/**
* 盤面の着手処理を行います
*/
public bool move(int pos)
{
UInt64 rev;
CppWrapper cppWrapper = new CppWrapper();
black = GetBlack();
white = GetWhite();
if (nowColor == BoardClass.BLACK)
{
rev = cppWrapper.GetBoardChangeInfo(black, white, pos);
if (rev == 0)
{
return false;
}
black ^= ((1UL << pos) | rev);
white ^= rev;
}
else
{
rev = cppWrapper.GetBoardChangeInfo(white, black, pos);
if (rev == 0)
{
return false;
}
white ^= ((1UL << pos) | rev);
black ^= rev;
}
// 着手リスト更新
boardList.Add(new ulong[] { black, white });
moveList.Add(new int[] { (int)nowColor, pos });
nowTurn++;
nowColor ^= 1;
return true;
}
public GameThread()
{
cpw = new CppWrapper();
m_abort = false;
}
private void HintThreadFunc(object args)
{
object[] argsarray = (object[])args;
BoardClass board = (BoardClass)argsarray[1];
CpuClass cpuClass = (CpuClass)argsarray[2];
Form1 formobj = (Form1)argsarray[3];
uint level = (uint)argsarray[4];
int ret = 0;
CppWrapper cpw = new CppWrapper();
// 着手可能リスト取得
ulong moves = cpw.GetEnumMove(board);
// 現在のＣＰＵの設定を取得
CpuConfig cpuConfig = SetCpuConfig(cpuClass);
// BOOK禁止
cpuConfig.bookFlag = false;
ulong bk = board.GetBlack();
ulong wh = board.GetWhite();
HintClass hintData = new HintClass();
// 空きマス数
int empty = cpw.CountBit(~(bk | wh));
// CPU設定
cpuConfig.color = board.GetColor();
cpuConfig.winLossDepth = dcTable[level - 1];
cpuConfig.exactDepth = dcTable[level - 1] - 2;
if (cpuConfig.exactDepth >= empty)
{
// WLDとEXACTの前にある程度の探索を行うため0で初期化
cpuConfig.exactDepth = 0;
cpuConfig.winLossDepth = 0;
hintData.SetAttr(HintClass.SOLVE_MIDDLE);
// 反復深化探索(level - 8)
for (int i = 0; i < level / 2; i++)
{
cpuConfig.searchDepth = (uint)i * 2 + 2;
// 着手可能マスに対してそれぞれ評価値を計算
ret = doSearch(bk, wh, cpuConfig, moves, formobj, hintData);
if (ret == -1) break;
// UIに反復x回目終了を通知
hintData.SetPos(64);
((Form1)formobj).Invoke(((Form1)formobj).hintDelegate, new object[] { hintData });
}
if (ret == 0)
{
hintData.SetAttr(HintClass.SOLVE_EXCAT);
cpuConfig.exactDepth = dcTable[level - 1] - 2;
// 着手可能マスに対してそれぞれ評価値を計算
ret = doSearch(bk, wh, cpuConfig, moves, formobj, hintData);
}
}
else if (cpuConfig.winLossDepth >= empty)
{
cpuConfig.exactDepth = 0;
cpuConfig.winLossDepth = 0;
hintData.SetAttr(HintClass.SOLVE_MIDDLE);
// 反復深化探索(level - 8)
for (int i = 0; i < level / 2; i++)
{
cpuConfig.searchDepth = (uint)i * 2 + 2;
// 着手可能マスに対してそれぞれ評価値を計算
ret = doSearch(bk, wh, cpuConfig, moves, formobj, hintData);
if (ret == -1) break;
// UIに反復x回目終了を通知
hintData.SetPos(64);
((Form1)formobj).Invoke(((Form1)formobj).hintDelegate, new object[] { hintData });
}
if (ret == 0)
{
hintData.SetAttr(HintClass.SOLVE_WLD);
cpuConfig.winLossDepth = dcTable[level - 1];
// 着手可能マスに対してそれぞれ評価値を計算
ret = doSearch(bk, wh, cpuConfig, moves, formobj, hintData);
}
}
else
{
hintData.SetAttr(HintClass.SOLVE_MIDDLE);
// 反復深化探索
for (int i = 0; i < level && i <= empty; i++)
{
cpuConfig.searchDepth = (uint)i * 2 + 2;
// 着手可能マスに対してそれぞれ評価値を計算
ret = doSearch(bk, wh, cpuConfig, moves, formobj, hintData);
if (ret == -1) break;
// UIに反復x回目終了を通知
hintData.SetPos(64);
((Form1)formobj).Invoke(((Form1)formobj).hintDelegate, new object[] { hintData });
}
}
// UIに探索終了を通知
((Form1)formobj).Invoke(((Form1)formobj).hintDelegate, new object[] { null });
}
