public void RandomDeplayment()
{
PublicParamerters.NumberofNodes = myNetWork.Count;
NeighborsDiscovery overlappingNodesFinder = new NeighborsDiscovery(myNetWork);
overlappingNodesFinder.GetOverlappingForAllNodes();
isCoverageSelected = true;
DisplaySimulationParameters("Random");
EngageMacAndRadioProcol();
TopologyConstractor.BuildToplogy(Canvas_SensingFeild, myNetWork);
// merged path
PublicParamerters.clusterRadius = 100;
RandomeNumberGenerator.SetSeedFromSystemTime();
Ring.getCenterOfNetwork();
foreach (Sensor sen in myNetWork)
{
sen.NetworkCenter = PublicParamerters.networkCenter;
sen.RingNeighborRule = new RingNeighbor(sen);
}
Ring.setInitialParameters(100, 10, Canvas_SensingFeild);
Ring.startRingConstruction(); // RingNodes are all defined
}
public void RandomDeplayment(int sinkIndex)
{
PublicParameters.NumberofNodes = myNetWork.Count;
int rootNodeId = sinkIndex;
PublicParameters.SinkNode = myNetWork[rootNodeId];
NeighborsDiscovery overlappingNodesFinder = new NeighborsDiscovery(myNetWork);
overlappingNodesFinder.GetOverlappingForAllNodes();
isCoverageSelected = true;
PublicParameters.Density = Density.GetDensity(myNetWork);
DisplaySimulationParameters(rootNodeId, "Random");
EngageMacAndRadioProcol();
TopologyConstractor.BuildToplogy(Canvas_SensingFeild, myNetWork);
double radius;
radius = (PublicParameters.CommunicationRangeRadius * 1.5);
double clusterArea = Math.PI * (Math.Pow((radius), 2));
PublicParameters.cellRadius = radius;
PublicParameters.myNetwork = myNetWork;
if (buildMethod == null)
{
buildMethod = "center";
}
// Tree tree = new Tree();
//tree.startChanging(Tree_Show);
CellGroup.getAverageSensors();
ConvexHullRing.setInitialParameters(radius, 10, Canvas_SensingFeild);
ConvexHullRing.startRingConstruction(); // RingNodes are all defined
MobileModel.passField(Canvas_SensingFeild);
networkInitialized = true;
SensingFieldArea.GetAreaOfSensingField();
NetworkConstruction constructor = new NetworkConstruction(Canvas_SensingFeild, "center");
MyGraph = Graph.ConvertNodeToVertex(myNetWork);
InitMobileSink();
}
public void RandomDeplayment()
{
PublicParamerters.NumberofNodes = myNetWork.Count;
NeighborsDiscovery overlappingNodesFinder = new NeighborsDiscovery(myNetWork);
overlappingNodesFinder.GetOverlappingForAllNodes();
isCoverageSelected = true;
DisplaySimulationParameters("Random");
EngageMacAndRadioProcol();
TopologyConstractor.BuildToplogy(Canvas_SensingFeild, myNetWork);
// merged path
DVL cc = new DVL(myNetWork, Canvas_SensingFeild);
}
public void RandomDeplayment(int sinkIndex)
{
PublicParamerters.NumberofNodes = myNetWork.Count;
int rootNodeId = sinkIndex;
PublicParamerters.SinkNode = myNetWork[rootNodeId];
NeighborsDiscovery overlappingNodesFinder = new NeighborsDiscovery(myNetWork);
overlappingNodesFinder.GetOverlappingForAllNodes();
string PowersString = "γL=" + Settings.Default.ExpoLCnt + ",γR=" + Settings.Default.ExpoRCnt + ", γH=" + Settings.Default.ExpoHCnt + ",γD" + Settings.Default.ExpoDCnt;
PublicParamerters.PowersString = PublicParamerters.NetworkName + ", " + PowersString;
lbl_PowersString.Content = PublicParamerters.PowersString;
isCoverageSelected = true;
PublicParamerters.Density = Density.GetDensity(myNetWork);
DisplaySimulationParameters(rootNodeId, "Random");
EngageMacAndRadioProcol();
TopologyConstractor.BuildToplogy(Canvas_SensingFeild, myNetWork);
HopsToSinkComputation.ComputeHopsToSink(PublicParamerters.SinkNode);
// fill flows:
foreach (Sensor sen in myNetWork)
{
UplinkRouting.ComputeUplinkFlowEnery(sen);
}
MyGraph = Graph.ConvertNodeToVertex(myNetWork);
//
}
public void RandomDeplayment(int sinkIndex)
{
PublicParameters.NumberofNodes = myNetWork.Count;
int rootNodeId = sinkIndex;
PublicParameters.SinkNode = myNetWork[rootNodeId];
NeighborsDiscovery overlappingNodesFinder = new NeighborsDiscovery(myNetWork);
overlappingNodesFinder.GetOverlappingForAllNodes();
isCoverageSelected = true;
PublicParameters.Density = Density.GetDensity(myNetWork);
DisplaySimulationParameters(rootNodeId, "Random");
EngageMacAndRadioProcol();
TopologyConstractor.BuildToplogy(Canvas_SensingFeild, myNetWork);
double radius;
//radius = (PublicParameters.Density / 2) * (PublicParameters.CommunicationRangeRadius / 2);
radius = 100;
double clusterArea = Math.PI * (Math.Pow((radius), 2));
PublicParameters.clusterRadius = radius;
PublicParameters.myNetwork = myNetWork;
if (buildMethod == null)
{
buildMethod = "center";
}
Ring.getCenterOfNetwork();
foreach (Sensor sen in PublicParameters.myNetwork)
{
sen.NetworkCenter = PublicParameters.networkCenter;
sen.RingNeighborRule = new RingNeighbor(sen);
}
Ring.setInitialParameters(radius, 10, Canvas_SensingFeild);
Ring.startRingConstruction(); // RingNodes are all defined
// Need to define the neighbors of the ring nodes
BorderHullRing.setInitialParameters(radius, 10, Canvas_SensingFeild);
BorderHullRing.startRingConstruction(); // RingNodes are all defined
// BorderHullRing.setInitialParameters(radius*4, 10, Canvas_SensingFeild);
//BorderHullRing.startRingConstruction(); // RingNodes are all defined
MobileModel.passField(Canvas_SensingFeild);
PublicParameters.InitialRingCount = PublicParameters.RingNodes.Count;
networkInitialized = true;
MyGraph = Graph.ConvertNodeToVertex(myNetWork);
InitMobileSink();
TrialTimer.Interval = TimeSpan.FromSeconds(20);
TrialTimer.Tick += TrialTimer_Tick;
TrialTimer.Start();
}