Uses of Class
org.mates.sim.Host

Packages that use Host

org.mates.sim
org.mates.sim.event.agent
org.mates.sim.event.host
org.mates.sim.models
org.mates.sim.models.cpu
org.mates.sim.models.link
org.mates.sim.models.mobility
org.mates.sim.models.transport
org.mates.sim.network
org.mates.ui.graphical

Uses of Host in org.mates.sim

Fields in org.mates.sim declared as Host

Host	Simulator.MigrationInfo.source The host from which this agent is being transmitted
Host	Simulator.MigrationInfo.destination The host to which this agent is being transmitted
protected Host	Agent.host The current host on which this agent resides.

Methods in org.mates.sim that return Host

Host	Agent.getHost() Returns the current host this agent is on.

Methods in org.mates.sim with parameters of type Host

void	Simulator.addHost(Host host) Adds a host to the simulator
void	Simulator.removeHost(Host host) Removes a host from the simulator.
double	Simulator.getLinkQuality(Host host1, Host host2) Returns the link quality between two hosts, according to the link model.
java.util.Vector	Simulator.getNeighbors(Host host) Returns the neighbors of a host.
boolean	Simulator.migrate(Agent agent, Host destination) Initiates an agent migration.
void	Simulator.hostClicked(Host host, java.awt.event.MouseEvent mouse_event) Raises a new HostClickedEvent.
protected boolean	Agent.migrate(Host new_host) Instructs this agent to migrate to a new host.
void	Agent.setHost(Host new_host) Sets the host of this agent.

Constructors in org.mates.sim with parameters of type Host

Simulator.MigrationInfo(Host s, Host d, double dstbt)
Default constructor.

Agent(java.lang.String name, Host host, int priority)
Primary constructor for an agent.

Agent(java.lang.String name, Host host)
Constructor for an agent with a priority of 0.

Agent(Host host)
Constructor for an agent with a priority of 0 and no name.

Uses of Host in org.mates.sim.event.agent

Methods in org.mates.sim.event.agent that return Host

Host	AgentMigrationEvent.getSourceHost() Returns the host from which the agent migrated.
Host	AgentMigrationEvent.getDestinationHost() Returns the host to which the agent migrated.
Host	AgentArrivalEvent.getSourceHost() Returns the host from which the agent was sent.
Host	AgentArrivalEvent.getDestinationHost() Returns the host to which the agent arrived.

Constructors in org.mates.sim.event.agent with parameters of type Host

AgentMigrationEvent(Agent agent, Host from, Host to)

AgentArrivalEvent(Agent agent, Host arrived_at, Host from)

Uses of Host in org.mates.sim.event.host

Fields in org.mates.sim.event.host declared as Host

protected Host

HostEvent.host The host associated with this event.

Methods in org.mates.sim.event.host that return Host

Host	HostEvent.getHost() Returns the host associated with this event.

Constructors in org.mates.sim.event.host with parameters of type Host

HostDeathEvent(Host host)

HostClickedEvent(Host host, java.awt.event.MouseEvent mouse_event)
Constructs a new HostMovedEvent.

HostMovedEvent(Host host, Position fromPosition, Position toPosition)
Creates a new HostMovedEvent.

HostCreatedEvent(Host host)

HostEvent(Host host)
Creates a new HostEvent associated with a specific host.

Uses of Host in org.mates.sim.models

Methods in org.mates.sim.models with parameters of type Host

double	LinkModel.getLinkQuality(Host host1, Host host2) This function should return a real number in the range from 0.0 to 1.0, where 1.0 is a link of maximum quality.
void	CPUSchedulingModel.runAgents(Host host) Iterates the agents on host.
double	TransportModel.getTransmissionRate(Host source, Host destination) Given two hosts, this function returns the amount of data that can be transmitted between them in one iteration.
void	MobilityModel.moveHost(Host host)

Uses of Host in org.mates.sim.models.cpu

Methods in org.mates.sim.models.cpu with parameters of type Host

void	DefaultCPUSchedulingModel.runAgents(Host host) Iterates each agent exactly once.

Uses of Host in org.mates.sim.models.link

Methods in org.mates.sim.models.link with parameters of type Host

void	TemporalLinkModel.setLinkQuality(Host fromHost, Host toHost, double quality, long startTime) Records the link quality between hosts starting at a specific time.
double	TemporalLinkModel.getLinkQuality(Host fromHost, Host toHost, long atTime) Returns the link quality between fromHost and toHost at time atTime.
double	TemporalLinkModel.getLinkQuality(Host host1, Host host2)
double	GridLinkModel.getLinkQuality(Host host1, Host host2) Returns the link quality from host1 to host2.
double	FullyConnectedLinkModel.getLinkQuality(Host host1, Host host2) Always returns 1.0
double	QuadraticLinkModel.getLinkQuality(Host host1, Host host2) Determines the link quality of the directed connection between two hosts.

Uses of Host in org.mates.sim.models.mobility

Methods in org.mates.sim.models.mobility with parameters of type Host

void	GridMobilityModel.moveHost(Host host) Moves a host to an adjacent grid point.
void	StaticMobilityModel.moveHost(Host host) This method does nothing; the host is never moved.
void	RandomWalkingMobilityModel.moveHost(Host host)

Uses of Host in org.mates.sim.models.transport

Methods in org.mates.sim.models.transport with parameters of type Host

double

DefaultTransportModel.getTransmissionRate(Host source, Host destination) Returns the transmission rate between two hosts.

Uses of Host in org.mates.sim.network

Methods in org.mates.sim.network that return Host

Host	Topology.getHostByIndex(int index) Accessor function for a host in the topology, based on its index.
Host	Topology.SingleSourceShortestPathData.getRoute(Host host) Returns the next host in the route from the source host to host.
Host	Topology.SingleSourceShortestPathData.getSource() Returns the source host for the shortest paths.

Methods in org.mates.sim.network with parameters of type Host

Topology.SingleSourceShortestPathData	Topology.singleSourceShortestPath(Host host) Calculates the shortest path from host to every other host in the network, using Dijkstra's algorithm implemented with a FibonacciHeap.
double	Topology.calculateEccentricity(Host host) Returns the eccentricity of a host.
int	Topology.calculateRadius(Host host) Calculates the radius of a specific host in this topology.
void	Topology.update(Host host1, Host host2, double link) Manually updates the link quality between two hosts.
java.util.Vector	Topology.getNeighborsHostCanHear(Host host) Returns a vector of all of a host's neighbors that are capable of sending messages to the provided host.
java.util.Vector	Topology.getNeighborsHostCanTalkTo(Host host) Returns a vector of all of a host's neighbors that are capable of receiving messages from the provided host.
java.util.Vector	Topology.getNeighbors(Host host) This is equivalent to Topology.getNeighborsHostCanTalkTo(Host).
int	Topology.numCommunicableHosts(Host host) Returns the number of hosts that the provided host is connected to.
java.util.Vector	Topology.getCommunicableHosts(Host host) Returns a vector of all of the hosts that the provided host can communicate with.
int	Topology.getHostIndex(Host host) Returns the index of the provided host.
double	Topology.getLinkQuality(Host host1, Host host2) Returns the link quality between two hosts in the topology.
Host	Topology.SingleSourceShortestPathData.getRoute(Host host) Returns the next host in the route from the source host to host.

Uses of Host in org.mates.ui.graphical

Methods in org.mates.ui.graphical that return Host

Host	DefaultTopologyVisualizer.getHostAt(int x, int y, int radius) Finds the host closest to a point.
Host	TopologyVisualizer.getHostAt(int x, int y, int radius) Returns true if and only if a host exists within radius pixels of the coordinate (x, y).

Methods in org.mates.ui.graphical with parameters of type Host

void	DefaultTopologyVisualizer.highlightHost(Host host)
protected void	DefaultTopologyVisualizer.paintRadioRanges(java.awt.Graphics graphics, Topology topology, double[][] network, Host tool_tip_host, Host highlighted_host) Callback function for drawing the radio ranges.
void	TopologyVisualizer.highlightHost(Host host) Highlights a host in the topology.