private void Empty_OnChangeSky_Im_Srv(
object obj_shogiGui,
StartposImporter startposImporter,
KifuParserA_Genjo genjo
)
{
}
public string Execute(
ref KifuParserA_Result result,
IRoomViewModel roomViewModel,
out KifuParserA_State nextState,
KifuParserA owner,
KifuParserA_Genjo genjo
)
{
nextState = this;
StartposImporter startposImporter;
string restText;
bool successful = StartposImporter.TryParse(
genjo.InputLine,
out startposImporter,
out restText
);
if (successful)
{
genjo.InputLine = restText;
// SFENの解析結果を渡すので、
// その解析結果をどう使うかは、委譲します。
owner.Delegate_OnChangeSky_Im_Srv(
roomViewModel,
startposImporter,
genjo
);
nextState = KifuParserA_StateA2_SfenMoves.GetInstance();
}
else
{
// 解析に失敗しました。
//>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
genjo.ToBreak = true;
}
return(genjo.InputLine);
}
public static bool TryParse(
string inputLine,
out StartposImporter instance,
out string rest
)
{
bool successful = true;
ISfenPosition2 ro_SfenStartpos;
if (!SfenStringReader.ReadString(inputLine, out rest, out ro_SfenStartpos))
{
successful = false;
instance = null;
goto gt_EndMethod;
}
instance = new StartposImporter(inputLine, ro_SfenStartpos);
gt_EndMethod:
return(successful);
}
public SkyConst ToSky()
{
// 駒40個に、Finger番号を割り当てておきます。
SkyBuffer dst_Sky = new SkyBuffer();// 駒数０。
//SkyBuffer dst_Sky = new SkyBuffer(Util_Sky.New_Komabukuro());// SFENインポート時
Dictionary <Finger, RO_Star_Koma> komaDic = new Dictionary <Finger, RO_Star_Koma>();
// ・インクリメントするので、Finger型ではなく int型で。
// ・駒を取ったときに、先手後手は浮動するので区別できない。
// 王 0～1
int int_fingerK1 = 0;
int int_fingerK2 = 1;
// 飛車 2～3
int int_fingerR1 = 2;
int int_fingerR2 = 3;
// 角 4～5
int int_fingerB1 = 4;
int int_fingerB2 = 5;
// 金 6～9
int int_fingerG1 = 6;
int int_fingerG2 = 8;
// 銀 10～13
int int_fingerS1 = 10;
int int_fingerS2 = 12;
// 桂 14～17
int int_fingerN1 = 14;
int int_fingerN2 = 16;
// 香 18～21
int int_fingerL1 = 18;
int int_fingerL2 = 20;
// 歩 22～30,31～39
int int_fingerP1 = 22;
int int_fingerP2 = 31;
//
// どの升に、どの駒がいるか
//
foreach (KeyValuePair <Basho, RO_Star_Koma> entry in this.banAndKoma)
{
int int_finger;
// 今回のカウント
switch (entry.Value.Syurui)
{
case PieceType.P:
switch (entry.Value.Pside)
{
case Playerside.P1: int_finger = int_fingerP1; break;
case Playerside.P2: int_finger = int_fingerP2; break;
default: throw new Exception("未対応のプレイヤー番号");
}
break;
case PieceType.L:
switch (entry.Value.Pside)
{
case Playerside.P1: int_finger = int_fingerL1; break;
case Playerside.P2: int_finger = int_fingerL2; break;
default: throw new Exception("未対応のプレイヤー番号");
}
break;
case PieceType.N:
switch (entry.Value.Pside)
{
case Playerside.P1: int_finger = int_fingerN1; break;
case Playerside.P2: int_finger = int_fingerN2; break;
default: throw new Exception("未対応のプレイヤー番号");
}
break;
case PieceType.S:
switch (entry.Value.Pside)
{
case Playerside.P1: int_finger = int_fingerS1; break;
case Playerside.P2: int_finger = int_fingerS2; break;
default: throw new Exception("未対応のプレイヤー番号");
}
break;
case PieceType.G:
switch (entry.Value.Pside)
{
case Playerside.P1: int_finger = int_fingerG1; break;
case Playerside.P2: int_finger = int_fingerG2; break;
default: throw new Exception("未対応のプレイヤー番号");
}
break;
case PieceType.K:
switch (entry.Value.Pside)
{
case Playerside.P1: int_finger = int_fingerK1; break;
case Playerside.P2: int_finger = int_fingerK2; break;
default: throw new Exception("未対応のプレイヤー番号");
}
break;
case PieceType.R:
switch (entry.Value.Pside)
{
case Playerside.P1: int_finger = int_fingerR1; break;
case Playerside.P2: int_finger = int_fingerR2; break;
default: throw new Exception("未対応のプレイヤー番号");
}
break;
case PieceType.B:
switch (entry.Value.Pside)
{
case Playerside.P1: int_finger = int_fingerB1; break;
case Playerside.P2: int_finger = int_fingerB2; break;
default: throw new Exception("未対応のプレイヤー番号");
}
break;
case PieceType.PR:
switch (entry.Value.Pside)
{
case Playerside.P1: int_finger = int_fingerR1; break;
case Playerside.P2: int_finger = int_fingerR2; break;
default: throw new Exception("未対応のプレイヤー番号");
}
break;
case PieceType.PB:
switch (entry.Value.Pside)
{
case Playerside.P1: int_finger = int_fingerB1; break;
case Playerside.P2: int_finger = int_fingerB2; break;
default: throw new Exception("未対応のプレイヤー番号");
}
break;
case PieceType.PP:
switch (entry.Value.Pside)
{
case Playerside.P1: int_finger = int_fingerP1; break;
case Playerside.P2: int_finger = int_fingerP2; break;
default: throw new Exception("未対応のプレイヤー番号");
}
break;
case PieceType.PL:
switch (entry.Value.Pside)
{
case Playerside.P1: int_finger = int_fingerL1; break;
case Playerside.P2: int_finger = int_fingerL2; break;
default: throw new Exception("未対応のプレイヤー番号");
}
break;
case PieceType.PN:
switch (entry.Value.Pside)
{
case Playerside.P1: int_finger = int_fingerN1; break;
case Playerside.P2: int_finger = int_fingerN2; break;
default: throw new Exception("未対応のプレイヤー番号");
}
break;
case PieceType.PS:
switch (entry.Value.Pside)
{
case Playerside.P1: int_finger = int_fingerS1; break;
case Playerside.P2: int_finger = int_fingerS2; break;
default: throw new Exception("未対応のプレイヤー番号");
}
break;
default: throw new Exception($"未対応の駒種類=[{entry.Value.Syurui}]");
}
Debug.Assert(0 <= int_finger && int_finger <= 39, "finger=[" + int_finger + "]");
Debug.Assert(!komaDic.ContainsKey(int_finger), "finger=[" + int_finger + "]");
komaDic.Add(int_finger, entry.Value);
// カウントアップ
switch (entry.Value.Syurui)
{
case PieceType.P:
switch (entry.Value.Pside)
{
case Playerside.P1: int_fingerP1++; break;
case Playerside.P2: int_fingerP2++; break;
default: throw new Exception("未対応のプレイヤー番号");
}
break;
case PieceType.L:
switch (entry.Value.Pside)
{
case Playerside.P1: int_fingerL1++; break;
case Playerside.P2: int_fingerL2++; break;
default: throw new Exception("未対応のプレイヤー番号");
}
break;
case PieceType.N:
switch (entry.Value.Pside)
{
case Playerside.P1: int_fingerN1++; break;
case Playerside.P2: int_fingerN2++; break;
default: throw new Exception("未対応のプレイヤー番号");
}
break;
case PieceType.S:
switch (entry.Value.Pside)
{
case Playerside.P1: int_fingerS1++; break;
case Playerside.P2: int_fingerS2++; break;
default: throw new Exception("未対応のプレイヤー番号");
}
break;
case PieceType.G:
switch (entry.Value.Pside)
{
case Playerside.P1: int_fingerG1++; break;
case Playerside.P2: int_fingerG2++; break;
default: throw new Exception("未対応のプレイヤー番号");
}
break;
case PieceType.K:
switch (entry.Value.Pside)
{
case Playerside.P1: int_fingerK1++; break;
case Playerside.P2: int_fingerK2++; break;
default: throw new Exception("未対応のプレイヤー番号");
}
break;
case PieceType.R:
switch (entry.Value.Pside)
{
case Playerside.P1: int_fingerR1++; break;
case Playerside.P2: int_fingerR2++; break;
default: throw new Exception("未対応のプレイヤー番号");
}
break;
case PieceType.B:
switch (entry.Value.Pside)
{
case Playerside.P1: int_fingerB1++; break;
case Playerside.P2: int_fingerB2++; break;
default: throw new Exception("未対応のプレイヤー番号");
}
break;
case PieceType.PR:
switch (entry.Value.Pside)
{
case Playerside.P1: int_fingerR1++; break;
case Playerside.P2: int_fingerR2++; break;
default: throw new Exception("未対応のプレイヤー番号");
}
break;
case PieceType.PB:
switch (entry.Value.Pside)
{
case Playerside.P1: int_fingerB1++; break;
case Playerside.P2: int_fingerB2++; break;
default: throw new Exception("未対応のプレイヤー番号");
}
break;
case PieceType.PP:
switch (entry.Value.Pside)
{
case Playerside.P1: int_fingerP1++; break;
case Playerside.P2: int_fingerP2++; break;
default: throw new Exception("未対応のプレイヤー番号");
}
break;
case PieceType.PL:
switch (entry.Value.Pside)
{
case Playerside.P1: int_fingerL1++; break;
case Playerside.P2: int_fingerL2++; break;
default: throw new Exception("未対応のプレイヤー番号");
}
break;
case PieceType.PN:
switch (entry.Value.Pside)
{
case Playerside.P1: int_fingerN1++; break;
case Playerside.P2: int_fingerN2++; break;
default: throw new Exception("未対応のプレイヤー番号");
}
break;
case PieceType.PS:
switch (entry.Value.Pside)
{
case Playerside.P1: int_fingerS1++; break;
case Playerside.P2: int_fingerS2++; break;
default: throw new Exception("未対応のプレイヤー番号");
}
break;
default:
throw new Exception($"未対応の駒種類=[{entry.Value.Syurui}]");
}
}
//
// 40個の駒が、どの升に居るか
//
{
// finger の順に並べる。
RO_Star_Koma[] komas = new RO_Star_Koma[40];
foreach (KeyValuePair <Finger, RO_Star_Koma> entry in komaDic)
{
Debug.Assert(0 <= (int)entry.Key && (int)entry.Key <= 39, "entry.Key=[" + (int)entry.Key + "]");
komas[(int)entry.Key] = entry.Value;
}
// finger の順に追加。
int komaHandle = 0;
foreach (RO_Star_Koma koma in komas)
{
dst_Sky.AddOverwriteStarlight(
komaHandle,
new RO_MotionlessStarlight(
//komaHandle,
koma
)
);
komaHandle++;
}
}
StartposImporter.Assert_HirateHonsyogi(dst_Sky, "ToSkyの終了直前 this.InputLine=[" + this.InputLine + "]");
return(new SkyConst(dst_Sky));
}