Uses of Class
jist.swans.misc.Location

Packages that use Location

driver	SWANS demo, benchmark and test simulation programs.
jist.swans.field	Field entity of SWANS simulator and related classes.
jist.swans.misc	Shared odds and ends of SWANS simulator.
sidnet.models.deployment.models.flightdrop

Uses of Location in driver

Methods in driver with parameters of type Location

static NetInterface

ip.createNode(Field field, int i, Location location, RadioNoise radio, NetAddress addr, NetInterface.NetHandler nethandler)

Uses of Location in jist.swans.field

Fields in jist.swans.field declared as Location

protected Location	Field.RadioData.loc radio location.
Location	Mobility.RandomWaypointInfo.waypoint waypoint.

Methods in jist.swans.field that return Location

Location	Spatial.getBottomLeft() Return bottom-left coordinate.
Location	Field.RadioData.getLocation()
Location	Spatial.getNearest(Location src) Get nearest corner to location.
Location	Placement.getNextLocation() Return location of next node.
Location	Placement.Random.getNextLocation() Return location of next node.
Location	Placement.Grid.getNextLocation() Return location of next node.
Location	Spatial.getTopRight() Return top-right coordinate.

Methods in jist.swans.field with parameters of type Location

void	Field.addRadio(RadioInfo info, RadioInterface entity, Location loc) Add a radio onto the field.
double	PathLoss.compute(RadioInfo srcRadio, Location srcLocation, RadioInfo dstRadio, Location dstLocation) Compute the path loss.
double	PathLoss.FreeSpace.compute(RadioInfo srcRadio, Location srcLocation, RadioInfo dstRadio, Location dstLocation) Compute the path loss.
double	PathLoss.TwoRay.compute(RadioInfo srcRadio, Location srcLocation, RadioInfo dstRadio, Location dstLocation) Compute the path loss.
double	Spatial.SpatialTransmitVisitor.computeSignal(RadioInfo srcInfo, Location srcLoc, Location dst) Compute signal strength between source radio and given point.
Location	Spatial.getNearest(Location src) Get nearest corner to location.
Mobility.MobilityInfo	Mobility.init(FieldInterface f, java.lang.Integer id, Location loc) Initiate mobility; initialize mobility data structures.
Mobility.MobilityInfo	Mobility.Static.init(FieldInterface f, java.lang.Integer id, Location loc) Initiate mobility; initialize mobility data structures.
Mobility.MobilityInfo	Mobility.RandomWaypoint.init(FieldInterface f, java.lang.Integer id, Location loc) Initiate mobility; initialize mobility data structures.
Mobility.MobilityInfo	Mobility.Teleport.init(FieldInterface f, java.lang.Integer id, Location loc) Initiate mobility; initialize mobility data structures.
Mobility.MobilityInfo	Mobility.RandomWalk.init(FieldInterface f, java.lang.Integer id, Location loc) Initiate mobility; initialize mobility data structures.
abstract Field.RadioData	Spatial.move(Field.RadioData radioData, Location newLoc) Update a radio location.
Field.RadioData	Spatial.LinearList.move(Field.RadioData rd, Location l2) Update a radio location.
Field.RadioData	Spatial.Grid.move(Field.RadioData radioData, Location newLoc) Update a radio location.
Field.RadioData	Spatial.HierGrid.move(Field.RadioData rd, Location l2) Update a radio location.
Field.RadioData	Spatial.TiledWraparound.move(Field.RadioData radioData, Location newLoc) Update a radio location.
void	Spatial.moveInside(Field.RadioData rd, Location newLoc) Update a radio location, but new location is still within same bin.
void	Field.moveRadio(java.lang.Integer id, Location loc) Move radio to different location on field.
void	FieldInterface.moveRadio(java.lang.Integer id, Location loc) Move radio to different location on field.
void	Field.moveRadioOff(java.lang.Integer id, Location delta) Move radio to different relative location on field.
void	FieldInterface.moveRadioOff(java.lang.Integer id, Location delta) Move radio to different relative location on field.
void	Mobility.next(FieldInterface f, java.lang.Integer id, Location loc, Mobility.MobilityInfo info) Schedule next movement.
void	Mobility.Static.next(FieldInterface f, java.lang.Integer id, Location loc, Mobility.MobilityInfo info) Schedule next movement.
void	Mobility.RandomWaypoint.next(FieldInterface f, java.lang.Integer id, Location loc, Mobility.MobilityInfo info) Schedule next movement.
void	Mobility.Teleport.next(FieldInterface f, java.lang.Integer id, Location loc, Mobility.MobilityInfo info) Schedule next movement.
void	Mobility.RandomWalk.next(FieldInterface f, java.lang.Integer id, Location loc, Mobility.MobilityInfo info) Schedule next movement.
void	Spatial.SpatialTransmitVisitor.visitTransmit(RadioInfo srcInfo, Location srcLoc, RadioInfo dstInfo, RadioInterface dstEntity, Location dstLoc, Message msg, java.lang.Long durationObj) Transmit packet to given destination.
abstract int	Spatial.visitTransmit(Spatial.SpatialTransmitVisitor visitor, RadioInfo srcInfo, Location srcLoc, Message msg, java.lang.Long durationObj, double limit) Visit radios in bin with transmission visitor.
int	Spatial.LinearList.visitTransmit(Spatial.SpatialTransmitVisitor visitor, RadioInfo srcInfo, Location srcLoc, Message msg, java.lang.Long durationObj, double limit) Visit radios in bin with transmission visitor.
int	Spatial.Grid.visitTransmit(Spatial.SpatialTransmitVisitor visitor, RadioInfo srcInfo, Location srcLoc, Message msg, java.lang.Long durationObj, double limit) Visit radios in bin with transmission visitor.
int	Spatial.HierGrid.visitTransmit(Spatial.SpatialTransmitVisitor visitor, RadioInfo srcInfo, Location srcLoc, Message msg, java.lang.Long durationObj, double limit) Visit radios in bin with transmission visitor.
int	Spatial.TiledWraparound.visitTransmit(Spatial.SpatialTransmitVisitor visitor, RadioInfo srcInfo, Location srcLoc, Message msg, java.lang.Long durationObj, double limit) Visit radios in bin with transmission visitor.

Constructors in jist.swans.field with parameters of type Location

Field(Location bounds)
Initialize new, empty field with default fading (FadingNone) and pathloss (PathLossFreeSpace) models, and default propagation limits.

Field(Location bounds, boolean wrap)
Initialize new, empty field with default fading (FadingNone) and pathloss (PathLossFreeSpace) models, and default propagation limits, possibly with wrapped edges.

Placement.Grid(Location loc, int nodex, int nodey)
Initialize grid placement model.

Placement.Grid(Location loc, java.lang.String s)
Initialize grid placement model.

Placement.Random(Location loc)
Initialize random placement.

Spatial.Grid(Location tr, int divisions)
Create a new grid bin.

Spatial.Grid(Location bl, Location tr, int divisions)
Create a new grid bin.

Spatial.Grid(Location bl, Location br, Location tl, Location tr, int divisions)
Create a new grid bin.

Spatial.HierGrid(Location tr, int height)
Create new hierarchical bin.

Spatial.HierGrid(Location bl, Location tr, int height)
Create new hierarchical bin.

Spatial.HierGrid(Location bl, Location br, Location tl, Location tr, int height)
Create new hierarchical bin.

Spatial.LinearList(Location tr)
Create a new linear-lookup bin.

Spatial.LinearList(Location bl, Location tr)
Create a new linear-lookup bin.

Spatial.LinearList(Location bl, Location br, Location tl, Location tr)
Create a new linear-lookup bin.

Spatial(Location tr)
Create new (abstract) bin.

Spatial(Location bl, Location tr)
Create new (abstract) bin.

Spatial(Location bl, Location br, Location tl, Location tr)
Create new (abstract) bin.

Uses of Location in jist.swans.misc

Subclasses of Location in jist.swans.misc

static class	Location.Location2D A planar location implementation.
static class	Location.Location3D A three-dimensional location implementation.

Methods in jist.swans.misc that return Location

Location	Location.getClone() Return clone of location object.
static Location	Location.parse(java.lang.String s) Parse string into 2d or 3d Location object.
abstract Location	Location.step(Location l, int steps) Divide (scale) vector from current to second location into a number of equal step (displacement) vectors.
Location	Location.Location2D.step(Location l, int steps) Divide (scale) vector from current to second location into a number of equal step (displacement) vectors.
Location	Location.Location3D.step(Location l, int steps) Divide (scale) vector from current to second location into a number of equal step (displacement) vectors.

Methods in jist.swans.misc with parameters of type Location

abstract void	Location.add(Location l) Vector addition of locations...
void	Location.Location2D.add(Location l) Vector addition of locations...
void	Location.Location3D.add(Location l) Vector addition of locations...
abstract float	Location.distance(Location l) Compute distance between two locations.
float	Location.Location2D.distance(Location l) Compute distance between two locations.
float	Location.Location3D.distance(Location l) Compute distance between two locations.
abstract float	Location.distanceSqr(Location l) Compute distance squared between two locations.
float	Location.Location2D.distanceSqr(Location l) Compute distance squared between two locations.
float	Location.Location3D.distanceSqr(Location l) Compute distance squared between two locations.
abstract boolean	Location.inside(Location bounds) Determine whether point is inside bounds.
boolean	Location.Location2D.inside(Location bounds) Determine whether point is inside bounds.
boolean	Location.Location3D.inside(Location bounds) Determine whether point is inside bounds.
abstract boolean	Location.inside(Location min, Location max) Determine whether points is inside bounds.
boolean	Location.Location2D.inside(Location min, Location max) Determine whether points is inside bounds.
boolean	Location.Location3D.inside(Location min, Location max) Determine whether points is inside bounds.
abstract Location	Location.step(Location l, int steps) Divide (scale) vector from current to second location into a number of equal step (displacement) vectors.
Location	Location.Location2D.step(Location l, int steps) Divide (scale) vector from current to second location into a number of equal step (displacement) vectors.
Location	Location.Location3D.step(Location l, int steps) Divide (scale) vector from current to second location into a number of equal step (displacement) vectors.

Uses of Location in sidnet.models.deployment.models.flightdrop

Methods in sidnet.models.deployment.models.flightdrop that return Location

Location

FlightDrop.FlightDropPlacement.getNextLocation()