std::vector<Individual> Reproduction::Reproduce(Individual father, Individual mother)
{
std::vector<int> fatherBinary = father.BinaryVector();
std::vector<int> motherBinary = mother.BinaryVector();
int firstCrossOverPoint, secondCrossOverPoint;
firstCrossOverPoint = Utility::IntegerBetween(0, fatherBinary.size());
secondCrossOverPoint = Utility::IntegerBetween(firstCrossOverPoint, fatherBinary.size());
std::vector<int> firstSon = CrossoverBetween(fatherBinary, motherBinary, firstCrossOverPoint, secondCrossOverPoint);
std::vector<int> secondSon = CrossoverBetween(motherBinary, motherBinary, firstCrossOverPoint, secondCrossOverPoint);
std::vector<Individual> descendance;
descendance.push_back(Individual(firstSon));
descendance.push_back(Individual(secondSon));
return descendance;
}
#include "../../SGAEllipse/Source/Population/PopulationStatics.h"
TEST_CASE("Individual should")
{
GIVEN("a PopulationStatics with 5 bitsAB, 6 bitsXY, 7 bitsTheta")
{
PopulationStatics::bitsAB = 5;
PopulationStatics::bitsXY = 6;
PopulationStatics::bitsTheta = 7;
Individual individual = Individual();
THEN("be initialized with a binary vector of 2 x bitsAB + 2 x bitsXY + bitsTheta number of bits")
{
int totalBits = PopulationStatics::bitsAB * 2 + PopulationStatics::bitsXY * 2 + PopulationStatics::bitsTheta;
CHECK(individual.BinaryVector().size() == totalBits);
}
THEN("return property A with a binary value of 5 bits")
CHECK(individual.A().Binary().size() == 5);
THEN("return property B with a binary value of 5 bits")
CHECK(individual.B().Binary().size() == 5);
THEN("return property X with a binary value of 6 bits")
CHECK(individual.XCoord().Binary().size() == 6);
THEN("return property Y with a binary value of 6 bits")
CHECK(individual.YCoord().Binary().size() == 6);
THEN("return property Theta with a binary value of 7 bits")
