if( k == ABSENT) {\r
if((k = p[king + 2].pos) == ABSENT && (!tsume || tsume & stm+1))\r
return -INF; // lose when no King (in tsume only for side to be mated)\r
- } else if(p[king + 2].pos != ABSENT) k = ABSENT; // two kings is no king...\r
+ } else if(p[king + 2].pos != ABSENT) {\r
+ if(tsume && tsume & stm+1) {\r
+ retDep = 60; return INF; // we win when not in check\r
+ }\r
+ k = ABSENT; // two kings is no king...\r
+ }\r
if( k != ABSENT) { // check is possible\r
if(!attacks[2*k + xstm]) {\r
if(tsume && tsume & stm+1) {\r
\r
if(flag & depth >= 0) printf("%2d:%d made %d/%d %s\n", depth, iterDep, curMove, msp, MoveToText(moveStack[curMove], 0));\r
for(i=2; i<=cnt50; i+=2) if(repStack[level-i+200] == hashKeyH) {\r
+ retDep = iterDep;\r
if(repDraws) { score = 0; goto repetition; }\r
if(!allowRep) {\r
moveStack[curMove] = 0; // erase forbidden move\r
#ifdef HASH\r
// hash store\r
hashTable[index].lock[hit] = hashKeyH;\r
- hashTable[index].depth[hit] = iterDep;\r
+ hashTable[index].depth[hit] = resDep;\r
hashTable[index].score[hit] = bestScore;\r
hashTable[index].flag[hit] = (bestScore < beta) * H_UPPER;\r
if(bestScore > alpha) {\r