public bool IsPenalty(Match match, out UnbalancedTeams penalty)
{
int difference = 0;
for (int position = 0; position < Team.MaxSize; position++)
{
if (match.PositionShouldBeFilled((Position)position))
{
difference += new EffectiveGrade(match.Team1.Player(position), (Position)position).Score();
difference -= new EffectiveGrade(match.Team2.Player(position), (Position)position).Score();
}
}
if (difference == 0)
{
penalty = null;
return(false);
}
if (difference < 0)
{
difference = -difference;
}
EffectiveGrade[] team1Grades = new EffectiveGrade[Team.MaxSize];
EffectiveGrade[] team2Grades = new EffectiveGrade[Team.MaxSize];
for (int position = 0; position < Team.MaxSize; position++)
{
if (match.PositionShouldBeFilled((Position)position))
{
team1Grades[position] = new EffectiveGrade(match.Team1.Player(position), (Position)position);
team2Grades[position] = new EffectiveGrade(match.Team2.Player(position), (Position)position);
}
}
penalty = new UnbalancedTeams
{
match = match,
historical = new HistoryOfPenalty(),
score = weights.UnbalancedTeams.Score * difference / match.Size,
team1Grades = team1Grades,
team2Grades = team2Grades,
};
return(true);
}
public static void Output(string filename, IList <Player> players, IList <Day> history, Weights weights)
{
if (!Directory.Exists(Path.GetDirectoryName(filename)))
{
Directory.CreateDirectory(Path.GetDirectoryName(filename));
}
using StreamWriter streamWriter = new StreamWriter(filename);
streamWriter.Write(JsonConvert.SerializeObject(new Dict()
{
{ "players", players.Select(WritePlayer) },
{ "history", history.Select(WriteDay) },
{ "weights", WriteWeights(weights) },
}));
Dict WritePlayer(Player player) => new Dict
{
{ "Name", player.Name },
{ "ID", player.ID },
{ "PositionPrimary", player.PositionPrimary },
{ "PositionSecondary", player.PositionSecondary },
{ "GradePrimary", player.GradePrimary },
{ "GradeSecondary", player.GradeSecondary },
{ "PreferredTeamSizes", player.PreferredTeamSizes },
{ "TagNumber", player.TagNumber },
};
Dict WriteDay(Day day) => new Dict
{
{ "date", day.date },
{ "matches", day.matches.Select(WriteMatch) },
};
Dict WriteMatch(Match match) => new Dict
{
{ "Rink", match.rink },
{ "isFixed", match.isFixed },
{ "dontModify", match.dontModify },
{ "Team1", TeamAsString(match.Team1) },
{ "Team2", TeamAsString(match.Team2) },
{ "penalties", match.penalties.Select(WritePenalty) }
};
IEnumerable <T> relevantToTeam <T>(Team team, IList <T> list)
{
for (int position = 0; position < Team.MaxSize; position++)
{
if (team.PositionShouldBeFilled((Position)position))
{
yield return(list[position]);
}
}
}
string TeamAsString(Team team) => string.Join(",", relevantToTeam(team, team.players).Select(ConvertPlayer));
string ConvertPlayer(Player player) => player?.ID.ToString() ?? "_";
Dict WritePenalty(Penalty penalty) => penalty switch
{
PairAlreadyPlayedInTeam p => WritePenaltyPAIRALREADYPLAYEDINTEAM(p),
PairAlreadyPlayedAgainstEachOther p => WritePenaltyPAIRALREADYPLAYEDAGAINSTEACHOTHER(p),
IncorrectPosition p => WritePenaltyINCORRECTPOSITION(p),
WrongTeamSize p => WritePenaltyWRONGTEAMSIZE(p),
UnbalancedPlayers p => WritePenaltyUNBALANCEDPLAYERS(p),
UnbalancedTeams p => WritePenaltyUNBALANCEDTEAMS(p),
_ => throw new ArgumentException("Unknown penalty")
};
Dict WritePenaltyPAIRALREADYPLAYEDINTEAM(PairAlreadyPlayedInTeam penalty) => new Dict
{
{ "type", "PAIRALREADYPLAYEDINTEAM" },
{ "historical.mostRecentGameIndex", penalty.historical.mostRecentGameIndex },
{ "historical.numberOfOccurences", penalty.historical.numberOfOccurences },
{ "historical.score", penalty.historical.score },
{ "player1", ConvertPlayer(penalty.player1) },
{ "player2", ConvertPlayer(penalty.player2) },
{ "score", penalty.score },
};
Dict WritePenaltyPAIRALREADYPLAYEDAGAINSTEACHOTHER(PairAlreadyPlayedAgainstEachOther penalty) => new Dict
{
{ "type", "PAIRALREADYPLAYEDAGAINSTEACHOTHER" },
{ "historical.mostRecentGameIndex", penalty.historical.mostRecentGameIndex },
{ "historical.numberOfOccurences", penalty.historical.numberOfOccurences },
{ "historical.score", penalty.historical.score },
{ "player1", ConvertPlayer(penalty.player1) },
{ "player2", ConvertPlayer(penalty.player2) },
{ "score", penalty.score },
};
Dict WritePenaltyINCORRECTPOSITION(IncorrectPosition penalty) => new Dict
{
{ "type", "INCORRECTPOSITION" },
{ "historical.mostRecentGameIndex", penalty.historical.mostRecentGameIndex },
{ "historical.numberOfOccurences", penalty.historical.numberOfOccurences },
{ "historical.score", penalty.historical.score },
{ "player", ConvertPlayer(penalty.player) },
{ "givenPosition", penalty.givenPosition },
{ "wantedPosition", penalty.wantedPosition },
{ "usedSecondary", penalty.usedSecondary },
{ "grade", penalty.grade },
};
Dict WritePenaltyWRONGTEAMSIZE(WrongTeamSize penalty) => new Dict
{
{ "type", "WRONGTEAMSIZE" },
{ "historical.mostRecentGameIndex", penalty.historical.mostRecentGameIndex },
{ "historical.numberOfOccurences", penalty.historical.numberOfOccurences },
{ "historical.score", penalty.historical.score },
{ "player", ConvertPlayer(penalty.player) },
{ "score", penalty.score },
{ "givenSize", penalty.givenSize },
{ "wantedSize", penalty.wantedSize },
};
Dict WritePenaltyUNBALANCEDPLAYERS(UnbalancedPlayers penalty) => new Dict
{
{ "type", "UNBALANCEDPLAYERS" },
{ "historical.mostRecentGameIndex", penalty.historical.mostRecentGameIndex },
{ "historical.numberOfOccurences", penalty.historical.numberOfOccurences },
{ "historical.score", penalty.historical.score },
{ "player1", ConvertPlayer(penalty.player1) },
{ "player2", ConvertPlayer(penalty.player2) },
{ "grade1", WriteEffectiveGrade(penalty.grade1) },
{ "grade2", WriteEffectiveGrade(penalty.grade2) },
{ "score", penalty.score },
};
Dict WritePenaltyUNBALANCEDTEAMS(UnbalancedTeams penalty) => new Dict
{
{ "type", "UNBALANCEDTEAMS" },
{ "score", penalty.score },
{ "grade1", relevantToTeam(penalty.match.Team1, penalty.team1Grades).Select(WriteEffectiveGrade) },
{ "grade2", relevantToTeam(penalty.match.Team2, penalty.team2Grades).Select(WriteEffectiveGrade) },
};
Dict WriteEffectiveGrade(EffectiveGrade effectiveGrade) => new Dict
{
{ "grade", effectiveGrade.grade },
{ "positionIsPrimary", effectiveGrade.positionIsPrimary },
{ "positionIsSecondary", effectiveGrade.positionIsSecondary },
};
Dict WriteWeights(Weights weights) => new Dict
{
{ "IncorrectPosition", WriteWeight(weights.IncorrectPosition) },
{ "IncorrectTeamSize", WriteWeight(weights.IncorrectTeamSize) },
{ "PairPlayedTogetherAgainstEachOther", WriteWeight(weights.PairPlayedTogetherAgainstEachOther) },
{ "PairPlayedTogetherInTeam", WriteWeight(weights.PairPlayedTogetherInTeam) },
{ "SecondaryPosition", WriteWeight(weights.SecondaryPosition) },
{ "UnbalancedPlayers", WriteWeight(weights.UnbalancedPlayers) },
{ "UnbalancedTeams", WriteWeight(weights.UnbalancedTeams) },
{ "GoodSkipsGetSkip", WriteWeight(weights.GoodSkipsGetSkip) },
{ "GoodLeadsMoveUp", WriteWeight(weights.GoodLeadsMoveUp) },
};
Dict WriteWeight(Weight weight) => new Dict
{
{ "Score", weight.Score },
{ "Multiplier", weight.Multiplier },
};
}
