public TeamResult MakeTeam_Internal(List <MemberName> names, int teamCount, TeamSettingOption option)
{
var teamResult = new TeamResult(teamCount);
foreach (var splitOption in option.SplitOptions)
{
var remainNames = splitOption.Names.Where(x => teamResult.Players.Empty(e => e.MemberName == x)).ToList();
var userCount = remainNames.Count; // count = 5, teamCount = 3
var teamSetCount = userCount / teamCount + (userCount % teamCount == 0 ? 0 : 1); // teamSetCount = 2
var teamNames = Enumerable.Range(1, teamSetCount)
.Select((_, i) => MakeTeamNameList(teamCount))
.SelectMany(x => x)
.Take(userCount)
.RandomShuffle()
.ToList(); // ABCCB (random)
var splitResult = remainNames.Zip(teamNames, (n, t) => (n, t)).ToList();
teamResult.Players.AddRange(splitResult);
}
var remains = names
.Where(x => teamResult.Players.Empty(e => e.MemberName == x))
.RandomShuffle()
.ToList();
foreach (var name in remains)
{
var newTeam = GetNextTeamName(teamResult);
teamResult.Players.Add((name, newTeam));
}
teamResult.Score = teamResult.Players
.ToDictionary(x => x.MemberName, x => WhereIs(option.SplitOptions, x.MemberName));
return(teamResult);
}
public override Task <TeamResult> MakeTeamAsync(List <MemberName> names, int teamCount, TeamSettingOption option)
{
var result = MakeTeam_Internal(names, teamCount, option);
return(Task.FromResult(result));
}
public override Task <TeamResult> MakeTeamAsync(List <MemberName> members, int teamCount, TeamSettingOption option)
{
var teamResult = new TeamResult(teamCount);
var shuffled = RandomShuffle(members, teamResult.TeamNames);
teamResult.Players = shuffled;
return(Task.FromResult(teamResult));
}
public override Task <TeamResult> MakeTeamAsync(List <MemberName> members, int teamCount, TeamSettingOption option)
{
return(Task.FromResult(new TeamResult(teamCount)));
}
public abstract Task <TeamResult> MakeTeamAsync(List <MemberName> names, int teamCount, TeamSettingOption option);
public override async Task <TeamResult> MakeTeamAsync(List <MemberName> names, int teamCount, TeamSettingOption option)
{
var members = await SuFcService.GetAllMember();
// 완전 랜덤으로 20개 뽑아 놓고 가장 좋은걸 골라보자.
var users = names
.Select(name => new { Name = name, Member = members.FirstOrDefault(x => x.Name == name) })
.Where(x => x.Member != null)
.Select(x => new { x.Name, x.Member, AttendProp = x.Member.GetSpecValue(MemberSpecType.AttendProb) })
.ToList();
var list = Enumerable.Range(0, 10)
.Select(_ =>
{
var randomTeams = MakeRandomTeam(users.Count, teamCount);
var teamedUsers = users
.Zip(randomTeams, (x, t) => new { x.Name, x.Member, x.AttendProp, Team = t })
.ToList();
var avgByTeam = teamedUsers
.GroupBy(x => x.Team)
.Select(x => new { Team = x.Key, Avg = x.Sum(e => e.AttendProp) })
.ToList();
var sd = avgByTeam.Select(x => x.Avg).StandardDeviation();
return(new { Users = teamedUsers, AvgByTeam = avgByTeam, Score = sd });
})
.OrderBy(x => x.Score)
.ToList();
// list 에서 만든 데이터 중에서 가장 좋은걸 고른다.
var best = list.First();
var teamResult = new TeamResult(teamCount);
teamResult.Score = best.Users
.ToDictionary(x => x.Name, x => x.AttendProp);
teamResult.Players = best.Users
.Select(x => (x.Name, x.Team))
.ToList();
return(teamResult);
}
