/// <summary>
/// Constructs a list of binary mutations operators.
/// </summary>
/// <param name="mutationOptions">The binary mutation options.</param>
/// <param name="weight">The mutation weight.</param>
/// <returns>The constructed binary mutations operators.</returns>
public static List <IMutation> ConstructBinaryMutationOperators(BinaryMutation mutationOptions, double weight = 1)
{
var mutations = new List <IMutation>();
if ((mutationOptions & BinaryMutation.CyclicShift) == BinaryMutation.CyclicShift)
{
mutations.Add(new CyclicShiftBinaryMutation(weight));
}
if ((mutationOptions & BinaryMutation.Randomization) == BinaryMutation.Randomization)
{
mutations.Add(new RandomizationBinaryMutation(weight));
}
if ((mutationOptions & BinaryMutation.Reverse) == BinaryMutation.Reverse)
{
mutations.Add(new ReverseBinaryMutation(weight));
}
if ((mutationOptions & BinaryMutation.FlipBit) == BinaryMutation.FlipBit)
{
mutations.Add(new FlipBitMutation(weight));
}
if ((mutationOptions & BinaryMutation.SingleBit) == BinaryMutation.SingleBit)
{
mutations.Add(new SingleBitMutation(weight));
}
if ((mutationOptions & BinaryMutation.Scramble) == BinaryMutation.Scramble)
{
mutations.Add(new ScrambleBinaryMutation(weight));
}
if (mutations.Count == 0)
{
throw new ArgumentException("Error! Invalid binary mutation selection.");
}
return(mutations);
}
private BinaryChromosome GetMutation(BinaryChromosome chromosome, BinaryMutation mutation)
{
var rator = GeneticFactory.ConstructBinaryMutationOperators(mutation).First();
return(rator.Invoke(chromosome) as BinaryChromosome);
}
