public GreatDeluge(OrganonStand stand, OrganonConfiguration organonConfiguration, Objective objective, HeuristicParameters parameters)
: base(stand, organonConfiguration, objective, parameters)
{
int treeRecords = stand.GetTreeRecordCount();
this.ChangeToExchangeAfter = Int32.MaxValue;
this.FinalMultiplier = Constant.MonteCarloDefault.DelugeFinalMultiplier;
this.IntitialMultiplier = Constant.MonteCarloDefault.DelugeInitialMultiplier;
this.Iterations = Constant.MonteCarloDefault.IterationMultiplier * treeRecords;
this.LowerWaterAfter = (int)(Constant.MonteCarloDefault.ReheatAfter * treeRecords + 0.5F);
this.LowerWaterBy = Constant.MonteCarloDefault.DelugeLowerWaterBy;
this.MoveType = MoveType.OneOpt;
this.RainRate = null;
this.StopAfter = Constant.MonteCarloDefault.StopAfter * treeRecords;
}
public Hero(OrganonStand stand, OrganonConfiguration organonConfiguration, Objective objective, HeuristicParameters parameters)
: base(stand, organonConfiguration, objective, parameters)
{
this.IsStochastic = false;
this.MaximumIterations = Constant.HeuristicDefault.HeroMaximumIterations;
}
public RandomGuessing(OrganonStand stand, OrganonConfiguration configuration, Objective objective, HeuristicParameters parameters)
: base(stand, configuration, objective, parameters)
{
this.CentralSelectionPercentage = parameters.ProportionalPercentage;
this.Iterations = 4 * stand.GetTreeRecordCount();
this.SelectionPercentageWidth = 20.0F;
}
public SimulatedAnnealing(OrganonStand stand, OrganonConfiguration organonConfiguration, Objective objective, HeuristicParameters parameters)
: base(stand, organonConfiguration, objective, parameters)
{
int treeRecords = stand.GetTreeRecordCount();
this.Alpha = Constant.MonteCarloDefault.AnnealingAlpha;
this.ChangeToExchangeAfter = Int32.MaxValue;
this.FinalProbability = 0.0F;
this.InitialProbability = 0.0F;
this.Iterations = Constant.MonteCarloDefault.IterationMultiplier * treeRecords;
this.IterationsPerTemperature = Constant.MonteCarloDefault.AnnealingIterationsPerTemperature;
this.MoveType = MoveType.OneOpt;
this.ProbabilityWindowLength = Constant.MonteCarloDefault.AnnealingAveragingWindowLength;
this.ReheatAfter = (int)(Constant.MonteCarloDefault.ReheatAfter * treeRecords + 0.5F);
this.ReheatBy = Constant.MonteCarloDefault.AnnealingReheadBy;
// float temperatureSteps = (float)(defaultIterations / this.IterationsPerTemperature);
// this.Alpha = 1.0F / MathF.Pow(this.InitialAcceptProbability / this.FinalAcceptProbability, 1.0F / temperatureSteps);
}
public RecordTravel(OrganonStand stand, OrganonConfiguration organonConfiguration, Objective objective, HeuristicParameters parameters)
: base(stand, organonConfiguration, objective, parameters)
{
int treeRecordCount = stand.GetTreeRecordCount();
this.Alpha = Constant.MonteCarloDefault.RecordTravelAlpha;
this.ChangeToExchangeAfter = Int32.MaxValue;
this.FixedDeviation = 0.0F;
this.FixedIncrease = 0.0F;
this.IncreaseAfter = (int)(Constant.MonteCarloDefault.ReheatAfter * treeRecordCount + 0.5F);
this.Iterations = Constant.MonteCarloDefault.IterationMultiplier * treeRecordCount;
this.MoveType = MoveType.OneOpt;
this.RelativeDeviation = 0.0F;
this.RelativeIncrease = Constant.MonteCarloDefault.RecordTravelRelativeIncrease;
this.StopAfter = Constant.MonteCarloDefault.StopAfter * treeRecordCount;
}
