public void SortedSubsetOperatorBase_InsertGenesAtPositionWithConflict_ShouldReturns(bool leftConflict, bool rightConflict, bool expectedSuccess)
{
var geneValuesToInsert = new int[] { 10, 11, 12, 13 };
var chromosome = SortedSubsetTestData.CreateChromosome();
var random = Substitute.For <IRandom>();
var parameterSet = new ParameterSet();
var conflictDetectors = new List <INeighborhoodConflictDetector>()
{
new PredeterminedConflictDetector(leftConflict, rightConflict)
};
var operatorBase = new SortedSubsetOperatorBase(random, parameterSet, conflictDetectors);
var success = operatorBase.InsertGenes(chromosome, 0, 1, geneValuesToInsert, 0, 1);
success.Should().Be(expectedSuccess);
}
public void SortedSubsetOperatorBase_InsertGenesAtPosition_ShouldInsert(int sectionIndex, int insertPosition, int firstGeneIndex, int count)
{
var geneValuesToInsert = new int[] { 10, 11, 12, 13 };
var chromosome = SortedSubsetTestData.CreateChromosome();
var clone = chromosome.DeepClone();
var random = Substitute.For <IRandom>();
var parameterSet = new ParameterSet();
var conflictDetectors = new List <INeighborhoodConflictDetector>()
{
AllRightConflictDetector.Instance
};
var operatorBase = new SortedSubsetOperatorBase(random, parameterSet, conflictDetectors);
operatorBase.InsertGenes(chromosome, sectionIndex, insertPosition, geneValuesToInsert, firstGeneIndex, count);
chromosome.Sections[sectionIndex].Length.Should().Be(clone.Sections[sectionIndex].Length + count);
chromosome.Sections[sectionIndex][insertPosition].Should().Be(geneValuesToInsert[firstGeneIndex]);
chromosome.Sections[sectionIndex][insertPosition + count - 1].Should().Be(geneValuesToInsert[firstGeneIndex + count - 1]);
}
