public SAobject(List <double> arguments) : base()
{
this.randomGenerator = new LineRandom();
this.Position = new FitnessPoint(arguments, 0);
this.Velocity = new Vector(arguments.Count);
}
public SAobject(params double[] arguments) : base()
{
this.randomGenerator = new LineRandom();
this.Position = new FitnessPoint(arguments.ToList(), 0);
this.Velocity = new Vector(arguments.Length);
}
public Firefly(List <double> arguments) : base()
{
this.randomGenerator = new LineRandom();
this.Position = new FitnessPoint(arguments, 0);
this.Attractiveness = 1;
}
public Firefly(params double[] arguments) : base()
{
this.randomGenerator = new LineRandom();
this.Position = new FitnessPoint(arguments.ToList(), 0);
this.Attractiveness = 1;
}
public Particle(List <double> arguments) : base()
{
this.randomGenerator = new LineRandom();
this.Position = new FitnessPoint(arguments, 0);
this.Velocity = new Vector(arguments.Count);
this.Force = new Vector(arguments.Count);
this.ElectricCharge = 0;
}
public Particle(params double[] arguments) : base()
{
this.randomGenerator = new LineRandom();
this.Position = new FitnessPoint(arguments.ToList(), 0);
this.Velocity = new Vector(arguments.Length);
this.Force = new Vector(arguments.Length);
this.ElectricCharge = 0;
}
public Glowworm(List <double> arguments) : base()
{
this.randomGenerator = new LineRandom();
this.Position = new FitnessPoint(arguments, 0);
this.SensorRange = new List <double>();
this.Luciferin = 0;
this.MoveProbability = 0;
}
protected Algorithm()
{
this.algorithmType = AlgorithmType.None;
this.randomGenerator = new LineRandom();
this.canIEndIterator = 0;
this.acctualIteration = 1;
this.pointsCount = 0;
this.function = null;
this.ranges = new List <Compartment>();
}
public Bat(List <double> arguments) : base()
{
this.randomGenerator = new LineRandom();
this.Position = new FitnessPoint(arguments, 0);
this.Velocity = new Vector(arguments.Count);
this.RateOfImpulses = this.randomGenerator.NextDouble();
this.Audibility = this.randomGenerator.NextDouble();
this.WaveLength = 0;
this.Frequency = 0;
}
protected Algorithm(Function function, int pointsCount, List <Compartment> ranges)
{
this.algorithmType = AlgorithmType.None;
this.randomGenerator = new LineRandom();
this.canIEndIterator = 0;
this.acctualIteration = 1;
if (function.ArgumentsSymbol.Count != ranges.Count)
{
throw new AlgorithmException(AlgorithmExceptionType.DifferenceArguments);
}
this.pointsCount = pointsCount;
this.function = function;
this.ranges = new List <Compartment>(ranges);
}
