Uses of Class
edu.cmu.emulator.world.Antenna

Packages that use Antenna

edu.cmu.emulator	Contains the main classes required by the Emulator.
edu.cmu.emulator.appServer
edu.cmu.emulator.signal	The emulator's virtualized signal propagation environment.
edu.cmu.emulator.vis	The emulator visualizer.
edu.cmu.emulator.world	Implements the emulator's virtual physical environment.

Uses of Antenna in edu.cmu.emulator

Methods in edu.cmu.emulator that return Antenna

private Antenna[]

ConfigFileParser.getAntennaList(EmuNode[] nodes)

Uses of Antenna in edu.cmu.emulator.appServer

Fields in edu.cmu.emulator.appServer with type parameters of type Antenna

(package private) ArrayList<Antenna>

GUIWebRunner.antennas

Methods in edu.cmu.emulator.appServer with parameters of type Antenna

private edu.cmu.emulator.appVis.info.AntennaInfo	GUIWebRunner.getAntennaInfo(Antenna a, int index)
private PathBasedChannelModel	GUIWebRunner.getChannelModel(Antenna srcAntenna, Antenna destAntenna)
private int	GUIWebRunner.registerAntenna(Antenna antenna)

Uses of Antenna in edu.cmu.emulator.signal

Fields in edu.cmu.emulator.signal declared as Antenna

protected Antenna[]	SignalEnvironment.antennas
protected Antenna	Channel.dest
protected Antenna	RiceanFadingModel.destAntenna
protected Antenna	GeoFadingModel.destAntenna
protected Antenna	GeoFadingSpectrum.receiver Receiver
protected Antenna	Channel.src
protected Antenna	RiceanFadingModel.srcAntenna
protected Antenna	GeoFadingModel.srcAntenna
protected Antenna	GeoFadingSpectrum.transmitter Trasmitter

Methods in edu.cmu.emulator.signal that return Antenna

Antenna	SignalEnvironment.getAntenna(int index)
Antenna	Channel.getDest() Returns the destination antenna of this channel object.
Antenna	Channel.getSource() Returns the source antenna of this channel object.

Methods in edu.cmu.emulator.signal with parameters of type Antenna

private double	LogDistanceLossModel.getAddLoss(Antenna a1, Antenna a2)
Channel	SignalEnvironment.getChannel(Antenna srcAntenna, Antenna destAntenna)
int	DelayModel.getDelay(Antenna a1, Antenna a2, long timeMillis)
int	ManualDelayModel.getDelay(Antenna a1, Antenna a2, long timeMillis)
int	NullDelayModel.getDelay(Antenna a1, Antenna a2, long timeMillis)
int	FixedDelayModel.getDelay(Antenna a1, Antenna a2, long timeMillis)
double	ManualPathController.getExistingLoss(Antenna srcAnt, Antenna destAnt)
double	LogDistanceLossModel.getLoss(Antenna a1, Antenna a2, long timeMillis)
double	TimePlaybackLossModel.getLoss(Antenna a1, Antenna a2, long timeMillis)
double	LossModel.getLoss(Antenna a1, Antenna a2, long timeMillis)
double	ManualLossModel.getLoss(Antenna a1, Antenna a2, long timeMillis)
double	FadingModel.getLossI(Antenna a1, Antenna a2, long timeMillis)
double	TestFadingModel.getLossI(Antenna a1, Antenna a2, long timeMillis)
double	RiceanFadingModel.getLossI(Antenna a1, Antenna a2, long timeMillis) Calculate the current fading for this fading model instance at the time given.
double	NullFadingModel.getLossI(Antenna a1, Antenna a2, long timeMillis)
double	GeoFadingModel.getLossI(Antenna a1, Antenna a2, long timeMillis) Calculate the current fading for this fading model instance at the time given.
double	FadingModel.getLossQ(Antenna a1, Antenna a2, long timeMillis)
double	TestFadingModel.getLossQ(Antenna a1, Antenna a2, long timeMillis)
double	RiceanFadingModel.getLossQ(Antenna a1, Antenna a2, long timeMillis) Calculate the current fading for this fading model instance at the time given.
double	NullFadingModel.getLossQ(Antenna a1, Antenna a2, long timeMillis)
double	GeoFadingModel.getLossQ(Antenna a1, Antenna a2, long timeMillis) Calculate the current fading for this fading model instance at the time given.
int	DelayModel.getMaxDelay(Antenna a1, Antenna a2)
int	ManualDelayModel.getMaxDelay(Antenna a1, Antenna a2)
int	NullDelayModel.getMaxDelay(Antenna a1, Antenna a2)
int	FixedDelayModel.getMaxDelay(Antenna a1, Antenna a2)
int	DelayModel.getMinDelay(Antenna a1, Antenna a2)
int	ManualDelayModel.getMinDelay(Antenna a1, Antenna a2)
int	NullDelayModel.getMinDelay(Antenna a1, Antenna a2)
int	FixedDelayModel.getMinDelay(Antenna a1, Antenna a2)

Constructors in edu.cmu.emulator.signal with parameters of type Antenna

Channel(Antenna src, Antenna dest)
Constructor.

GeoFadingSpectrum(Antenna srcAntenna, Antenna destAntenna)
Constructor.

SignalEnvironment(DSPConfiguration dspConfig, EmuHWConfiguration emuHWConfig, Antenna[] antennas)

Uses of Antenna in edu.cmu.emulator.vis

Fields in edu.cmu.emulator.vis declared as Antenna

private Antenna	ChannelView.dest_Antenna
private Antenna	SigGraphViewer.destAntenna
private Antenna	ChannelView.src_Antenna
private Antenna	SigGraphViewer.srcAntenna

Methods in edu.cmu.emulator.vis with parameters of type Antenna

void	SigGraphViewer.start(SignalEnvironment sigEnv, Antenna srcAntenna, Antenna destAntenna)
void	SigGraphViewer.start(SignalEnvironment sigEnv, Antenna srcAntenna, Antenna destAntenna, int x, int y)

Constructors in edu.cmu.emulator.vis with parameters of type Antenna

ChannelView(String srcNode, int srcAntennaNum, Antenna srcAntenna, String destNode, int destAntennaNum, Antenna destAntenna, int numPaths, PathBasedChannelModel cm, SignalEnvironment sigEnv)

Uses of Antenna in edu.cmu.emulator.world

Subclasses of Antenna in edu.cmu.emulator.world

class	IsotropicAntenna Implementation of the behavior of an Isotropic antenna.
class	SectionalAntenna Implementation of the behavior of a Directional antenna: Sectional antenna.
class	YagiAntenna Implementation of the behavior of a Directional antenna: Yagi antenna.

Fields in edu.cmu.emulator.world declared as Antenna

protected Antenna[]	EmuNIC.antennas
protected Antenna[]	EmuNode.antennas

Methods in edu.cmu.emulator.world that return Antenna

Antenna	EmuNode.changeAntenna(String type)
Antenna	EmuNode.changeNodeAntenna(String type)
Antenna	EmuNIC.getAntenna(int index)
Antenna	EmuNode.getAntenna(int index)
private Antenna[]	NodeDefParser.parseAntennaDef(EmuNIC emuNIC, Element nic)

Methods in edu.cmu.emulator.world with parameters of type Antenna

void	EmuNIC.setAntennas(Antenna[] antennas)