protected OrderedPopulation(GAConfiguration configuration, Chromosome[] chromosomes, int generationNumber, Gene[] possibleValues, List <Chromosome> retired = null)
{
Chromosomes = chromosomes;
Configuration = configuration;
GenerationNumber = ++generationNumber;
PossibleValues = possibleValues;
Retired = retired;
StandardConstructorLogic();
}
protected UnorderedPopulation(GAConfiguration configuration, Chromosome[] chromosomes, int generationNumber, Type geneType, List <Chromosome> retired = null)
{
Chromosomes = chromosomes;
Configuration = configuration;
GenerationNumber = ++generationNumber;
GeneType = geneType;
Retired = retired;
StandardConstructorLogic();
}
public UnorderedPopulation(GAConfiguration configuration, Chromosome[] chromosomes, Type geneType)
{
if (configuration == null || chromosomes == null || chromosomes.Length <= 2 || geneType == null)
{
throw new ArgumentException("Invalid parameters passed to the Population");
}
GeneType = geneType;
Chromosomes = chromosomes;
Configuration = configuration;
StandardConstructorLogic();
}
public OrderedPopulation(GAConfiguration configuration, Chromosome[] chromosomes, params Gene[] possibleValues)
{
if (configuration == null || chromosomes == null || chromosomes.Length <= 2 || possibleValues == null || possibleValues.Length <= 2)
{
throw new ArgumentException("Invalid parameters passed to the Population");
}
Chromosomes = chromosomes;
Configuration = configuration;
PossibleValues = possibleValues;
StandardConstructorLogic();
}
public bool ShouldRetire(GAConfiguration config)
{
switch (config.RetirementStrategy)
{
case RetirementStrategy.None:
return(false);
case RetirementStrategy.MaxAge:
return(Age >= config.MaxRetirement && config.MaxRetirement != 0);
case RetirementStrategy.MaxChildren:
return(Children >= config.MaxRetirement && config.MaxRetirement != 0);
}
return(false);
}