public static List<Timetable> GenerateTables(String method)
{
TimetableFitter timeFitter = new TimetableFitter();
switch(method){
case "Pushed":
timeFitter.GeneratedTables.Clear();
timeFitter.PushedFitCourses(timeFitter.generateDefaultCourses(), timeFitter.generateDefaultTimeTable(), 30);
break;
case "Squeezed":
timeFitter.GeneratedTables.Clear();
timeFitter.FlatSqueezedFitCourses(timeFitter.generateDefaultCourses(), timeFitter.generateDefaultTimeTable(), 30);
break;
default:
timeFitter.GeneratedTables.Clear();
timeFitter.NormalFitCourses(timeFitter.generateDefaultCourses(), timeFitter.generateDefaultTimeTable());
break;
}
return timeFitter.GeneratedTables.ToList();
}
static void Main(string[] args)
{
Logger.Reset();
TimetableFitter fitter = new TimetableFitter();
fitter.NormalFitCourses(fitter.generateDefaultCourses(), fitter.generateDefaultTimeTable());
List<Timetable> tables = fitter.GeneratedTables.ToList();
List<Timetable> uniques = fitter.UniquelyGeneratedTables.ToList();
Console.BufferWidth = 250;
int index = 1;
foreach (Timetable table in uniques)
{
String output = index + " " + table.ToString();
Console.Out.Write(output);
Logger.Log(output);
index++;
}
Console.Out.WriteLine("Generated {0} timetables", tables.Count);
Console.Out.WriteLine("Of which {0} were unique", uniques.Count());
Console.Out.WriteLine("Please press enter to continue");
Console.In.ReadLine();
}