std::streamsize Tree::write(OutputStream& ostream) const throw (Exception)
{
std::streamsize size = 0;
wc3lib::write(ostream, treeId(), size);
wc3lib::write(ostream, variation(), size);
size += position().write(ostream);
wc3lib::write(ostream, angle(), size);
size += scale().write(ostream);
wc3lib::write<byte>(ostream, flags(), size);
wc3lib::write(ostream, life(), size);
wc3lib::write(ostream, customId(), size);
return size;
}
void loop(int iov){
//Loop on detectors
for (int j=0;j<vHistoNames.size();j++){
//cout << vHistoNames[j] << endl;
char hTitle[128];
sprintf(hTitle,"Noises/%s",vHistoNames[j].c_str());
//cout << hTitle << endl;
inH = (TH1F*) inFile_->Get(hTitle);
refH = (TH1F*) refFile_->Get(hTitle);
variation(inH,refH,iov);
}
}
std::vector<BitBoard> Bishops::genOccupancyVariations(Square square) {
std::vector<BitBoard> result;
BitBoard variationCount(1LL << __builtin_popcountll(_moveMask[square]));
std::vector<size_t> indexOfOnesInMask;
for (size_t j = 0; j < 64; ++j)
if (_moveMask[square] & (1LL << j)) indexOfOnesInMask.push_back(j);
for (BitBoard i = 0; i < variationCount; ++i) {
BitBoard variation(0LL);
for (size_t j = 0; j < indexOfOnesInMask.size(); ++j)
if (i & (1LL << j)) variation |= (1LL << indexOfOnesInMask[j]);
result.push_back(variation);
}
return result;
}
QString Analysis::toString(const Board& board) const
{
Board testBoard = board;
QString out;
if (isMate()) {
QString color = testBoard.toMove() == White ? "000080" : "800000";
QString text = "Mate in";
out = QString("<font color=\"#%1\"><b>%2 %3</b></font> ")
.arg(color).arg(text).arg(movesToMate());
}
else if (score() > 0)
out = QString("<font color=\"#000080\"><b>+%1</b></font> ").arg(score() / 100.0, 0, 'f', 2);
else out = QString("<font color=\"#800000\"><b>%1</b></font> ").arg(score() / 100.0, 0, 'f', 2);
int moveNo = testBoard.moveNumber();
bool white = testBoard.toMove() == White;
QString moveText;
foreach (Move move, variation()) {
if (white)
moveText += QString::number(moveNo++) + ". ";
else if (moveText.isEmpty())
moveText += QString::number(moveNo++) + "... ";
moveText += testBoard.moveToSan(move);
moveText += " ";
testBoard.doMove(move);
white = !white;
}
out += " <a href=\""+QString::number(-m_numpv)+"\" title=\"Click to add move to game\">[+]</a> ";
out += " <a href=\""+QString::number(m_numpv)+"\" title=\"Click to add variation to game\">[*]</a> ";
out += moveText;
QTime t(0,0,0,0);
t = t.addMSecs(time());
QString elapsed = t.toString("h:mm:ss");
out += tr(" (depth %1, %2)").arg(depth()).arg(elapsed);
return out;
}
GeneratedImageP LocalSymbolFile::toImage() const {
SymbolVariationP variation(new SymbolVariation);
variation->filter = intrusive(new SolidFillSymbolFilter);
return intrusive(new SymbolToImage(true, filename, variation));
}
static void variations(FILE *dest, int num,
char *n1, char *n2, char *n3, char *n4, char *n5,
char *p1, char *p2, char *p3, char *p4, char *p5)
{
switch (num)
{
case 1:
variation(dest, "V1", n1);
break;
case 2:
variation(dest, "V1", n1);
variation(dest, "V2", n2);
break;
case 3:
variation(dest, "V1", n1);
variation(dest, "V2", n2);
variation(dest, "V3", n3);
break;
case 4:
variation(dest, "V1", n1);
variation(dest, "V2", n2);
variation(dest, "V3", n3);
variation(dest, "V4", n4);
break;
case 5:
variation(dest, "V1", n1);
variation(dest, "V2", n2);
variation(dest, "V3", n3);
variation(dest, "V4", n4);
variation(dest, "V5", n5);
break;
}
if (*p1 != 0) variation1(dest, "P1", p1, xstart[0], xend[0], xfull[0], xflags[0]);
if (*p2 != 0) variation1(dest, "P2", p2, xstart[1], xend[1], xfull[1], xflags[1]);
if (*p3 != 0) variation1(dest, "P3", p3, xstart[2], xend[2], xfull[2], xflags[2]);
if (*p4 != 0) variation1(dest, "P4", p4, xstart[3], xend[3], xfull[3], xflags[3]);
if (*p5 != 0) variation1(dest, "P5", p5, xstart[4], xend[4], xfull[4], xflags[4]);
}
picture
outline (picture pic, picture pen) {
raster<true_color> ras= as_raster<true_color> (pic);
raster<double> alpha= get_alpha (as_raster<true_color> (pen));
return raster_picture (variation (ras, alpha));
}
