public Chromosome[] doubleDaysCrossover(Chromosome secondParent, int crossoverLine, String specialty)
{
Chromosome first = new Chromosome(this);
Chromosome second = new Chromosome(secondParent);
for (int i = 0; _timetable.ElementAt(i).Value != _timetable[specialty]; i++)
{
second._timetable[second._timetable.ElementAt(i).Key] = _timetable.ElementAt(i).Value;
first._timetable[_timetable.ElementAt(i).Key] = secondParent._timetable.ElementAt(i).Value;
}
WorkingWeek weekFirst = new WorkingWeek(_timetable[specialty]);
WorkingWeek weekSecond = new WorkingWeek(secondParent._timetable[specialty]);
for (int j = 0; j < crossoverLine; j++)
{
weekFirst._week[weekFirst._week.ElementAt(j).Key] = secondParent._timetable[specialty]._week.ElementAt(j).Value;
weekSecond._week[weekSecond._week.ElementAt(j).Key] = _timetable[specialty]._week.ElementAt(j).Value;
}
first._timetable[specialty] = weekFirst;
second._timetable[specialty] = weekSecond;
return(new Chromosome[] { first, second });
}
public Dictionary <String, List <Lesson> > GetAllLessonsSet() //required for checking amount of specific lectures/practices
{
Dictionary <String, List <Lesson> > lessonsSet = new Dictionary <string, List <Lesson> >();
for (int i = 0; i < _timetable.Count; i++)
{
lessonsSet.Add(_timetable.ElementAt(i).Key, new List <Lesson>());
WorkingWeek specialtyWeek = _timetable.ElementAt(i).Value;
for (int j = 0; j < specialtyWeek._week.Count; j++)
{
WorkingDay day = specialtyWeek._week.ElementAt(j).Value;
for (int k = 0; k < day._day.Count; k++)
{
if (!day._day.ElementAt(k).Value.IsFree)
{
lessonsSet[_timetable.ElementAt(i).Key].Add(new Lesson(day._day.ElementAt(k).Value));
}
}
}
}
return(lessonsSet);
}
public WorkingWeek(WorkingWeek week)
{
_week = new Dictionary <string, WorkingDay>(week._week);
}
