public VehicleRrAloha(Coordinate initialPosition, int numId, Color color, VehicleType type,
MacTypes mac, Trajectories tray, Coordinate limit, int timeDivisions, int frequencyDivisions)
: base(initialPosition, numId, color, type, mac, tray, limit)
{
this.timeSegments = timeDivisions;
this.frequencySegments = frequencyDivisions;
this.FrameInformation = new int[this.timeSegments, this.frequencySegments];
this.AlreadyTx = false;
}
public VehicleRrAloha(Coordinate initialPosition, int numId, Color color, VehicleType type,
MacTypes mac, Trajectories tray, Coordinate limit, int timeDivisions, int frequencyDivisions)
: base(initialPosition, numId, color, type, mac, tray, limit)
{
this.timeSegments = timeDivisions;
this.frequencySegments = frequencyDivisions;
this.FrameInformation = new int[this.timeSegments, this.frequencySegments];
this.AlreadyTx = false;
}
public VehicleNccma(Coordinate initialPosition, int numId, Color color, VehicleType type, MacTypes mac,
Trajectories tray, Coordinate limit, int timeDivisions, int frequencyDivisions) :
base(initialPosition, numId,color,type,mac,tray,limit,timeDivisions,frequencyDivisions)
{
this.Cost = new double[this.totalRegions-1]; //the auxiliary exploration is not performed on the transmission region
this.ExplorationHistoryLength = 20;
this.NonAccessMaximumValue = 4;
this.Weight = 0.7;
this.ExplorationCost = 0.2;
this.Slope = 10.0;
this.Attenuation = 0.9;
this.Displacement = 10;
this.NonZeroRatio = 1;
}
public VehicleTdmaGt(Coordinate initialPosition, int numId, Color color, VehicleType type, MacTypes mac,
Trajectories tray, Coordinate limit, int timeDivisions, int frequencyDivisions)
{
this.Id = numId;
this.VehicleColor = color;
this.Type = type;
this.Mac = mac;
this.PositionX = initialPosition.X;
this.PositionY = initialPosition.Y;
this.TrajectoryType = tray;
this.Limit = limit;
this.timeSegments = timeDivisions;
this.frequencySegments = frequencyDivisions;
this.totalRegions = this.timeSegments * this.frequencySegments;
this.Alfa = 0.4;
this.Beta = 0.3;
this.Rho = 1.4;
this.Sigma = 1.3;
this.MaximumValue = 10;
this.MinimumValue = 0.2;
this.Summatory = this.MaximumValue + this.totalRegions * this.MinimumValue;
this.NonZeroRatio = 0.5;
this.lastAcess = -1;
this.EstimationMatrix = new double[this.timeSegments, this.frequencySegments];
this.initEstimationMatrix();
}
public Vehicle(Coordinate initialPosition, int numId, Color color, VehicleType type, MacTypes mac,
Trajectories tray, Coordinate limit)
: this(initialPosition.X, initialPosition.Y)
{
this.Id = numId;
this.VehicleColor = color;
this.Type = type;
this.Mac = mac;
this.TrajectoryType = tray;
this.Limit = limit;
}
private Scenario setSpecialModeScenario(string title, MacTypes mac)
{
Scenario specialModeScenario = new Scenario(title);
specialModeScenario.MediumAccessControl = mac;
specialModeScenario.MainMap = new Map(SPECIAL_MODE_X_DIM, SPECIAL_MODE_Y_DIM);
specialModeScenario.MainSpectrum = new Spectrum(SPECIAL_MODE_TIME_SEGMENTS, SPECIAL_MODE_FREQ_SEGMENTS);
specialModeScenario.InterferenceSpectrum = new Spectrum(SPECIAL_MODE_TIME_SEGMENTS, SPECIAL_MODE_FREQ_SEGMENTS);
specialModeScenario.SimulationTime.TimeSegments = SPECIAL_MODE_TIME_SEGMENTS;
specialModeScenario.SimulationTime.FrequencySegments = SPECIAL_MODE_FREQ_SEGMENTS;
specialModeScenario.SimulationTime.CyclesPerRegion = SPECIAL_MODE_CYCLES_PER_REGION;
this.ApplyScenario(specialModeScenario, SPECIAL_MODE_SIM_DELAY, SPECIAL_MODE_VEHICLES);
this.afterApplyScenarioConfiguration();
return specialModeScenario;
}
public Vehicle(Coordinate initialPosition, int numId, Color color, VehicleType type, MacTypes mac,
Trajectories tray, Coordinate limit)
: this(initialPosition.X, initialPosition.Y)
{
this.Id = numId;
this.VehicleColor = color;
this.Type = type;
this.Mac = mac;
this.TrajectoryType = tray;
this.Limit = limit;
}
public VehicleTdmaGt(Coordinate initialPosition, int numId, Color color, VehicleType type, MacTypes mac,
Trajectories tray, Coordinate limit, int timeDivisions, int frequencyDivisions)
{
this.Id = numId;
this.VehicleColor = color;
this.Type = type;
this.Mac = mac;
this.PositionX = initialPosition.X;
this.PositionY = initialPosition.Y;
this.TrajectoryType = tray;
this.Limit = limit;
this.timeSegments = timeDivisions;
this.frequencySegments = frequencyDivisions;
this.totalRegions = this.timeSegments * this.frequencySegments;
this.Alfa = 0.4;
this.Beta = 0.3;
this.Rho = 1.4;
this.Sigma = 1.3;
this.MaximumValue = 10;
this.MinimumValue = 0.2;
this.Summatory = this.MaximumValue + this.totalRegions * this.MinimumValue;
this.NonZeroRatio = 0.5;
this.lastAcess = -1;
this.EstimationMatrix = new double[this.timeSegments, this.frequencySegments];
this.initEstimationMatrix();
}
public VehicleNccma(Coordinate initialPosition, int numId, Color color, VehicleType type, MacTypes mac,
Trajectories tray, Coordinate limit, int timeDivisions, int frequencyDivisions) :
base(initialPosition, numId, color, type, mac, tray, limit, timeDivisions, frequencyDivisions)
{
this.Cost = new double[this.totalRegions - 1]; //the auxiliary exploration is not performed on the transmission region
this.ExplorationHistoryLength = 20;
this.NonAccessMaximumValue = 4;
this.Weight = 0.7;
this.ExplorationCost = 0.2;
this.Slope = 10.0;
this.Attenuation = 0.9;
this.Displacement = 10;
this.NonZeroRatio = 1;
}
