public void shouldReturnOnlyTheSameSlots()
{
Random rand = new Random();
Group g = new Group(1, "g1");
Teacher t = new Teacher(1, "t1");
TimeTable gtt = new TimeTable(g);
TimeTable ttt = new TimeTable(t);
Lesson lesson = new Lesson(t, g, new Subject(1, "s1", SubjectType.INN));
int day;
int hour;
for (int i = 0; i < 17; i++)
{
day = rand.Next(0, ConstVariable.NUMBER_OF_DAYS);
hour = rand.Next(0, ConstVariable.NUMBER_OF_SLOTS_IN_DAY);
gtt.addLesson(lesson, day, hour);
day = rand.Next(0, ConstVariable.NUMBER_OF_DAYS);
hour = rand.Next(0, ConstVariable.NUMBER_OF_SLOTS_IN_DAY);
ttt.addLesson(lesson, day, hour);
}
List <TimeSlot> gts = gtt.getFreeTimeSlot();
List <TimeSlot> tts = ttt.getFreeTimeSlot();
List <TimeSlot> ts = new SchoolTimeTable().getTheSameSlots(gts, tts);
gtt.printTimeTable();
foreach (TimeSlot s in gts)
{
Console.Write(s.ToString() + " ");
}
Console.WriteLine("");
ttt.printTimeTable();
foreach (TimeSlot s in tts)
{
Console.Write(s.ToString() + " ");
}
Console.WriteLine("\n\n");
foreach (TimeSlot s in ts)
{
Console.Write(s.ToString() + " ");
}
Console.WriteLine("");
Boolean result = true;
foreach (TimeSlot ti in ts)
{
if (!(gtt.isEmpty(ti.day, ti.hour) && ttt.isEmpty(ti.day, ti.hour)))
{
result = false;
}
}
Assert.IsTrue(result, "Time slots is not free");
}
public void TestGeneratingPopulation()
{
List <Lesson> lessons = new List <Lesson>();
List <Teacher> teachers = new List <Teacher>();
List <Group> groups = new List <Group>();
List <Subject> subjects = new List <Subject>();
// Console.WriteLine("create 6 teachers");
for (int j = 0; j < 7; j++)
{
teachers.Add(new Teacher(j, "t" + j));
}
//Console.WriteLine("create 6 groups");
for (int j = 0; j < 6; j++)
{
groups.Add(new Group(j, "g" + j));
}
//Console.WriteLine("create 10 subject");
int i = 0;
subjects.Add(new Subject(i++, "pol", SubjectType.HUM));
subjects.Add(new Subject(i++, "ang", SubjectType.JEZ));
subjects.Add(new Subject(i++, "mat", SubjectType.SCI));
subjects.Add(new Subject(i++, "his", SubjectType.HUM));
subjects.Add(new Subject(i++, "wos", SubjectType.HUM));
subjects.Add(new Subject(i++, "fiz", SubjectType.SCI));
subjects.Add(new Subject(i++, "bio", SubjectType.SCI));
subjects.Add(new Subject(i++, "geo", SubjectType.SCI));
subjects.Add(new Subject(i++, "w-f", SubjectType.SPO));
subjects.Add(new Subject(i++, "rel", SubjectType.INN));
subjects.Add(new Subject(i++, "inf", SubjectType.SPE));
subjects.Add(new Subject(i++, "PRO", SubjectType.SPE));
Console.WriteLine("create list of lesson");
foreach (Group g in groups)
{
int tI = 0;
int sI = 0;
int amount = 0;
//max = 45
//----------pol----------
tI = 0; sI = 0; amount = 5;
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount, 2));
//----------ang----------
tI = 1; sI = 1; amount = 4;
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
//----------mat----------
tI = 2; sI = 2; amount = 5;
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
//----------his----------
tI = 3; sI = 3; amount = 1;
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
//----------wos----------
tI = 3; sI = 4; amount = 2;
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
//----------fiz----------
tI = 5; sI = 5; amount = 2;
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
//----------bio----------
tI = 3; sI = 6; amount = 1;
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
//----------geo----------
tI = 3; sI = 7; amount = 2;
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
//----------w-f----------
tI = 4; sI = 8; amount = 3;
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
//----------rel----------
tI = 5; sI = 9; amount = 3;
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
//----------inf----------
tI = 4; sI = 10; amount = 2;
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
//----------pro----------
tI = 6; sI = 11; amount = 5;
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount, 2));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount, 3));
}
Population population = new Population();
population.generatePopulation(10, lessons, teachers, groups);
//population.generateNewPopulation();
population.start(5);
SchoolTimeTable stt = population.getBestSchoolTimeTable();
stt.printTimeTable();
}
public void shouldReturnMoreThenOneDifferentSubjectTheSameGroup()
{
List <Lesson> lessons = new List <Lesson>();
List <Teacher> teachers = new List <Teacher>();
List <Group> groups = new List <Group>();
List <Subject> subjects = new List <Subject>();
for (int j = 0; j < 7; j++)
{
teachers.Add(new Teacher(j, "t" + j));
}
for (int j = 0; j < 6; j++)
{
groups.Add(new Group(j, "g" + j));
}
int i = 0;
subjects.Add(new Subject(i++, "pol", SubjectType.HUM));
subjects.Add(new Subject(i++, "ang", SubjectType.JEZ));
subjects.Add(new Subject(i++, "mat", SubjectType.SCI));
subjects.Add(new Subject(i++, "his", SubjectType.HUM));
subjects.Add(new Subject(i++, "wos", SubjectType.HUM));
subjects.Add(new Subject(i++, "fiz", SubjectType.SCI));
subjects.Add(new Subject(i++, "bio", SubjectType.SCI));
subjects.Add(new Subject(i++, "geo", SubjectType.SCI));
subjects.Add(new Subject(i++, "w-f", SubjectType.SPO));
subjects.Add(new Subject(i++, "rel", SubjectType.INN));
subjects.Add(new Subject(i++, "inf", SubjectType.SPE));
subjects.Add(new Subject(i++, "PRO", SubjectType.SPE));
foreach (Group g in groups)
{
int tI = 0;
int sI = 0;
//max = 45
//----------pol----------
tI = 0; sI = 0;
lessons.Add(new Lesson(teachers[tI], g, subjects[sI]));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI]));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI]));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI]));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI]));
//----------ang----------
tI = 1; sI = 1;
lessons.Add(new Lesson(teachers[tI], g, subjects[sI]));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI]));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI]));
//----------mat----------
tI = 2; sI = 2;
lessons.Add(new Lesson(teachers[tI], g, subjects[sI]));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI]));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI]));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI]));
//----------his----------
tI = 3; sI = 3;
lessons.Add(new Lesson(teachers[tI], g, subjects[sI]));
//----------wos----------
tI = 3; sI = 4;
lessons.Add(new Lesson(teachers[tI], g, subjects[sI]));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI]));
//----------fiz----------
tI = 5; sI = 5;
lessons.Add(new Lesson(teachers[tI], g, subjects[sI]));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI]));
//----------bio----------
tI = 3; sI = 6;
lessons.Add(new Lesson(teachers[tI], g, subjects[sI]));
//----------geo----------
tI = 3; sI = 7;
lessons.Add(new Lesson(teachers[tI], g, subjects[sI]));
//----------w-f----------
tI = 4; sI = 8;
lessons.Add(new Lesson(teachers[tI], g, subjects[sI]));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI]));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI]));
//----------rel----------
tI = 5; sI = 9;
lessons.Add(new Lesson(teachers[tI], g, subjects[sI]));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI]));
//----------inf----------
tI = 4; sI = 10;
lessons.Add(new Lesson(teachers[tI], g, subjects[sI]));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI]));
//----------pro----------
tI = 6; sI = 11;
lessons.Add(new Lesson(teachers[tI], g, subjects[sI]));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI]));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI]));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI]));
}
SchoolTimeTable stt = new SchoolTimeTable(lessons, teachers, groups);
List <int> indexs = new List <int>();
indexs.Add(0);
indexs = stt.findDifferentSubjectTheSameGroup(indexs);
if (ConstVariable.NUMBER_OF_LESSONS_TO_POSITIONING > 1)
{
Assert.IsTrue((indexs.Count > 1), "not found more then one different subject the same group");
}
else
{
Assert.IsTrue(indexs.Count > 0, "not found any different subject");
}
}
public void TestCrossing()
{
List <Lesson> lessons = new List <Lesson>();
List <Teacher> teachers = new List <Teacher>();
List <Group> groups = new List <Group>();
List <Subject> subjects = new List <Subject>();
// Console.WriteLine("create 7 teachers");
for (int j = 0; j < 2; j++)
{
teachers.Add(new Teacher(j, "t" + j));
}
//Console.WriteLine("create 6 groups");
for (int j = 0; j < 6; j++)
{
groups.Add(new Group(j, "g" + j));
}
//Console.WriteLine("create 10 subject");
int i = 0;
subjects.Add(new Subject(i++, "pol", SubjectType.HUM));
subjects.Add(new Subject(i++, "mat", SubjectType.SCI));
Console.WriteLine("create list of lesson");
foreach (Group g in groups)
{
int tI = 0;
int sI = 0;
int amount = 0;
//max = 45
//----------pol----------
tI = 0; sI = 0; amount = 5;
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount, 2));
tI = 1; sI = 1; amount = 6;
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
}
SchoolTimeTable stt1 = new SchoolTimeTable(lessons, teachers, groups);
stt1.generateSchoolTimeTable();
stt1.printTimeTable();
SchoolTimeTable stt2 = new SchoolTimeTable(lessons, teachers, groups);
stt2.generateSchoolTimeTable();
stt2.printTimeTable();
SchoolTimeTable stt3 = new SchoolTimeTable(lessons, teachers, groups);
stt3.crossSchoolTimeTables(stt1, stt2);
stt3.printSimpleTimeTable();
}
public void TestGenerating()
{
List <Lesson> lessons = new List <Lesson>();
List <Teacher> teachers = new List <Teacher>();
List <Group> groups = new List <Group>();
List <Subject> subjects = new List <Subject>();
List <Room> rooms = new List <Room>();
// Console.WriteLine("create 6 teachers");
for (int j = 0; j < 7; j++)
{
teachers.Add(new Teacher(j, "t" + j));
}
//Console.WriteLine("create 6 groups");
for (int j = 0; j < 6; j++)
{
groups.Add(new Group(j, "g" + j, 25 + j));
}
int nr = 0;
rooms.Add(new Room(nr, "nr" + nr++, 25, "A"));
rooms.Add(new Room(nr, "nr" + nr++, 40, "A"));
rooms.Add(new Room(nr, "nr" + nr++, 40, "A"));
rooms.Add(new Room(nr, "nr" + nr++, 40, "A"));
rooms.Add(new Room(nr, "nr" + nr++, 40, "B"));
rooms.Add(new Room(nr, "nr" + nr++, 40, "B"));
rooms.Add(new Room(nr, "nr" + nr++, 40, "C"));
//Console.WriteLine("create 10 subject");
int i = 0;
subjects.Add(new Subject(i++, "pol", SubjectType.HUM, "A"));
subjects.Add(new Subject(i++, "ang", SubjectType.JEZ, "A"));
subjects.Add(new Subject(i++, "mat", SubjectType.SCI, "A"));
subjects.Add(new Subject(i++, "his", SubjectType.HUM, "A"));
subjects.Add(new Subject(i++, "wos", SubjectType.HUM, "A"));
subjects.Add(new Subject(i++, "fiz", SubjectType.SCI, "A"));
subjects.Add(new Subject(i++, "bio", SubjectType.SCI, "A"));
subjects.Add(new Subject(i++, "geo", SubjectType.SCI, "A"));
subjects.Add(new Subject(i++, "w-f", SubjectType.SPO, "C"));
subjects.Add(new Subject(i++, "rel", SubjectType.INN, "A"));
subjects.Add(new Subject(i++, "inf", SubjectType.SPE, "B"));
subjects.Add(new Subject(i++, "PRO", SubjectType.SPE, "B"));
Console.WriteLine("create list of lesson");
foreach (Group g in groups)
{
int tI = 0;
int sI = 0;
int amount = 0;
//max = 45
//----------pol----------
tI = 0; sI = 0; amount = 5;
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount, 2));
//----------ang----------
tI = 1; sI = 1; amount = 4;
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
//----------mat----------
tI = 2; sI = 2; amount = 5;
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
//----------his----------
tI = 3; sI = 3; amount = 1;
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
//----------wos----------
tI = 3; sI = 4; amount = 2;
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
//----------fiz----------
tI = 5; sI = 5; amount = 2;
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
//----------bio----------
tI = 3; sI = 6; amount = 1;
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
//----------geo----------
tI = 3; sI = 7; amount = 2;
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
//----------w-f----------
tI = 4; sI = 8; amount = 3;
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
//----------rel----------
tI = 5; sI = 9; amount = 2;
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
//lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
//----------inf----------
tI = 4; sI = 10; amount = 2;
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount));
//----------pro----------
tI = 6; sI = 11; amount = 5;
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount, 2));
lessons.Add(new Lesson(teachers[tI], g, subjects[sI], amount, 3));
}
SchoolTimeTable stt = new SchoolTimeTable(lessons, teachers, groups, rooms);
stt.teacherTimeTables[5].getDays()[0].getSlots()[0].lockSlot();
stt.teacherTimeTables[5].getDays()[1].getSlots()[1].lockSlot();
stt.teacherTimeTables[5].getDays()[2].getSlots()[2].lockSlot();
stt.teacherTimeTables[5].getDays()[3].getSlots()[3].lockSlot();
stt.teacherTimeTables[5].getDays()[4].getSlots()[4].lockSlot();
stt.generateSchoolTimeTable();
stt.printTimeTable();
stt.timeTableCheckSume();
}
