private List <PossibleCourse> GetPossibleCourses()
{
List <PossibleCourse> possibleCourses = new List <PossibleCourse>();
foreach (var row in dataBaseHandler.DataSet.PossibleCourses)
{
Course course = new Course(dataBaseHandler.DataSet.Courses.FindByCourseID(row.CourseID).CourseID,
dataBaseHandler.DataSet.Courses.FindByCourseID(row.CourseID).Name,
dataBaseHandler.DataSet.Courses.FindByCourseID(row.CourseID).Credits,
dataBaseHandler.DataSet.Courses.FindByCourseID(row.CourseID).NeedsLabRoom,
dataBaseHandler.DataSet.Courses.FindByCourseID(row.CourseID).NeedsLargeRoom,
dataBaseHandler.DataSet.Courses.FindByCourseID(row.CourseID).IsElective,
dataBaseHandler.DataSet.Courses.FindByCourseID(row.CourseID).Hasrerequisite,
dataBaseHandler.DataSet.Courses.FindByCourseID(row.CourseID).Major,
dataBaseHandler.DataSet.Courses.FindByCourseID(row.CourseID).Capacity);
Instructor instructor = new Instructor(dataBaseHandler.DataSet.Instructors.FindByInstructorID(row.InstructorID).Name,
dataBaseHandler.DataSet.Instructors.FindByInstructorID(row.InstructorID).InstructorID,
dataBaseHandler.DataSet.Instructors.FindByInstructorID(row.InstructorID).maxClasses);
Room room = new Room(dataBaseHandler.DataSet.Rooms.FindByRoomID(row.RoomID).RoomID,
dataBaseHandler.DataSet.Rooms.FindByRoomID(row.RoomID).IsLarge,
dataBaseHandler.DataSet.Rooms.FindByRoomID(row.RoomID).IsLab);
PossibleCourse possibleCourse = new PossibleCourse(course, instructor, row.TimeStart, row.TimeEnd, row.DateOffered, room);
//Is possible courses table even needed?
possibleCourses.Add(possibleCourse);
}
return(possibleCourses);
}
public Schedule generateScheduleLvl1(List <Course> courseList, List <Instructor> instructorList, List <Room> roomList)
{
courseList = randomizeCourses(courseList);
List <PossibleCourse> possibleCoursesList = new List <PossibleCourse>();
Room possibleRoom = null;
int c = 0;
//For loop through instuctors and assign as many courses until limit of courses per instructor is met
//Given the room is available and times are not conflicting
//1.For each instructor
for (int i = 0; i < instructorList.Count; i++)
{
int startTime = 8;
int endTime = 10;
string weekDays = "MW";
//Counter to compare to a instructors maximum classes they can teach
int maxCoursesCounter = 0;
//2.Look through all the courses and the professor isn't maxed
for (; c < courseList.Count && maxCoursesCounter < instructorList[i].maxCourses; c++)
{
bool keepGoing = true;
//4. If the room is available
for (int r = 0; r < roomList.Count && keepGoing; r++)
{
if (courseList[c].NeedsLabRoom && roomList[r].isLab)
{
if (roomList[r].roomAvailbility[weekDays + startTime])
{
roomList[r].roomAvailbility[weekDays + startTime] = false;
possibleRoom = roomList[r];
keepGoing = false;
}
}
else if (courseList[c].NeedsLargeRoom && roomList[r].isLarge)
{
if (roomList[r].roomAvailbility[weekDays + startTime])
{
roomList[r].roomAvailbility[weekDays + startTime] = false;
possibleRoom = roomList[r];
keepGoing = false;
}
}
else
{
if (roomList[r].roomAvailbility[weekDays + startTime])
{
roomList[r].roomAvailbility[weekDays + startTime] = false;
possibleRoom = roomList[r];
keepGoing = false;
}
}
}
//5. Assign a time
//
//6. Add the course
//Fix the possible room != null
if (possibleRoom != null)
{
PossibleCourse possibleCourse = new PossibleCourse(courseList[c],
instructorList[i], startTime, endTime, weekDays, possibleRoom);
possibleCoursesList.Add(possibleCourse);
//Remove the course from the list to prevent multiple
//instructors being assigned the same course
//courseList.RemoveAt(c);
maxCoursesCounter++;
}
startTime += 2;
endTime += 2;
if (endTime == 16)
{
weekDays = "TTH";
startTime = 8;
endTime = 10;
}
}
}
Schedule schedule = new Schedule(possibleCoursesList, 100);
return(schedule);
}
