Uses of Class
sidnet.stack.users.marco_project.image_charges.routing.Coordinate

Packages that use Coordinate

sidnet.stack.users.marco_project.image_charges.app
sidnet.stack.users.marco_project.image_charges.routing

Uses of Coordinate in sidnet.stack.users.marco_project.image_charges.app

Fields in sidnet.stack.users.marco_project.image_charges.app declared as Coordinate

Coordinate	AppP2P_electrostatic.snk
Coordinate	AppP2P_electrostatic.src

Methods in sidnet.stack.users.marco_project.image_charges.app with parameters of type Coordinate

double

AppP2P_electrostatic.calculateMagnitude(Coordinate src, Coordinate snk)

Uses of Coordinate in sidnet.stack.users.marco_project.image_charges.routing

Fields in sidnet.stack.users.marco_project.image_charges.routing declared as Coordinate

Coordinate	ElectrostaticRouter.rly
Coordinate	AckMessage.snk
Coordinate	DataMessage.snk
Coordinate	ElectrostaticRouter.snk
Coordinate	QueryMessage.snk
Coordinate	RreqMessage.snk
Coordinate	UpdateMessage.snk
Coordinate	AckMessage.src
Coordinate	DataMessage.src
Coordinate	QueryMessage.src
Coordinate	RreqMessage.src
Coordinate	UpdateMessage.src
Coordinate	DataMessage.vpl
Coordinate	RreqMessage.vpl

Methods in sidnet.stack.users.marco_project.image_charges.routing that return Coordinate

Coordinate	ElectrostaticRouter.calculateNextVPL(Coordinate currentVPL, double[] fieldVector, Message msg) Based on the currentVPL location and current fieldVector coordinates, we should be able to determine the next desirable (hence virtual) VPL for the packet
Coordinate	ElectricCharge.getPosition()

Methods in sidnet.stack.users.marco_project.image_charges.routing with parameters of type Coordinate

void	ElectrostaticRouter.addChargeEffect(ElectricCharge e, double[] fieldVector, Coordinate vpl) Applies effect of presented charge to the field vector at virtual packet position.
double[]	ElectrostaticRouter.calculateFieldVector(java.util.List<ElectricCharge> charges, Coordinate vpl, Coordinate srcLoc) Calculates the field vector at a virtual packet position Optionally applies method of image charges
Coordinate	ElectrostaticRouter.calculateNextVPL(Coordinate currentVPL, double[] fieldVector, Message msg) Based on the currentVPL location and current fieldVector coordinates, we should be able to determine the next desirable (hence virtual) VPL for the packet
double	Coordinate.distanceTo(Coordinate toCoord)
void	ElectrostaticRouter.drawFieldVector(Coordinate vpl, double[] fieldVectorr) Draws a field vector to the GUI
int	ElectrostaticRouter.selectNextHop(Coordinate vpl) Returns id of selected next-hop node

Constructors in sidnet.stack.users.marco_project.image_charges.routing with parameters of type Coordinate

AckMessage(Coordinate src, Coordinate snk, NetAddress srcIP, int routeId, long sequenceNumber)

DataMessage(Coordinate src, Coordinate snk, NetAddress snkIP, int routeid, long sequenceNr, java.util.List<ElectricCharge> charges, double data, Coordinate vpl, int queryId)

ElectricCharge(Coordinate pos, double magnitude, long exp)

QueryMessage(Coordinate src, Coordinate snk, NetAddress snkIP, Query userQuery, int numberOfRoutes, java.util.List<ElectricCharge> charges, long sequenceNumber)

RreqMessage(Coordinate src, Coordinate snk, NetAddress srcIP, NetAddress snkIP, int routeId, java.util.List<ElectricCharge> charges, Coordinate vpl, long sequenceNumber, int queryId)

UpdateMessage(Coordinate src, Coordinate snk, NetAddress snkIP, ElectricCharge charge, long sequenceNumber)