VALUE StoreValueOfPosition(POSITION position, VALUE value)
{
showStatus(Update);
if(gSymmetries)
position = gCanonicalPosition(position);
AnalyzePosition(position,value);
return db_functions->put_value(position,value);
}
UINT64
SetSlot(
UINT64 position,
UINT8 index,
UINT64 value
)
{
if(gSymmetries)
position = gCanonicalPosition(position);
if(index == gValueSlot)
AnalyzePosition(position, value);
return db_functions->set_slice_slot(position, index, value);
}
// preconditions: computer has no book
void CalcMPCStats(CPlayerComputer* computer, int height) {
FILE* cpFile;
CBitBoard bb;
int nbbs[60], i, iPos;
const int iPosMin=159; // start at this line, useful if stopping and restarting
CQPosition pos;
CCalcParams *cpOld=computer->pcp;
CHeightInfo hi(height, 0, false);
CCalcParamsFixedHeight cp(hi);
computer->pcp=&cp;
computer->cd.fsPrint=0;
// header info
std::cout << 3 << " " << height << " " << kStoneValue << "\n";
// clear computer's and params
//computer->cd.iPruneMidgame=computer->cd.iPruneEndgame=0;
// clear position counts and init
for (i=0; i<60; i++)
nbbs[i]=0;
iPos=0;
// read positions from file; analyze if we should
std::string fn(fnBaseDir);
fn+="captured.pos";
if ((cpFile=fopen(fn.c_str(),"rb"))) {
while (bb.Read(cpFile)) {
pos.Initialize(bb, true);
if (nbbs[bb.NEmpty()]++ < kMaxPositions)
if (iPos++>=iPosMin)
AnalyzePosition(computer, pos);
}
fclose(cpFile);
}
// restore computer's book and params
computer->pcp=cpOld;
}
