (ApskErrorModel)
 
 Define_Module (LayeredDimensionalAnalogModel)
 
 Define_Module (LayeredScalarAnalogModel)
 
 Define_Module (DimensionalAnalogModel)
 
 Define_Module (ScalarAnalogModel)
 
 Define_Module (AxiallySymmetricAntenna)
 
 Define_Module (ConstantGainAntenna)
 
 Define_Module (CosineAntenna)
 
 Define_Module (DipoleAntenna)
 
 Define_Module (InterpolatingAntenna)
 
 Define_Module (IsotropicAntenna)
 
 Define_Module (ParabolicAntenna)
 
 Define_Module (DimensionalBackgroundNoise)
 
 Define_Module (IsotropicDimensionalBackgroundNoise)
 
 Define_Module (IsotropicScalarBackgroundNoise)
 
 Define_Module (FlatRadioBase)
 
 Define_Module (NarrowbandRadioBase)
 
 Define_Module (MapCommunicationCache)
 
 Define_Module (ReferenceCommunicationCache)
 
 Define_Module (VectorCommunicationCache)
 
 Register_Enum (inet::physicallayer::IRadio::RadioMode,(IRadio::RADIO_MODE_OFF, IRadio::RADIO_MODE_SLEEP, IRadio::RADIO_MODE_RECEIVER, IRadio::RADIO_MODE_TRANSMITTER, IRadio::RADIO_MODE_TRANSCEIVER, IRadio::RADIO_MODE_SWITCHING))
 
 Register_Enum (inet::physicallayer::IRadio::ReceptionState,(IRadio::RECEPTION_STATE_UNDEFINED, IRadio::RECEPTION_STATE_IDLE, IRadio::RECEPTION_STATE_BUSY, IRadio::RECEPTION_STATE_RECEIVING))
 
 Register_Enum (inet::physicallayer::IRadio::TransmissionState,(IRadio::TRANSMISSION_STATE_UNDEFINED, IRadio::TRANSMISSION_STATE_IDLE, IRadio::TRANSMISSION_STATE_TRANSMITTING))
 
 Register_Enum (inet::physicallayer::IRadioSignal::SignalPart,(IRadioSignal::SIGNAL_PART_NONE, IRadioSignal::SIGNAL_PART_WHOLE, IRadioSignal::SIGNAL_PART_PREAMBLE, IRadioSignal::SIGNAL_PART_HEADER, IRadioSignal::SIGNAL_PART_DATA))
 
void doParsimPacking (omnetpp::cCommBuffer *b, const RadioCommandCode &e)
 
void doParsimUnpacking (omnetpp::cCommBuffer *b, RadioCommandCode &e)
 
void doParsimPacking (omnetpp::cCommBuffer *b, const ConfigureRadioCommand &obj)
 
void doParsimUnpacking (omnetpp::cCommBuffer *b, ConfigureRadioCommand &obj)
 
 Define_Module (StateBasedCcEnergyConsumer)
 
 Define_Module (StateBasedEpEnergyConsumer)
 
 Define_Module (StochasticLayeredErrorModel)
 
 Define_Module (StochasticErrorModel)
 
 Define_Module (MediumLimitCache)
 
template<typename T >
T minIgnoreNaN (T a, T b)
 
template<typename T >
T maxIgnoreNaN (T a, T b)
 
double maxIgnoreNaN (double a, double b)
 
 Define_Module (RadioMedium)
 
 Define_Module (GridNeighborCache)
 
 Define_Module (NeighborListNeighborCache)
 
 Define_Module (QuadTreeNeighborCache)
 
 Define_Module (DielectricObstacleLoss)
 
 Define_Module (IdealObstacleLoss)
 
 Define_Module (BreakpointPathLoss)
 
 Define_Module (FreeSpacePathLoss)
 
 Define_Module (LogNormalShadowing)
 
 Define_Module (NakagamiFading)
 
 Define_Module (RayleighFading)
 
 Define_Module (RicianFading)
 
 Define_Module (SuiPathLoss)
 
 Define_Module (TwoRayGroundReflection)
 
 Define_Module (TwoRayInterference)
 
 Define_Module (ConstantSpeedPropagation)
 
 Define_Module (ConstantTimePropagation)
 
 Define_Module (AdditiveScramblerModule)
 
 Define_Module (ConvolutionalCoderModule)
 
 Define_Module (Radio)
 
 Define_Module (Ieee80211OfdmErrorModel)
 
 Define_Module (Ieee80211LayeredOfdmReceiver)
 
 Define_Module (Ieee80211LayeredOfdmTransmitter)
 
 Define_Module (Ieee80211OfdmDecoderModule)
 
 Define_Module (Ieee80211OfdmDemodulatorModule)
 
 Define_Module (Ieee80211OfdmEncoderModule)
 
 Define_Module (Ieee80211OfdmInterleaverModule)
 
 Define_Module (Ieee80211OfdmModulatorModule)
 
 Define_Module (Ieee80211OfdmRadio)
 
std::ostream & operator<< (std::ostream &out, const Ieee80211OfdmSymbol &symbol)
 
 Register_Abstract_Class (Ieee80211ModeSet)
 
 Define_Module (Ieee80211BerTableErrorModel)
 
 Define_Module (Ieee80211NistErrorModel)
 
 Define_Module (Ieee80211YansErrorModel)
 
void doParsimPacking (omnetpp::cCommBuffer *b, const Ieee80211ConfigureRadioCommand &obj)
 
void doParsimUnpacking (omnetpp::cCommBuffer *b, Ieee80211ConfigureRadioCommand &obj)
 
 Define_Module (Ieee80211DimensionalReceiver)
 
 Define_Module (Ieee80211DimensionalTransmitter)
 
void doParsimPacking (omnetpp::cCommBuffer *b, const Ieee80211PhyPreamble &obj)
 
void doParsimUnpacking (omnetpp::cCommBuffer *b, Ieee80211PhyPreamble &obj)
 
void doParsimPacking (omnetpp::cCommBuffer *b, const Ieee80211PhyHeader &obj)
 
void doParsimUnpacking (omnetpp::cCommBuffer *b, Ieee80211PhyHeader &obj)
 
void doParsimPacking (omnetpp::cCommBuffer *b, const Ieee80211FhssPhyPreamble &obj)
 
void doParsimUnpacking (omnetpp::cCommBuffer *b, Ieee80211FhssPhyPreamble &obj)
 
void doParsimPacking (omnetpp::cCommBuffer *b, const Ieee80211FhssPhyHeader &obj)
 
void doParsimUnpacking (omnetpp::cCommBuffer *b, Ieee80211FhssPhyHeader &obj)
 
void doParsimPacking (omnetpp::cCommBuffer *b, const Ieee80211IrPhyPreamble &obj)
 
void doParsimUnpacking (omnetpp::cCommBuffer *b, Ieee80211IrPhyPreamble &obj)
 
void doParsimPacking (omnetpp::cCommBuffer *b, const Ieee80211IrPhyHeader &obj)
 
void doParsimUnpacking (omnetpp::cCommBuffer *b, Ieee80211IrPhyHeader &obj)
 
void doParsimPacking (omnetpp::cCommBuffer *b, const Ieee80211DsssPhyPreamble &obj)
 
void doParsimUnpacking (omnetpp::cCommBuffer *b, Ieee80211DsssPhyPreamble &obj)
 
void doParsimPacking (omnetpp::cCommBuffer *b, const Ieee80211DsssPhyHeader &obj)
 
void doParsimUnpacking (omnetpp::cCommBuffer *b, Ieee80211DsssPhyHeader &obj)
 
void doParsimPacking (omnetpp::cCommBuffer *b, const Ieee80211HrDsssPhyPreamble &obj)
 
void doParsimUnpacking (omnetpp::cCommBuffer *b, Ieee80211HrDsssPhyPreamble &obj)
 
void doParsimPacking (omnetpp::cCommBuffer *b, const Ieee80211HrDsssPhyHeader &obj)
 
void doParsimUnpacking (omnetpp::cCommBuffer *b, Ieee80211HrDsssPhyHeader &obj)
 
void doParsimPacking (omnetpp::cCommBuffer *b, const Ieee80211OfdmPhyPreamble &obj)
 
void doParsimUnpacking (omnetpp::cCommBuffer *b, Ieee80211OfdmPhyPreamble &obj)
 
void doParsimPacking (omnetpp::cCommBuffer *b, const Ieee80211OfdmPhyHeader &obj)
 
void doParsimUnpacking (omnetpp::cCommBuffer *b, Ieee80211OfdmPhyHeader &obj)
 
void doParsimPacking (omnetpp::cCommBuffer *b, const Ieee80211ErpOfdmPhyPreamble &obj)
 
void doParsimUnpacking (omnetpp::cCommBuffer *b, Ieee80211ErpOfdmPhyPreamble &obj)
 
void doParsimPacking (omnetpp::cCommBuffer *b, const Ieee80211ErpOfdmPhyHeader &obj)
 
void doParsimUnpacking (omnetpp::cCommBuffer *b, Ieee80211ErpOfdmPhyHeader &obj)
 
void doParsimPacking (omnetpp::cCommBuffer *b, const Ieee80211HtPhyPreamble &obj)
 
void doParsimUnpacking (omnetpp::cCommBuffer *b, Ieee80211HtPhyPreamble &obj)
 
void doParsimPacking (omnetpp::cCommBuffer *b, const Ieee80211HtPhyHeader &obj)
 
void doParsimUnpacking (omnetpp::cCommBuffer *b, Ieee80211HtPhyHeader &obj)
 
void doParsimPacking (omnetpp::cCommBuffer *b, const Ieee80211VhtPhyPreamble &obj)
 
void doParsimUnpacking (omnetpp::cCommBuffer *b, Ieee80211VhtPhyPreamble &obj)
 
void doParsimPacking (omnetpp::cCommBuffer *b, const Ieee80211VhtPhyHeader &obj)
 
void doParsimUnpacking (omnetpp::cCommBuffer *b, Ieee80211VhtPhyHeader &obj)
 
 Register_Serializer (Ieee80211FhssPhyHeader, Ieee80211FhssPhyHeaderSerializer)
 
 Register_Serializer (Ieee80211IrPhyHeader, Ieee80211IrPhyHeaderSerializer)
 
 Register_Serializer (Ieee80211DsssPhyHeader, Ieee80211DsssPhyHeaderSerializer)
 
 Register_Serializer (Ieee80211HrDsssPhyHeader, Ieee80211HrDsssPhyHeaderSerializer)
 
 Register_Serializer (Ieee80211OfdmPhyHeader, Ieee80211OfdmPhyHeaderSerializer)
 
 Register_Serializer (Ieee80211ErpOfdmPhyHeader, Ieee80211ErpOfdmPhyHeaderSerializer)
 
 Register_Serializer (Ieee80211HtPhyHeader, Ieee80211HtPhyHeaderSerializer)
 
 Register_Serializer (Ieee80211VhtPhyHeader, Ieee80211VhtPhyHeaderSerializer)
 
 Define_Module (Ieee80211Radio)
 
 Define_Module (Ieee80211ScalarReceiver)
 
 Define_Module (Ieee80211ScalarTransmitter)
 
void doParsimPacking (omnetpp::cCommBuffer *b, const Ieee80211ModeTagBase &obj)
 
void doParsimUnpacking (omnetpp::cCommBuffer *b, Ieee80211ModeTagBase &obj)
 
void doParsimPacking (omnetpp::cCommBuffer *b, const Ieee80211ModeReq &obj)
 
void doParsimUnpacking (omnetpp::cCommBuffer *b, Ieee80211ModeReq &obj)
 
void doParsimPacking (omnetpp::cCommBuffer *b, const Ieee80211ModeInd &obj)
 
void doParsimUnpacking (omnetpp::cCommBuffer *b, Ieee80211ModeInd &obj)
 
void doParsimPacking (omnetpp::cCommBuffer *b, const Ieee80211ChannelTagBase &obj)
 
void doParsimUnpacking (omnetpp::cCommBuffer *b, Ieee80211ChannelTagBase &obj)
 
void doParsimPacking (omnetpp::cCommBuffer *b, const Ieee80211ChannelReq &obj)
 
void doParsimUnpacking (omnetpp::cCommBuffer *b, Ieee80211ChannelReq &obj)
 
void doParsimPacking (omnetpp::cCommBuffer *b, const Ieee80211ChannelInd &obj)
 
void doParsimUnpacking (omnetpp::cCommBuffer *b, Ieee80211ChannelInd &obj)
 
 Define_Module (Ieee80211UnitDiskReceiver)
 
 Define_Module (Ieee80211UnitDiskTransmitter)
 
 Define_Module (Ieee802154UwbIrReceiver)
 
 Define_Module (Ieee802154UwbIrTransmitter)
 
 Define_Module (Ieee802154NarrowbandDimensionalReceiver)
 
 Define_Module (Ieee802154NarrowbandDimensionalTransmitter)
 
 Define_Module (Ieee802154NarrowbandScalarReceiver)
 
 Define_Module (Ieee802154NarrowbandScalarTransmitter)
 
 Define_Module (NoiseDimensionalTransmitter)
 
 Define_Module (NoiseSource)
 
 Define_Module (ShortcutRadio)
 
 Define_Module (UnitDiskAnalogModel)
 
 Define_Module (UnitDiskRadio)
 
 Define_Module (UnitDiskReceiver)
 
 Register_Enum (inet::physicallayer::UnitDiskReception::Power,(UnitDiskReception::POWER_UNDETECTABLE, UnitDiskReception::POWER_DETECTABLE, UnitDiskReception::POWER_INTERFERING, UnitDiskReception::POWER_RECEIVABLE))
 
 Define_Module (UnitDiskTransmitter)
 

Variables

const B ETHERNET_PHY_HEADER_LEN = B(8)
 
const double k = 1 / sqrt(682)
 

Enumeration Type Documentation

◆ EthernetPhyHeaderType

enum inet::physicallayer::EthernetPhyHeaderType

Enum generated from inet/physicallayer/wired/ethernet/EthernetPhyHeader.msg:41 by opp_msgtool. 

//
// http://www.enodenetworks.com/assets/docs/8023br.pdf
//
enum EthernetPhyHeaderType
{
    SFD = 1;         // 0xD5
    SMD_E = SFD;
    SMD_Verify = 2;  // 0x07
    SMD_Respond = 3; // 0x19
    SMD_Sx = 4;      // 0xE6, 0x4C, 0x7F or 0xB3, see smdNumber in EthernetPhyHeader
    SMD_Cx = 5;      // 0x61, 0x52, 0x9E or 0x2A, see smdNumber in EthernetPhyHeader
}
Enumerator
SFD 
SMD_E 
SMD_Verify 
SMD_Respond 
SMD_Sx 
SMD_Cx 
147  {
148  SFD = 1,
149  SMD_E = SFD,
150  SMD_Verify = 2,
151  SMD_Respond = 3,
152  SMD_Sx = 4,
153  SMD_Cx = 5
154 };

◆ Ieee80211HrDsssPreambleType

enum inet::physicallayer::Ieee80211HrDsssPreambleType
Enumerator
IEEE80211_HRDSSS_PREAMBLE_TYPE_SHORT 
IEEE80211_HRDSSS_PREAMBLE_TYPE_LONG 
19  {
20  IEEE80211_HRDSSS_PREAMBLE_TYPE_SHORT,
21  IEEE80211_HRDSSS_PREAMBLE_TYPE_LONG,
22 };

◆ RadioCommandCode

enum inet::physicallayer::RadioCommandCode

Enum generated from inet/physicallayer/wireless/common/contract/packetlevel/RadioControlInfo.msg:17 by opp_msgtool. 

//
// Message kinds for sending commands to the radio.
//
enum RadioCommandCode
{
    RADIO_C_CONFIGURE = 1;
}
Enumerator
RADIO_C_CONFIGURE 
61  {
62  RADIO_C_CONFIGURE = 1
63 };

Function Documentation

◆ Define_Module() [1/95]

inet::physicallayer::Define_Module ( AdditiveScramblerModule  )

◆ Define_Module() [2/95]

inet::physicallayer::Define_Module ( ApskDecoder  )

◆ Define_Module() [3/95]

inet::physicallayer::Define_Module ( ApskDemodulator  )

◆ Define_Module() [4/95]

inet::physicallayer::Define_Module ( ApskDimensionalReceiver  )

◆ Define_Module() [5/95]

inet::physicallayer::Define_Module ( ApskDimensionalTransmitter  )

◆ Define_Module() [6/95]

inet::physicallayer::Define_Module ( ApskEncoder  )

◆ Define_Module() [7/95]

inet::physicallayer::Define_Module ( ApskErrorModel  )

◆ Define_Module() [8/95]

inet::physicallayer::Define_Module ( ApskLayeredErrorModel  )

◆ Define_Module() [9/95]

inet::physicallayer::Define_Module ( ApskLayeredReceiver  )

◆ Define_Module() [10/95]

inet::physicallayer::Define_Module ( ApskLayeredTransmitter  )

◆ Define_Module() [11/95]

inet::physicallayer::Define_Module ( ApskModulator  )

◆ Define_Module() [12/95]

inet::physicallayer::Define_Module ( ApskRadio  )

◆ Define_Module() [13/95]

inet::physicallayer::Define_Module ( ApskScalarReceiver  )

◆ Define_Module() [14/95]

inet::physicallayer::Define_Module ( ApskScalarTransmitter  )

◆ Define_Module() [15/95]

inet::physicallayer::Define_Module ( AxiallySymmetricAntenna  )

◆ Define_Module() [16/95]

inet::physicallayer::Define_Module ( BreakpointPathLoss  )

◆ Define_Module() [17/95]

inet::physicallayer::Define_Module ( ConstantGainAntenna  )

◆ Define_Module() [18/95]

inet::physicallayer::Define_Module ( ConstantSpeedPropagation  )

◆ Define_Module() [19/95]

inet::physicallayer::Define_Module ( ConstantTimePropagation  )

◆ Define_Module() [20/95]

inet::physicallayer::Define_Module ( ConvolutionalCoderModule  )

◆ Define_Module() [21/95]

inet::physicallayer::Define_Module ( CosineAntenna  )

◆ Define_Module() [22/95]

inet::physicallayer::Define_Module ( DielectricObstacleLoss  )

◆ Define_Module() [23/95]

inet::physicallayer::Define_Module ( DimensionalAnalogModel  )

◆ Define_Module() [24/95]

inet::physicallayer::Define_Module ( DimensionalBackgroundNoise  )

◆ Define_Module() [25/95]

inet::physicallayer::Define_Module ( DipoleAntenna  )

◆ Define_Module() [26/95]

inet::physicallayer::Define_Module ( EthernetFragmentPhyHeaderChecker  )

◆ Define_Module() [27/95]

inet::physicallayer::Define_Module ( EthernetFragmentPhyHeaderInserter  )

◆ Define_Module() [28/95]

inet::physicallayer::Define_Module ( EthernetPhy  )

◆ Define_Module() [29/95]

inet::physicallayer::Define_Module ( EthernetPhyHeaderChecker  )

◆ Define_Module() [30/95]

inet::physicallayer::Define_Module ( EthernetPhyHeaderInserter  )

◆ Define_Module() [31/95]

inet::physicallayer::Define_Module ( FlatRadioBase  )

◆ Define_Module() [32/95]

inet::physicallayer::Define_Module ( FreeSpacePathLoss  )

◆ Define_Module() [33/95]

inet::physicallayer::Define_Module ( GridNeighborCache  )

◆ Define_Module() [34/95]

inet::physicallayer::Define_Module ( IdealObstacleLoss  )

◆ Define_Module() [35/95]

inet::physicallayer::Define_Module ( Ieee80211BerTableErrorModel  )

◆ Define_Module() [36/95]

inet::physicallayer::Define_Module ( Ieee80211DimensionalReceiver  )

◆ Define_Module() [37/95]

inet::physicallayer::Define_Module ( Ieee80211DimensionalTransmitter  )

◆ Define_Module() [38/95]

inet::physicallayer::Define_Module ( Ieee80211LayeredOfdmReceiver  )

◆ Define_Module() [39/95]

inet::physicallayer::Define_Module ( Ieee80211LayeredOfdmTransmitter  )

◆ Define_Module() [40/95]

inet::physicallayer::Define_Module ( Ieee80211NistErrorModel  )

◆ Define_Module() [41/95]

inet::physicallayer::Define_Module ( Ieee80211OfdmDecoderModule  )

◆ Define_Module() [42/95]

inet::physicallayer::Define_Module ( Ieee80211OfdmDemodulatorModule  )

◆ Define_Module() [43/95]

inet::physicallayer::Define_Module ( Ieee80211OfdmEncoderModule  )

◆ Define_Module() [44/95]

inet::physicallayer::Define_Module ( Ieee80211OfdmErrorModel  )

◆ Define_Module() [45/95]

inet::physicallayer::Define_Module ( Ieee80211OfdmInterleaverModule  )

◆ Define_Module() [46/95]

inet::physicallayer::Define_Module ( Ieee80211OfdmModulatorModule  )

◆ Define_Module() [47/95]

inet::physicallayer::Define_Module ( Ieee80211OfdmRadio  )

◆ Define_Module() [48/95]

inet::physicallayer::Define_Module ( Ieee80211Radio  )

◆ Define_Module() [49/95]

inet::physicallayer::Define_Module ( Ieee80211ScalarReceiver  )

◆ Define_Module() [50/95]

inet::physicallayer::Define_Module ( Ieee80211ScalarTransmitter  )

◆ Define_Module() [51/95]

inet::physicallayer::Define_Module ( Ieee80211UnitDiskReceiver  )

◆ Define_Module() [52/95]

inet::physicallayer::Define_Module ( Ieee80211UnitDiskTransmitter  )

◆ Define_Module() [53/95]

inet::physicallayer::Define_Module ( Ieee80211YansErrorModel  )

◆ Define_Module() [54/95]

inet::physicallayer::Define_Module ( Ieee802154NarrowbandDimensionalReceiver  )

◆ Define_Module() [55/95]

inet::physicallayer::Define_Module ( Ieee802154NarrowbandDimensionalTransmitter  )

◆ Define_Module() [56/95]

inet::physicallayer::Define_Module ( Ieee802154NarrowbandScalarReceiver  )

◆ Define_Module() [57/95]

inet::physicallayer::Define_Module ( Ieee802154NarrowbandScalarTransmitter  )

◆ Define_Module() [58/95]

inet::physicallayer::Define_Module ( Ieee802154UwbIrReceiver  )

◆ Define_Module() [59/95]

inet::physicallayer::Define_Module ( Ieee802154UwbIrTransmitter  )

◆ Define_Module() [60/95]

inet::physicallayer::Define_Module ( InterpolatingAntenna  )

◆ Define_Module() [61/95]

inet::physicallayer::Define_Module ( IsotropicAntenna  )

◆ Define_Module() [62/95]

inet::physicallayer::Define_Module ( IsotropicDimensionalBackgroundNoise  )

◆ Define_Module() [63/95]

inet::physicallayer::Define_Module ( IsotropicScalarBackgroundNoise  )

◆ Define_Module() [64/95]

inet::physicallayer::Define_Module ( LayeredDimensionalAnalogModel  )

◆ Define_Module() [65/95]

inet::physicallayer::Define_Module ( LayeredScalarAnalogModel  )

◆ Define_Module() [66/95]

inet::physicallayer::Define_Module ( LogNormalShadowing  )

◆ Define_Module() [67/95]

inet::physicallayer::Define_Module ( MapCommunicationCache  )

◆ Define_Module() [68/95]

inet::physicallayer::Define_Module ( MediumLimitCache  )

◆ Define_Module() [69/95]

inet::physicallayer::Define_Module ( NakagamiFading  )

◆ Define_Module() [70/95]

inet::physicallayer::Define_Module ( NarrowbandRadioBase  )

◆ Define_Module() [71/95]

inet::physicallayer::Define_Module ( NeighborListNeighborCache  )

◆ Define_Module() [72/95]

inet::physicallayer::Define_Module ( NoiseDimensionalTransmitter  )

◆ Define_Module() [73/95]

inet::physicallayer::Define_Module ( NoiseSource  )

◆ Define_Module() [74/95]

inet::physicallayer::Define_Module ( ParabolicAntenna  )

◆ Define_Module() [75/95]

inet::physicallayer::Define_Module ( QuadTreeNeighborCache  )

◆ Define_Module() [76/95]

inet::physicallayer::Define_Module ( Radio  )

◆ Define_Module() [77/95]

inet::physicallayer::Define_Module ( RadioMedium  )

◆ Define_Module() [78/95]

inet::physicallayer::Define_Module ( RayleighFading  )

◆ Define_Module() [79/95]

inet::physicallayer::Define_Module ( ReferenceCommunicationCache  )

◆ Define_Module() [80/95]

inet::physicallayer::Define_Module ( RicianFading  )

◆ Define_Module() [81/95]

inet::physicallayer::Define_Module ( ScalarAnalogModel  )

◆ Define_Module() [82/95]

inet::physicallayer::Define_Module ( ShortcutRadio  )

◆ Define_Module() [83/95]

inet::physicallayer::Define_Module ( StateBasedCcEnergyConsumer  )

◆ Define_Module() [84/95]

inet::physicallayer::Define_Module ( StateBasedEpEnergyConsumer  )

◆ Define_Module() [85/95]

inet::physicallayer::Define_Module ( StochasticErrorModel  )

◆ Define_Module() [86/95]

inet::physicallayer::Define_Module ( StochasticLayeredErrorModel  )

◆ Define_Module() [87/95]

inet::physicallayer::Define_Module ( SuiPathLoss  )

◆ Define_Module() [88/95]

inet::physicallayer::Define_Module ( TwoRayGroundReflection  )

◆ Define_Module() [89/95]

inet::physicallayer::Define_Module ( TwoRayInterference  )

◆ Define_Module() [90/95]

inet::physicallayer::Define_Module ( UnitDiskAnalogModel  )

◆ Define_Module() [91/95]

inet::physicallayer::Define_Module ( UnitDiskRadio  )

◆ Define_Module() [92/95]

inet::physicallayer::Define_Module ( UnitDiskReceiver  )

◆ Define_Module() [93/95]

inet::physicallayer::Define_Module ( UnitDiskTransmitter  )

◆ Define_Module() [94/95]

inet::physicallayer::Define_Module ( VectorCommunicationCache  )

◆ Define_Module() [95/95]

inet::physicallayer::Define_Module ( WireJunction  )

◆ doParsimPacking() [1/35]

void inet::physicallayer::doParsimPacking ( omnetpp::cCommBuffer *  b,
const ConfigureRadioCommand &  obj 
)
inline
130 {obj.parsimPack(b);}

◆ doParsimPacking() [2/35]

void inet::physicallayer::doParsimPacking ( omnetpp::cCommBuffer *  b,
const EthernetFilledIfgSignal &  obj 
)
inline
207 {obj.parsimPack(b);}

◆ doParsimPacking() [3/35]

void inet::physicallayer::doParsimPacking ( omnetpp::cCommBuffer *  b,
const EthernetFragmentPhyHeader &  obj 
)
inline
222 {obj.parsimPack(b);}

◆ doParsimPacking() [4/35]

void inet::physicallayer::doParsimPacking ( omnetpp::cCommBuffer *  b,
const EthernetJamSignal &  obj 
)
inline
170 {obj.parsimPack(b);}

◆ doParsimPacking() [5/35]

void inet::physicallayer::doParsimPacking ( omnetpp::cCommBuffer *  b,
const EthernetPhyHeader &  obj 
)
inline
127 {obj.parsimPack(b);}

◆ doParsimPacking() [6/35]

void inet::physicallayer::doParsimPacking ( omnetpp::cCommBuffer *  b,
const EthernetPhyHeaderBase &  obj 
)
inline
84 {obj.parsimPack(b);}

◆ doParsimPacking() [7/35]

void inet::physicallayer::doParsimPacking ( omnetpp::cCommBuffer *  b,
const EthernetPhyHeaderType &  e 
)
inline
156 { b->pack(static_cast<int>(e)); }

◆ doParsimPacking() [8/35]

void inet::physicallayer::doParsimPacking ( omnetpp::cCommBuffer *  b,
const EthernetSignal &  obj 
)
inline
130 {obj.parsimPack(b);}

◆ doParsimPacking() [9/35]

void inet::physicallayer::doParsimPacking ( omnetpp::cCommBuffer *  b,
const EthernetSignalBase &  obj 
)
inline
96 {obj.parsimPack(b);}

◆ doParsimPacking() [10/35]

void inet::physicallayer::doParsimPacking ( omnetpp::cCommBuffer *  b,
const Ieee80211ChannelInd &  obj 
)
inline
271 {obj.parsimPack(b);}

◆ doParsimPacking() [11/35]

void inet::physicallayer::doParsimPacking ( omnetpp::cCommBuffer *  b,
const Ieee80211ChannelReq &  obj 
)
inline
236 {obj.parsimPack(b);}

◆ doParsimPacking() [12/35]

void inet::physicallayer::doParsimPacking ( omnetpp::cCommBuffer *  b,
const Ieee80211ChannelTagBase &  obj 
)
inline
201 {obj.parsimPack(b);}

◆ doParsimPacking() [13/35]

void inet::physicallayer::doParsimPacking ( omnetpp::cCommBuffer *  b,
const Ieee80211ConfigureRadioCommand &  obj 
)
inline
116 {obj.parsimPack(b);}

◆ doParsimPacking() [14/35]

void inet::physicallayer::doParsimPacking ( omnetpp::cCommBuffer *  b,
const Ieee80211DsssPhyHeader &  obj 
)
inline
382 {obj.parsimPack(b);}

◆ doParsimPacking() [15/35]

void inet::physicallayer::doParsimPacking ( omnetpp::cCommBuffer *  b,
const Ieee80211DsssPhyPreamble &  obj 
)
inline
329 {obj.parsimPack(b);}

◆ doParsimPacking() [16/35]

void inet::physicallayer::doParsimPacking ( omnetpp::cCommBuffer *  b,
const Ieee80211ErpOfdmPhyHeader &  obj 
)
inline
622 {obj.parsimPack(b);}

◆ doParsimPacking() [17/35]

void inet::physicallayer::doParsimPacking ( omnetpp::cCommBuffer *  b,
const Ieee80211ErpOfdmPhyPreamble &  obj 
)
inline
591 {obj.parsimPack(b);}

◆ doParsimPacking() [18/35]

void inet::physicallayer::doParsimPacking ( omnetpp::cCommBuffer *  b,
const Ieee80211FhssPhyHeader &  obj 
)
inline
218 {obj.parsimPack(b);}

◆ doParsimPacking() [19/35]

void inet::physicallayer::doParsimPacking ( omnetpp::cCommBuffer *  b,
const Ieee80211FhssPhyPreamble &  obj 
)
inline
166 {obj.parsimPack(b);}

◆ doParsimPacking() [20/35]

void inet::physicallayer::doParsimPacking ( omnetpp::cCommBuffer *  b,
const Ieee80211HrDsssPhyHeader &  obj 
)
inline
447 {obj.parsimPack(b);}

◆ doParsimPacking() [21/35]

void inet::physicallayer::doParsimPacking ( omnetpp::cCommBuffer *  b,
const Ieee80211HrDsssPhyPreamble &  obj 
)
inline
416 {obj.parsimPack(b);}

◆ doParsimPacking() [22/35]

void inet::physicallayer::doParsimPacking ( omnetpp::cCommBuffer *  b,
const Ieee80211HtPhyHeader &  obj 
)
inline
687 {obj.parsimPack(b);}

◆ doParsimPacking() [23/35]

void inet::physicallayer::doParsimPacking ( omnetpp::cCommBuffer *  b,
const Ieee80211HtPhyPreamble &  obj 
)
inline
656 {obj.parsimPack(b);}

◆ doParsimPacking() [24/35]

void inet::physicallayer::doParsimPacking ( omnetpp::cCommBuffer *  b,
const Ieee80211IrPhyHeader &  obj 
)
inline
294 {obj.parsimPack(b);}

◆ doParsimPacking() [25/35]

void inet::physicallayer::doParsimPacking ( omnetpp::cCommBuffer *  b,
const Ieee80211IrPhyPreamble &  obj 
)
inline
252 {obj.parsimPack(b);}

◆ doParsimPacking() [26/35]

void inet::physicallayer::doParsimPacking ( omnetpp::cCommBuffer *  b,
const Ieee80211ModeInd &  obj 
)
inline
162 {obj.parsimPack(b);}

◆ doParsimPacking() [27/35]

void inet::physicallayer::doParsimPacking ( omnetpp::cCommBuffer *  b,
const Ieee80211ModeReq &  obj 
)
inline
127 {obj.parsimPack(b);}

◆ doParsimPacking() [28/35]

void inet::physicallayer::doParsimPacking ( omnetpp::cCommBuffer *  b,
const Ieee80211ModeTagBase &  obj 
)
inline
92 {obj.parsimPack(b);}

◆ doParsimPacking() [29/35]

void inet::physicallayer::doParsimPacking ( omnetpp::cCommBuffer *  b,
const Ieee80211OfdmPhyHeader &  obj 
)
inline
557 {obj.parsimPack(b);}

◆ doParsimPacking() [30/35]

void inet::physicallayer::doParsimPacking ( omnetpp::cCommBuffer *  b,
const Ieee80211OfdmPhyPreamble &  obj 
)
inline
481 {obj.parsimPack(b);}

◆ doParsimPacking() [31/35]

void inet::physicallayer::doParsimPacking ( omnetpp::cCommBuffer *  b,
const Ieee80211PhyHeader &  obj 
)
inline
131 {obj.parsimPack(b);}

◆ doParsimPacking() [32/35]

void inet::physicallayer::doParsimPacking ( omnetpp::cCommBuffer *  b,
const Ieee80211PhyPreamble &  obj 
)
inline
94 {obj.parsimPack(b);}

◆ doParsimPacking() [33/35]

void inet::physicallayer::doParsimPacking ( omnetpp::cCommBuffer *  b,
const Ieee80211VhtPhyHeader &  obj 
)
inline
751 {obj.parsimPack(b);}

◆ doParsimPacking() [34/35]

void inet::physicallayer::doParsimPacking ( omnetpp::cCommBuffer *  b,
const Ieee80211VhtPhyPreamble &  obj 
)
inline
720 {obj.parsimPack(b);}

◆ doParsimPacking() [35/35]

void inet::physicallayer::doParsimPacking ( omnetpp::cCommBuffer *  b,
const RadioCommandCode &  e 
)
inline
65 { b->pack(static_cast<int>(e)); }

◆ doParsimUnpacking() [1/35]

void inet::physicallayer::doParsimUnpacking ( omnetpp::cCommBuffer *  b,
ConfigureRadioCommand &  obj 
)
inline
131 {obj.parsimUnpack(b);}

◆ doParsimUnpacking() [2/35]

void inet::physicallayer::doParsimUnpacking ( omnetpp::cCommBuffer *  b,
EthernetFilledIfgSignal &  obj 
)
inline
208 {obj.parsimUnpack(b);}

◆ doParsimUnpacking() [3/35]

void inet::physicallayer::doParsimUnpacking ( omnetpp::cCommBuffer *  b,
EthernetFragmentPhyHeader &  obj 
)
inline
223 {obj.parsimUnpack(b);}

◆ doParsimUnpacking() [4/35]

void inet::physicallayer::doParsimUnpacking ( omnetpp::cCommBuffer *  b,
EthernetJamSignal &  obj 
)
inline
171 {obj.parsimUnpack(b);}

◆ doParsimUnpacking() [5/35]

void inet::physicallayer::doParsimUnpacking ( omnetpp::cCommBuffer *  b,
EthernetPhyHeader &  obj 
)
inline
128 {obj.parsimUnpack(b);}

◆ doParsimUnpacking() [6/35]

void inet::physicallayer::doParsimUnpacking ( omnetpp::cCommBuffer *  b,
EthernetPhyHeaderBase &  obj 
)
inline
85 {obj.parsimUnpack(b);}

◆ doParsimUnpacking() [7/35]

void inet::physicallayer::doParsimUnpacking ( omnetpp::cCommBuffer *  b,
EthernetPhyHeaderType &  e 
)
inline
157 { int n; b->unpack(n); e = static_cast<EthernetPhyHeaderType>(n); }

◆ doParsimUnpacking() [8/35]

void inet::physicallayer::doParsimUnpacking ( omnetpp::cCommBuffer *  b,
EthernetSignal &  obj 
)
inline
131 {obj.parsimUnpack(b);}

◆ doParsimUnpacking() [9/35]

void inet::physicallayer::doParsimUnpacking ( omnetpp::cCommBuffer *  b,
EthernetSignalBase &  obj 
)
inline
97 {obj.parsimUnpack(b);}

◆ doParsimUnpacking() [10/35]

void inet::physicallayer::doParsimUnpacking ( omnetpp::cCommBuffer *  b,
Ieee80211ChannelInd &  obj 
)
inline
272 {obj.parsimUnpack(b);}

◆ doParsimUnpacking() [11/35]

void inet::physicallayer::doParsimUnpacking ( omnetpp::cCommBuffer *  b,
Ieee80211ChannelReq &  obj 
)
inline
237 {obj.parsimUnpack(b);}

◆ doParsimUnpacking() [12/35]

void inet::physicallayer::doParsimUnpacking ( omnetpp::cCommBuffer *  b,
Ieee80211ChannelTagBase &  obj 
)
inline
202 {obj.parsimUnpack(b);}

◆ doParsimUnpacking() [13/35]

void inet::physicallayer::doParsimUnpacking ( omnetpp::cCommBuffer *  b,
Ieee80211ConfigureRadioCommand &  obj 
)
inline
117 {obj.parsimUnpack(b);}

◆ doParsimUnpacking() [14/35]

void inet::physicallayer::doParsimUnpacking ( omnetpp::cCommBuffer *  b,
Ieee80211DsssPhyHeader &  obj 
)
inline
383 {obj.parsimUnpack(b);}

◆ doParsimUnpacking() [15/35]

void inet::physicallayer::doParsimUnpacking ( omnetpp::cCommBuffer *  b,
Ieee80211DsssPhyPreamble &  obj 
)
inline
330 {obj.parsimUnpack(b);}

◆ doParsimUnpacking() [16/35]

void inet::physicallayer::doParsimUnpacking ( omnetpp::cCommBuffer *  b,
Ieee80211ErpOfdmPhyHeader &  obj 
)
inline
623 {obj.parsimUnpack(b);}

◆ doParsimUnpacking() [17/35]

void inet::physicallayer::doParsimUnpacking ( omnetpp::cCommBuffer *  b,
Ieee80211ErpOfdmPhyPreamble &  obj 
)
inline
592 {obj.parsimUnpack(b);}

◆ doParsimUnpacking() [18/35]

void inet::physicallayer::doParsimUnpacking ( omnetpp::cCommBuffer *  b,
Ieee80211FhssPhyHeader &  obj 
)
inline
219 {obj.parsimUnpack(b);}

◆ doParsimUnpacking() [19/35]

void inet::physicallayer::doParsimUnpacking ( omnetpp::cCommBuffer *  b,
Ieee80211FhssPhyPreamble &  obj 
)
inline
167 {obj.parsimUnpack(b);}

◆ doParsimUnpacking() [20/35]

void inet::physicallayer::doParsimUnpacking ( omnetpp::cCommBuffer *  b,
Ieee80211HrDsssPhyHeader &  obj 
)
inline
448 {obj.parsimUnpack(b);}

◆ doParsimUnpacking() [21/35]

void inet::physicallayer::doParsimUnpacking ( omnetpp::cCommBuffer *  b,
Ieee80211HrDsssPhyPreamble &  obj 
)
inline
417 {obj.parsimUnpack(b);}

◆ doParsimUnpacking() [22/35]

void inet::physicallayer::doParsimUnpacking ( omnetpp::cCommBuffer *  b,
Ieee80211HtPhyHeader &  obj 
)
inline
688 {obj.parsimUnpack(b);}

◆ doParsimUnpacking() [23/35]

void inet::physicallayer::doParsimUnpacking ( omnetpp::cCommBuffer *  b,
Ieee80211HtPhyPreamble &  obj 
)
inline
657 {obj.parsimUnpack(b);}

◆ doParsimUnpacking() [24/35]

void inet::physicallayer::doParsimUnpacking ( omnetpp::cCommBuffer *  b,
Ieee80211IrPhyHeader &  obj 
)
inline
295 {obj.parsimUnpack(b);}

◆ doParsimUnpacking() [25/35]

void inet::physicallayer::doParsimUnpacking ( omnetpp::cCommBuffer *  b,
Ieee80211IrPhyPreamble &  obj 
)
inline
253 {obj.parsimUnpack(b);}

◆ doParsimUnpacking() [26/35]

void inet::physicallayer::doParsimUnpacking ( omnetpp::cCommBuffer *  b,
Ieee80211ModeInd &  obj 
)
inline
163 {obj.parsimUnpack(b);}

◆ doParsimUnpacking() [27/35]

void inet::physicallayer::doParsimUnpacking ( omnetpp::cCommBuffer *  b,
Ieee80211ModeReq &  obj 
)
inline
128 {obj.parsimUnpack(b);}

◆ doParsimUnpacking() [28/35]

void inet::physicallayer::doParsimUnpacking ( omnetpp::cCommBuffer *  b,
Ieee80211ModeTagBase &  obj 
)
inline
93 {obj.parsimUnpack(b);}

◆ doParsimUnpacking() [29/35]

void inet::physicallayer::doParsimUnpacking ( omnetpp::cCommBuffer *  b,
Ieee80211OfdmPhyHeader &  obj 
)
inline
558 {obj.parsimUnpack(b);}

◆ doParsimUnpacking() [30/35]

void inet::physicallayer::doParsimUnpacking ( omnetpp::cCommBuffer *  b,
Ieee80211OfdmPhyPreamble &  obj 
)
inline
482 {obj.parsimUnpack(b);}

◆ doParsimUnpacking() [31/35]

void inet::physicallayer::doParsimUnpacking ( omnetpp::cCommBuffer *  b,
Ieee80211PhyHeader &  obj 
)
inline
132 {obj.parsimUnpack(b);}

◆ doParsimUnpacking() [32/35]

void inet::physicallayer::doParsimUnpacking ( omnetpp::cCommBuffer *  b,
Ieee80211PhyPreamble &  obj 
)
inline
95 {obj.parsimUnpack(b);}

◆ doParsimUnpacking() [33/35]

void inet::physicallayer::doParsimUnpacking ( omnetpp::cCommBuffer *  b,
Ieee80211VhtPhyHeader &  obj 
)
inline
752 {obj.parsimUnpack(b);}

◆ doParsimUnpacking() [34/35]

void inet::physicallayer::doParsimUnpacking ( omnetpp::cCommBuffer *  b,
Ieee80211VhtPhyPreamble &  obj 
)
inline
721 {obj.parsimUnpack(b);}

◆ doParsimUnpacking() [35/35]

void inet::physicallayer::doParsimUnpacking ( omnetpp::cCommBuffer *  b,
RadioCommandCode &  e 
)
inline
66 { int n; b->unpack(n); e = static_cast<RadioCommandCode>(n); }

◆ maxIgnoreNaN() [1/2]

double inet::physicallayer::maxIgnoreNaN ( double  a,
double  b 
)
inline
42 {
43  if (std::isnan(a))
44  return b;
45  else if (std::isnan(b))
46  return a;
47  else if (a > b)
48  return a;
49  else
50  return b;
51 }

◆ maxIgnoreNaN() [2/2]

template<typename T >
T inet::physicallayer::maxIgnoreNaN ( T  a,
T  b 
)
inline
30 {
31  if (std::isnan(a.get()))
32  return b;
33  else if (std::isnan(b.get()))
34  return a;
35  else if (a > b)
36  return a;
37  else
38  return b;
39 }

Referenced by inet::physicallayer::MediumLimitCache::computeMaxAntennaGain(), inet::physicallayer::MediumLimitCache::computeMaxCommunicationRange(), inet::physicallayer::MediumLimitCache::computeMaxInterferenceRange(), inet::physicallayer::MediumLimitCache::computeMaxSpeed(), and inet::physicallayer::MediumLimitCache::computeMaxTransmissionPower().

◆ minIgnoreNaN()

template<typename T >
T inet::physicallayer::minIgnoreNaN ( T  a,
T  b 
)
inline
18 {
19  if (std::isnan(a.get()))
20  return b;
21  else if (std::isnan(b.get()))
22  return a;
23  else if (a < b)
24  return a;
25  else
26  return b;
27 }

Referenced by inet::physicallayer::MediumLimitCache::computeMinInterferencePower(), and inet::physicallayer::MediumLimitCache::computeMinReceptionPower().

◆ operator<<() [1/2]

std::ostream& inet::physicallayer::operator<< ( std::ostream &  os,
cMessage *  msg 
)
inline
17 {
18  os << "(" << msg->getClassName() << ")" << msg->getFullName();
19  return os;
20 }

◆ operator<<() [2/2]

std::ostream& inet::physicallayer::operator<< ( std::ostream &  out,
const Ieee80211OfdmSymbol &  symbol 
)
22 {
23  if (symbol.subcarrierSymbols[0])
24  out << *symbol.subcarrierSymbols[0];
25  else
26  out << "UNDEFINED SYMBOL";
27  for (unsigned int i = 1; i < symbol.subcarrierSymbols.size(); i++)
28  if (symbol.subcarrierSymbols[i])
29  out << " " << *symbol.subcarrierSymbols[i];
30  else
31  out << " UNDEFINED SYMBOL";
32  return out;
33 }

◆ Register_Abstract_Class()

inet::physicallayer::Register_Abstract_Class ( Ieee80211ModeSet  )

◆ Register_Class()

inet::physicallayer::Register_Class ( Signal  )

◆ Register_Enum() [1/5]

inet::physicallayer::Register_Enum ( inet::physicallayer::IRadio::RadioMode  ,
(IRadio::RADIO_MODE_OFF, IRadio::RADIO_MODE_SLEEP, IRadio::RADIO_MODE_RECEIVER, IRadio::RADIO_MODE_TRANSMITTER, IRadio::RADIO_MODE_TRANSCEIVER, IRadio::RADIO_MODE_SWITCHING)   
)

◆ Register_Enum() [2/5]

inet::physicallayer::Register_Enum ( inet::physicallayer::IRadio::ReceptionState  ,
(IRadio::RECEPTION_STATE_UNDEFINED, IRadio::RECEPTION_STATE_IDLE, IRadio::RECEPTION_STATE_BUSY, IRadio::RECEPTION_STATE_RECEIVING)   
)

◆ Register_Enum() [3/5]

inet::physicallayer::Register_Enum ( inet::physicallayer::IRadio::TransmissionState  ,
(IRadio::TRANSMISSION_STATE_UNDEFINED, IRadio::TRANSMISSION_STATE_IDLE, IRadio::TRANSMISSION_STATE_TRANSMITTING)   
)

◆ Register_Enum() [4/5]

inet::physicallayer::Register_Enum ( inet::physicallayer::IRadioSignal::SignalPart  ,
(IRadioSignal::SIGNAL_PART_NONE, IRadioSignal::SIGNAL_PART_WHOLE, IRadioSignal::SIGNAL_PART_PREAMBLE, IRadioSignal::SIGNAL_PART_HEADER, IRadioSignal::SIGNAL_PART_DATA)   
)

◆ Register_Enum() [5/5]

inet::physicallayer::Register_Enum ( inet::physicallayer::UnitDiskReception::Power  ,
(UnitDiskReception::POWER_UNDETECTABLE, UnitDiskReception::POWER_DETECTABLE, UnitDiskReception::POWER_INTERFERING, UnitDiskReception::POWER_RECEIVABLE)   
)

◆ Register_Serializer() [1/12]

inet::physicallayer::Register_Serializer ( ApskPhyHeader  ,
ApskPhyHeaderSerializer   
)

◆ Register_Serializer() [2/12]

inet::physicallayer::Register_Serializer ( EthernetFragmentPhyHeader  ,
EthernetFragmentPhyHeaderSerializer   
)

◆ Register_Serializer() [3/12]

inet::physicallayer::Register_Serializer ( EthernetPhyHeader  ,
EthernetPhyHeaderSerializer   
)

◆ Register_Serializer() [4/12]

inet::physicallayer::Register_Serializer ( EthernetPhyHeaderBase  ,
EthernetPhyHeaderBaseSerializer   
)

◆ Register_Serializer() [5/12]

inet::physicallayer::Register_Serializer ( Ieee80211DsssPhyHeader  ,
Ieee80211DsssPhyHeaderSerializer   
)

◆ Register_Serializer() [6/12]

inet::physicallayer::Register_Serializer ( Ieee80211ErpOfdmPhyHeader  ,
Ieee80211ErpOfdmPhyHeaderSerializer   
)

◆ Register_Serializer() [7/12]

inet::physicallayer::Register_Serializer ( Ieee80211FhssPhyHeader  ,
Ieee80211FhssPhyHeaderSerializer   
)

◆ Register_Serializer() [8/12]

inet::physicallayer::Register_Serializer ( Ieee80211HrDsssPhyHeader  ,
Ieee80211HrDsssPhyHeaderSerializer   
)

◆ Register_Serializer() [9/12]

inet::physicallayer::Register_Serializer ( Ieee80211HtPhyHeader  ,
Ieee80211HtPhyHeaderSerializer   
)

◆ Register_Serializer() [10/12]

inet::physicallayer::Register_Serializer ( Ieee80211IrPhyHeader  ,
Ieee80211IrPhyHeaderSerializer   
)

◆ Register_Serializer() [11/12]

inet::physicallayer::Register_Serializer ( Ieee80211OfdmPhyHeader  ,
Ieee80211OfdmPhyHeaderSerializer   
)

◆ Register_Serializer() [12/12]

inet::physicallayer::Register_Serializer ( Ieee80211VhtPhyHeader  ,
Ieee80211VhtPhyHeaderSerializer   
)

Variable Documentation

◆ ETHERNET_PHY_HEADER_LEN

const B inet::physicallayer::ETHERNET_PHY_HEADER_LEN = B(8)

◆ k

const double inet::physicallayer::k = 1 / sqrt(682)

Referenced by inet::osm::Tags::add(), inet::Ipv4FlatNetworkConfigurator::addDefaultRoutes(), inet::GateScheduleConfiguratorBase::addFlows(), inet::Ipv4FlatNetworkConfigurator::assignAddresses(), inet::physicallayer::Ieee80211YansErrorModel::binomialCoefficient(), inet::physicallayer::DsssOqpsk16Modulation::calculateBER(), inet::ospfv3::Ospfv3Area::calculateShortestPathTree(), inet::ospfv3::Ospfv3NeighborState::changeState(), inet::FailureProtectionConfigurator::checkLinkFailureProtection(), inet::FailureProtectionConfigurator::checkNodeFailureProtection(), inet::IpvxTrafGen::chooseDestAddr(), inet::UdpBasicApp::chooseDestAddr(), inet::UdpBasicBurst::chooseDestAddr(), inet::physicallayer::ConvolutionalCoder::computeHammingDistanceLookupTable(), inet::Cuboid::computeIntersection(), inet::physicallayer::DielectricObstacleLoss::computeReflectionLoss(), inet::StreamRedundancyConfigurator::computeStreamEncodings(), inet::StreamRedundancyConfigurator::computeStreamSendersAndReceivers(), inet::Ipv6FlatNetworkConfigurator::configureAdvPrefixes(), inet::PimInterfaceTable::configureInterfaces(), inet::TSNschedGateScheduleConfigurator::convertInputToJson(), inet::TSNschedGateScheduleConfigurator::convertJsonToOutput(), inet::ospfv2::Neighbor::createDatabaseSummary(), inet::PatternMatcher::debugStrFrom(), inet::SpatialGrid::decodeRowMajorIndex(), inet::PimPacketSerializer::deserialize(), inet::IgmpHeaderSerializer::deserialize(), inet::bgp::BgpHeaderSerializer::deserialize(), inet::sctp::SctpHeaderSerializer::deserialize(), inet::RsvpTe::doCACCheck(), inet::PatternMatcher::doMatch(), inet::Ipv6ExtHeaderTagBase::dropExtensionHeader(), inet::Ipv6Header::dropExtensionHeader(), inet::tcp::TcpHeader::dropHeaderOption(), inet::Ipv4OptionsTagBase::dropOption(), inet::Ipv6NdOptions::dropOption(), inet::bgp::BgpOpenMessage::dropOptionalParameter(), inet::PimHello::dropOptions(), inet::ospfv2::Ospfv2LinkStateUpdatePacket::dropOspfLSAs(), inet::bgp::BgpUpdateMessage::dropPathAttributes(), inet::TlvOptions::dropTlvOption(), inet::Ipv4NetworkConfigurator::dumpConfig(), inet::PostureTransition::extractMatrixFromSteadyState(), inet::physicallayer::Ieee80211YansErrorModel::factorial(), inet::Ldp::findPeerAddrFromInterface(), inet::ospfv2::Ospfv2Interface::floodLsa(), inet::ospfv3::Ospfv3Interface::floodLSA(), inet::osm::Tags::get(), inet::dymo::RteMsg::getAddedNodeForUpdate(), inet::MacAddress::getAddressByte(), inet::sctp::SctpInitChunk::getAddressesForUpdate(), inet::sctp::SctpInitAckChunk::getAddressesForUpdate(), inet::Ipv6RoutingHeader::getAddressForUpdate(), inet::PingApp::getAllAddresses(), inet::sctp::SctpAsconfChunk::getAsconfParams(), inet::sctp::SctpAsconfChunk_Base::getAsconfParamsForUpdate(), inet::sctp::SctpAsconfAckChunk::getAsconfResponse(), inet::sctp::SctpAsconfAckChunk_Base::getAsconfResponseForUpdate(), inet::ospfv3::Ospfv3NetworkLsa::getAttachedRouterForUpdate(), inet::ospfv2::Ospfv2NetworkLsa::getAttachedRoutersForUpdate(), inet::ieee80211::Ieee80211BasicBlockAck::getBlockAckBitmapForUpdate(), inet::ieee80211::Ieee80211Prim_ScanConfirm::getBssListForUpdate(), inet::DhcpOptions::getDnsForUpdate(), inet::RipPacket::getEntryForUpdate(), inet::Ipv6ExtHeaderTagBase::getExtensionHeaderForUpdate(), inet::Ipv6Header::getExtensionHeaderForUpdate(), inet::ospfv2::Ospfv2AsExternalLsaContents::getExternalTOSInfoForUpdate(), inet::Igmpv3Report::getGroupRecordForUpdate(), inet::tcp::TcpHeader::getHeaderOptionForUpdate(), inet::ospfv3::Ospfv3LinkStateUpdatePacket::getInterAreaPrefixLSAsForUpdate(), inet::eigrp::EigrpDisabledInterfaces::getInterface(), inet::PimInterfaceTable::getInterface(), inet::InterfaceTable::getInterface(), inet::eigrp::EigrpInterfaceTable::getInterface(), inet::EigrpIpv4Message::getInterRoutesForUpdate(), inet::EigrpIpv6Message::getInterRoutesForUpdate(), inet::ospfv3::Ospfv3LinkStateUpdatePacket::getIntraAreaPrefixLSAsForUpdate(), inet::JoinPruneGroup::getJoinedSourceAddressForUpdate(), inet::PimJoinPrune::getJoinPruneGroupsForUpdate(), inet::LinkStateMsg::getLinkInfoForUpdate(), inet::ospfv3::Ospfv3LinkStateUpdatePacket::getLinkLSAsForUpdate(), inet::ospfv2::Ospfv2RouterLsa::getLinksForUpdate(), inet::ospfv2::Ospfv2DatabaseDescriptionPacket::getLsaHeadersForUpdate(), inet::ospfv2::Ospfv2LinkStateAcknowledgementPacket::getLsaHeadersForUpdate(), inet::ospfv3::Ospfv3DatabaseDescriptionPacket::getLsaHeadersForUpdate(), inet::ospfv3::Ospfv3LinkStateAcknowledgementPacket::getLsaHeadersForUpdate(), inet::UdpJoinMulticastGroupsCommand::getMulticastAddrForUpdate(), inet::UdpLeaveMulticastGroupsCommand::getMulticastAddrForUpdate(), inet::Ipv4RoutingTable::getMulticastRoute(), inet::eigrp::EigrpNeighborTable< Ipv4Address >::getNeighbor(), inet::ospfv2::Ospfv2HelloPacket::getNeighborForUpdate(), inet::ospfv3::Ospfv3HelloPacket::getNeighborIDForUpdate(), inet::ospfv3::Ospfv3LinkStateUpdatePacket::getNetworkLSAsForUpdate(), inet::bgp::BgpUpdateMessage::getNLRIForUpdate(), inet::DhcpOptions::getNtpForUpdate(), inet::LMacHeaderBase::getOccupiedSlotsForUpdate(), inet::Ipv4Header::getOption(), inet::bgp::BgpOpenMessage::getOptionalParameterForUpdate(), inet::Ipv4OptionsTagBase::getOptionForUpdate(), inet::Ipv6NdOptions::getOptionForUpdate(), inet::Ipv4Header::getOptionForUpdate(), inet::PimHello::getOptionsForUpdate(), inet::ospfv2::Ospfv2LinkStateUpdatePacket::getOspfLSAsForUpdate(), inet::Ipv4MulticastRoute::getOutInterface(), inet::PacketEventTag::getPacketEventsForUpdate(), inet::sctp::SctpErrorChunk::getParameters(), inet::sctp::SctpStreamResetChunk::getParameters(), inet::sctp::SctpErrorChunk_Base::getParametersForUpdate(), inet::sctp::SctpStreamResetChunk_Base::getParametersForUpdate(), inet::bgp::BgpUpdateMessage::getPathAttributesForUpdate(), inet::StreamRedundancyConfigurator::getPathFragments(), inet::sctp::NatMessage::getPeer1AddressesForUpdate(), inet::sctp::NatMessage::getPeer2AddressesForUpdate(), inet::ospfv3::Ospfv3LinkLsa::getPrefixesForUpdate(), inet::ospfv3::Ospfv3IntraAreaPrefixLsa::getPrefixesForUpdate(), inet::JoinPruneGroup::getPrunedSourceAddressForUpdate(), inet::Ipv4OptionRecordRoute::getRecordAddressForUpdate(), inet::Ipv4OptionTimestamp::getRecordAddressForUpdate(), inet::ospfv2::Ospfv2LinkStateRequestPacket::getRequestsForUpdate(), inet::ospfv3::Ospfv3LinkStateRequestPacket::getRequestsForUpdate(), inet::eigrp::EigrpTopologyTable< Ipv4Address >::getRoute(), inet::NextHopRoutingTable::getRoute(), inet::Ipv4RoutingTable::getRoute(), inet::eigrp::EigrpTopologyTable< Ipv4Address >::getRouteInfo(), inet::DhcpOptions::getRouterForUpdate(), inet::ospfv3::Ospfv3LinkStateUpdatePacket::getRouterLSAsForUpdate(), inet::ospfv3::Ospfv3RouterLsa::getRoutersForUpdate(), inet::EigrpMsgReq_Base::getRoutesForUpdate(), inet::tcp::TcpOptionSack::getSackItemForUpdate(), inet::sctp::SctpHeader::getSctpChunks(), inet::sctp::SctpHeader_Base::getSctpChunksForUpdate(), inet::AddressListOption::getSecondaryAddressesForUpdate(), inet::UdpBlockMulticastSourcesCommand::getSourceListForUpdate(), inet::UdpUnblockMulticastSourcesCommand::getSourceListForUpdate(), inet::UdpJoinMulticastSourcesCommand::getSourceListForUpdate(), inet::UdpLeaveMulticastSourcesCommand::getSourceListForUpdate(), inet::UdpSetMulticastSourceFilterCommand::getSourceListForUpdate(), inet::osm::Node::getTag(), inet::osm::Way::getTag(), inet::osm::Relation::getTag(), inet::TlvOptions::getTlvOptionForUpdate(), inet::ospfv2::Ospfv2Link::getTosDataForUpdate(), inet::ospfv2::Ospfv2SummaryLsa::getTosDataForUpdate(), inet::dymo::Rerr::getUnreachableNodeForUpdate(), inet::aodv::Rerr::getUnreachableNodesForUpdate(), inet::bgp::BgpUpdatePathAttributesAsPath::getValueForUpdate(), inet::bgp::BgpUpdateMessage::getWithdrawnRoutesForUpdate(), inet::SctpServer::handleMessage(), inet::SctpPeer::handleMessage(), inet::SctpNatPeer::handleMessage(), inet::physicallayer::ConvolutionalCoder::inputSymbolToOutputSymbol(), inet::SpatialGrid::insertObject(), inet::sctp::SctpHeader::insertSctpChunks(), inet::Macho::Alias::isChild(), inet::Macho::Alias::isParent(), inet::Ipv6InterfaceData::isTentativeAddress(), inet::Udp::joinMulticastGroups(), inet::Macho::MachoLink< C, P >::key(), inet::visualizer::NetworkNodeCanvasVisualization::layout(), inet::math::n_choose_k(), inet::ospfv2::Router::notifyAboutRoutingTableChanges(), inet::osm::OpenStreetMap::parseTags(), inet::Ipv6InterfaceData::permanentlyAssign(), inet::ospfv3::Ospfv3Interface::prepareHello(), inet::bgp::BgpRouter::printUpdateMessage(), inet::bgp::BgpRouter::processMessage(), inet::SpatialGrid::rangeQuery(), inet::MoBanCoordinator::readConfigurationFile(), inet::Ipv4NetworkConfigurator::readMulticastGroupConfiguration(), inet::ospfv3::Ospfv3Process::rebuildRoutingTable(), inet::LinkStateRouting::receiveSignal(), inet::Ipv6InterfaceData::removeAddress(), inet::sctp::SctpHeader::replaceSctpChunk(), inet::SpatialGrid::rowMajorIndex(), inet::FailureProtectionConfigurator::selectBestTreeSubset(), inet::ospfv2::Ospfv2Interface::sendHelloPacket(), inet::sctp::SctpAssociation::sendInit(), inet::sctp::SctpAssociation::sendInitAck(), inet::Rip::sendRoutes(), inet::PimPacketSerializer::serialize(), inet::bgp::BgpHeaderSerializer::serialize(), inet::sctp::SctpHeaderSerializer::serialize(), inet::MacAddress::setAddressByte(), inet::sctp::SctpHeader::setSctpChunks(), inet::physicallayer::ConvolutionalCoder::setTransferFunctionMatrix(), inet::EtherAppServer::socketDataArrived(), inet::Rip::startRIPRouting(), inet::MacAddress::tryParse(), inet::Ipv4NetworkConfigurator::tryToMergeTwoRoutes(), inet::AdaptiveProbabilisticBroadcast::updateBeta(), inet::Ipv4RoutingTable::updateNetmaskRoutes(), inet::ospfv3::Ospfv3Area::~Ospfv3Area(), inet::ospfv3::Ospfv3Process::~Ospfv3Process(), and inet::ospfv2::Router::~Router().

inet::physicallayer::IEEE80211_HRDSSS_PREAMBLE_TYPE_SHORT
@ IEEE80211_HRDSSS_PREAMBLE_TYPE_SHORT
Definition: Ieee80211HrDsssMode.h:20
inet::physicallayer::SMD_Cx
@ SMD_Cx
Definition: EthernetPhyHeader_m.h:153
inet::units::constants::e
const value< double, units::C > e(1.602176487e-19)
inet::physicallayer::EthernetPhyHeaderType
EthernetPhyHeaderType
Enum generated from inet/physicallayer/wired/ethernet/EthernetPhyHeader.msg:41 by opp_msgtool.
Definition: EthernetPhyHeader_m.h:147
inet::physicallayer::SMD_Respond
@ SMD_Respond
Definition: EthernetPhyHeader_m.h:151
inet::physicallayer::SMD_E
@ SMD_E
Definition: EthernetPhyHeader_m.h:149
inet::physicallayer::SFD
@ SFD
Definition: EthernetPhyHeader_m.h:148
inet::physicallayer::IEEE80211_HRDSSS_PREAMBLE_TYPE_LONG
@ IEEE80211_HRDSSS_PREAMBLE_TYPE_LONG
Definition: Ieee80211HrDsssMode.h:21
inet::physicallayer::SMD_Sx
@ SMD_Sx
Definition: EthernetPhyHeader_m.h:152
inet::units::values::b
value< int64_t, units::b > b
Definition: Units.h:1241
inet::physicallayer::RADIO_C_CONFIGURE
@ RADIO_C_CONFIGURE
Definition: RadioControlInfo_m.h:62
inet::physicallayer::RadioCommandCode
RadioCommandCode
Enum generated from inet/physicallayer/wireless/common/contract/packetlevel/RadioControlInfo....
Definition: RadioControlInfo_m.h:61
inet::physicallayer::SMD_Verify
@ SMD_Verify
Definition: EthernetPhyHeader_m.h:150