// List更新系
/*
* public static void addPlayer(string iRegDate, Transform trsPrefab = null) { // 新規の選手情報のList追加と同時に対戦リストも追加
* MemberManager.posMemberOfRegDate (iRegDate);
* GameManager.initPlayer ();
* GameManager.regDate = MemberManager.regDate;
* GameManager.nameKaji_family = MemberManager.nameKaji_family;
* GameManager.nameKaji_first = MemberManager.nameKaji_first;
* GameManager.nameKana_family = MemberManager.nameKana_family;
* GameManager.nameKana_first = MemberManager.nameKana_first;
* GameManager.gender = MemberManager.gender;
* GameManager.idxPriority = MemberManager.idxRec + 1;
* GameManager.placeStat = GameManager.PLACE_WAIT;
* GameManager.flgDelete = 0;
*
* DateTime dtMem = DateTime.Parse (MemberManager.saveDate);
* DateTime dtGam = DateTime.Parse (GameManager.saveDate);
* if (dtMem > dtGam) {
* int gameAjt = 0; // 試合途中参加のGame数補正
* if (GameList.Instance.playerList.Count != 0 && SettingManager.joinInit == 1) { // 既存選手のgame数+補正の最小値に合わせる
* gameAjt = GameList.Instance.playerList.Select (p => p.game+p.gameAjust).Min (); // 連続追加でgame数が減少しつづけるため最小-1はしない
* }
* GameManager.gameAjust = gameAjt;
* }
* GameList.Instance.playerList.Add (_player);
*
* List<_Match> ml = new List<_Match>();
* _Match m0 = new _Match ();
* m0.myRegDate = _player.regDate; //最初の自分対自分は2人目でデータ作成時にRegDateを取り出すためだけに必要
* m0.youRegDate = _player.regDate;
* ml.Add (m0);
*
* _TrsPlayer ts = new _TrsPlayer ();
* ts.regDate = MemberManager.regDate;
* ts.trsPlayer = trsPrefab;
* TrsPlayer.Instance.trsPlayerList.Add (ts);
*
* var q = GameList.Instance.matchList.Select(m => m.myRegDate).Distinct();
* foreach (string qRegDate in q) {
* _Match m1 = new _Match ();
* m1.myRegDate = _player.regDate;
* m1.youRegDate = qRegDate;
* ml.Add (m1);
* _Match m2 = new _Match ();
* m2.myRegDate = qRegDate;
* m2.youRegDate = _player.regDate;
* ml.Add (m2);
* }
*
* foreach (_Match m in ml) {
* GameList.Instance.matchList.Add (m);
* }
* }
*/
public static void addPlayer(string iRegDate, bool flgAdd) // 新規の選手情報のList追加と同時に対戦リストも追加 (iMatchup専用)
{
MemberManager.posMemberOfRegDate(iRegDate);
GameManager.initPlayer();
GameManager.regDate = MemberManager.regDate;
GameManager.nameKaji_family = MemberManager.nameKaji_family;
GameManager.nameKaji_first = MemberManager.nameKaji_first;
GameManager.nameKana_family = MemberManager.nameKana_family;
GameManager.nameKana_first = MemberManager.nameKana_first;
GameManager.gender = MemberManager.gender;
GameManager.idxPriority = MemberManager.idxRec + 1;
GameManager.placeStat = GameManager.PLACE_WAIT;
GameManager.flgDelete = 0;
if (flgAdd)
{
int gameAjt = 0; // 試合途中参加のGame数補正
if (GameList.Instance.playerList.Count != 0 && SettingManager.joinInit == 1) // 既存選手のgame数+補正の最小値に合わせる
{
gameAjt = GameList.Instance.playerList.Select(p => p.game + p.gameAjust).Min() - 1; // 連続追加でgame数から最小-1する
}
GameManager.gameAjust = gameAjt;
}
GameList.Instance.playerList.Add(_player);
List <_Match> ml = new List <_Match>();
_Match m0 = new _Match();
m0.myRegDate = _player.regDate; //最初の自分対自分は2人目でデータ作成時にRegDateを取り出すためだけに必要
m0.youRegDate = _player.regDate;
ml.Add(m0);
var q = GameList.Instance.matchList.Select(m => m.myRegDate).Distinct();
foreach (string qRegDate in q)
{
_Match m1 = new _Match();
m1.myRegDate = _player.regDate;
m1.youRegDate = qRegDate;
ml.Add(m1);
_Match m2 = new _Match();
m2.myRegDate = qRegDate;
m2.youRegDate = _player.regDate;
ml.Add(m2);
}
foreach (_Match m in ml)
{
GameList.Instance.matchList.Add(m);
}
}
public static P EndMatch <T, P>(this _Match <T, P> poSwitch)
{
if (poSwitch == null)
{
return(default(P));
}
if (poSwitch.HasValue)
{
return(poSwitch.Value);
}
return(poSwitch.DefaultValue);
}
public static P EndMatch <T, P>(this _Match <T, P> poSwitch, Func <T, P, P> poAction)
{
if (poSwitch == null)
{
return(default(P));
}
if (poSwitch.HasValue)
{
return(poSwitch.Value);
}
return(poAction(poSwitch.Contents, poSwitch.DefaultValue));
}
public static _Match <T, P> Case <T, P>(this _Match <T, P> poSwitch, Func <T, Boolean> poPredicate, Func <T, P> poAction)
{
if (poSwitch == null)
{
return(null);
}
if (!poSwitch.HasValue)
{
if (poPredicate(poSwitch.Contents))
{
poSwitch.Value = poAction(poSwitch.Contents);
}
}
return(poSwitch);
}
public static _Match <T, P> Case <T, P>(this _Match <T, P> poSwitch, Func <T, Boolean> poPredicate, P poReturnValue)
{
return(poSwitch.Case(poPredicate, o => poReturnValue));
}
public static _Match <T, P> Case <T, P>(this _Match <T, P> poSwitch, T poValue, P poReturnValue)
{
return(poSwitch.Case(o => o == null ? poValue == null : o.Equals(poValue), poReturnValue));
}
public static _Match <T, P> Case <T, P>(this _Match <T, P> poSwitch, T poValue, Func <T, P> poAction)
{
return(poSwitch.Case(o => o == null ? poValue == null : o.Equals(poValue), poAction));
}
// -- function --
public static void initPlayer() // ワークの初期化生成
{
_player = new _Player();
_match = new _Match();
}