public void RandomDeplayment(int sinkIndex)
{
int rootNodeId = sinkIndex;
PublicParamerters.SinkNode = myNetWork[rootNodeId];
GetOverlappingNodes overlappingNodesFinder = new GetOverlappingNodes(myNetWork);
overlappingNodesFinder.GetOverlappingForAllNodes();
string PowersString = "γΦ=" + Settings.Default.EnergyDistCnt + ",γd=" + Settings.Default.TransDistanceDistCnt + ", γθ=" + Settings.Default.DirectionDistCnt + ", γψ=" + Settings.Default.PrepDistanceDistCnt;
lbl_hops_dis_network_info.Content = PublicParamerters.NetworkName + "," + PowersString;
isCoverageSelected = true;
PublicParamerters.Density = Density.GetDensity(myNetWork);
DisplaySimulationParameters(rootNodeId, "Random");
Settings.Default.ZoneWidthCnt = PublicParamerters.RoutingZoneWidth;
Settings.Default.IsIntialized = true;
}
public void ZigzagCoverage(int sinkIndex)
{
int rootNodeId = sinkIndex;
PublicParamerters.SinkNode = myNetWork[rootNodeId];
ZizageCoverage zig = new ZizageCoverage();
zig.coverage(Canvas_SensingFeild, myNetWork, Convert.ToInt16(2 * Sensor.SR));
GetOverlappingNodes overlappingNodesFinder = new GetOverlappingNodes(myNetWork);
overlappingNodesFinder.GetOverlappingForAllNodes();
string PowersString = "γΦ=" + Settings.Default.EnergyDistCnt + ",γd=" + Settings.Default.TransDistanceDistCnt + ", γθ=" + Settings.Default.DirectionDistCnt + ", γψ=" + Settings.Default.PrepDistanceDistCnt;
lbl_hops_dis_network_info.Content = PublicParamerters.NetworkName + "," + PowersString;
isCoverageSelected = true;
PublicParamerters.Density = Density.GetDensity(myNetWork);
DisplaySimulationParameters(rootNodeId, "Zigzag");
Settings.Default.ZoneWidthCnt = PublicParamerters.RoutingZoneWidth;
Settings.Default.IsIntialized = true;
}
public void GridCoverag1(int sinkIndex)
{
PublicParamerters.NumberofNodes = myNetWork.Count;
int rootNodeId = sinkIndex;
PublicParamerters.SinkNode = myNetWork[rootNodeId];
GridCoverage GridCoverage = new Coverage.GridCoverage();
GridCoverage.GridCoverage1(Canvas_SensingFeild, myNetWork, Convert.ToInt16((Sensor.SR * 2) * 0.7));
GetOverlappingNodes overlappingNodesFinder = new GetOverlappingNodes(myNetWork);
overlappingNodesFinder.GetOverlappingForAllNodes();
string PowersString = "γΦ=" + Settings.Default.EnergyDistCnt + ",γd=" + Settings.Default.TransDistanceDistCnt + ", γθ=" + Settings.Default.DirectionDistCnt + ", γψ=" + Settings.Default.PrepDistanceDistCnt;
lbl_hops_dis_network_info.Content = PublicParamerters.NetworkName + "," + PowersString;
isCoverageSelected = true;
PublicParamerters.Density = Density.GetDensity(myNetWork);
Settings.Default.ZoneWidth = PublicParamerters.CandidateZoneWidth;
DisplaySimulationParameters(rootNodeId, "grid_coverag_1");
EngageMacProcol();
}
public void RandomDeplayment(int sinkIndex)
{
PublicParamerters.NumberofNodes = myNetWork.Count;
int rootNodeId = sinkIndex;
PublicParamerters.SinkNode = myNetWork[rootNodeId];
GetOverlappingNodes overlappingNodesFinder = new GetOverlappingNodes(myNetWork);
overlappingNodesFinder.GetOverlappingForAllNodes();
string PowersString = "γΦ=" + Settings.Default.EnergyDistCnt + ",γd=" + Settings.Default.TransDistanceDistCnt + ", γθ=" + Settings.Default.DirectionDistCnt + ", γψ=" + Settings.Default.PrepDistanceDistCnt;
lbl_hops_dis_network_info.Content = PublicParamerters.NetworkName + "," + PowersString;
isCoverageSelected = true;
PublicParamerters.SensingFeildArea = SensingFeildArea;
PublicParamerters.Density = Density.GetDensity(myNetWork);
Settings.Default.ZoneWidth = PublicParamerters.CandidateZoneWidth;
DisplaySimulationParameters(rootNodeId, "Random");
EngageMacProcol();
}