public static RoundPlanning Random(int amountOfTeams, int amountOfEvents, int amountOfRegularEvents,
List <SportsMatch> matchPool, int avgPlayersPerTeam, bool breakRound = false,
List <Tuple <int, int> > predefinedMatchUps = null)
{
var round = new RoundPlanning(amountOfEvents);
bool usePredefinedMatchUps = predefinedMatchUps != null;
// Generate amountOfTeams/2 regular events.
for (int i = 0; i < amountOfRegularEvents; i++)
{
// Use a predefined match-up if possible. Randomly generate one otherwise.
(int t0, int t1) = usePredefinedMatchUps ?
(predefinedMatchUps[i].Item1, predefinedMatchUps[i].Item2) :
(Globals.Rand.Next(0, amountOfTeams), Globals.Rand.Next(0, amountOfTeams));
round.Events[i] = Event.Random(t0, t1, matchPool, avgPlayersPerTeam, round.PlayersPerMatchType);
}
// Generate a break event if the amount of teams is odd.
if (breakRound)
{
int t = Globals.Rand.Next(0, amountOfTeams);
round.Events[amountOfEvents - 1] = new BreakEvent(t);
}
return(round);
}
public RoundPlanning Clone()
{
RoundPlanning clone = new RoundPlanning(this.Events.Length);
for (int i = 0; i < this.Events.Length; i++)
{
clone.Events[i] = this.Events[i].Clone();
}
foreach (KeyValuePair <SportsMatchCategory, int> pair in this.PlayersPerMatchType)
{
clone.PlayersPerMatchType[pair.Key] = pair.Value;
}
return(clone);
}
