QString AveragesTab::statisticTable(const Quackle::Simulator &simulator)
{
QString ret;
for (int levelIndex = 0; levelIndex < simulator.numLevels(); ++levelIndex)
{
for (int playerIndex = 0; playerIndex < simulator.numPlayersAtLevel(levelIndex); ++playerIndex)
{
if (levelIndex == 0 && playerIndex == 0)
continue;
const Quackle::SimmedMoveList::const_iterator end(simulator.simmedMoves().end());
// Little bit of fudgery so that the turn after our next turn is #2,
// and turn after oppo's next turn is also #2.
const int turnNumber = levelIndex + (playerIndex == 0? 0 : 1);
QString name = tr("%1 turn #%2").arg(playerIndex == 0? "Our" : "Oppo").arg(turnNumber);
if (playerIndex == 1 && levelIndex == 0)
{
name = tr("Oppo next turn");
}
else if (playerIndex == 0 && levelIndex == 1)
{
name = tr("Our next turn");
}
ret += QString("<h2>%1</h2>").arg(name);
ret += "<table border=0 cellspacing=4>";
ret += tr("<tr><th>Candidate</th><th>Score</th><th>Std. Dev.</th><th>Bingo %</th></tr>");
for (Quackle::SimmedMoveList::const_iterator it = simulator.simmedMoves().begin(); it != end; ++it)
{
if (!(*it).includeInSimulation())
continue;
ret += "<tr>";
ret += tr("<td>%1</td>").arg(QuackleIO::Util::moveToDetailedString((*it).move));
Quackle::AveragedValue value = (*it).getPositionStatistics(levelIndex, playerIndex).getStatistic(Quackle::PositionStatistics::StatisticScore);
Quackle::AveragedValue bingos = (*it).getPositionStatistics(levelIndex, playerIndex).getStatistic(Quackle::PositionStatistics::StatisticBingos);
ret += QString("<td>%1</td><td>%2</td>").arg(value.averagedValue()).arg(value.standardDeviation());
ret += QString("<td>%1</td>").arg(bingos.averagedValue() * 100.0);
ret += "</tr>";
}
ret += "</table>";
}
}
return ret;
}
void testSimulation(Quackle::Game &game)
{
const int kibitzLength = 3;
game.currentPosition().kibitz(kibitzLength);
//UVcout << game.currentPosition() << endl;
UVcout << game.currentPosition().moves() << endl;
Quackle::Simulator simulator;
simulator.setLogfile("quackletest.simulation", false);
simulator.setPosition(game.currentPosition());
simulator.simulate(20, 5);
UVcout << simulator.simmedMoves() << endl;
UVcout << "after " << simulator.iterations() << " iterations pruning to those within five points" << endl;
simulator.pruneTo(5, kibitzLength);
int iterationStep = 1;
int iterationsToRun = 2;
const bool longSim = true;
if (longSim)
{
iterationStep = 10;
iterationsToRun = 50;
}
const int plies = 2;
simulator.setIgnoreOppos(false);
for (int iterations = 0; iterations < iterationsToRun; iterations += iterationStep)
{
simulator.simulate(plies, iterationStep);
UVcout << "sim results after " << iterations + iterationStep << " iterations: " << endl;
const Quackle::SimmedMoveList &moves = simulator.simmedMoves();
for (Quackle::SimmedMoveList::const_iterator it = moves.begin(); it != moves.end(); ++it)
{
UVcout << *it << endl;
}
UVcout << endl;
}
}
void AveragesTab::setSimulator(const Quackle::Simulator &simulator)
{
QString html;
html += statisticTable(simulator);
html += "<hr />";
const Quackle::SimmedMoveList::const_iterator end(simulator.simmedMoves().end());
for (Quackle::SimmedMoveList::const_iterator it = simulator.simmedMoves().begin(); it != end; ++it)
{
if (!(*it).includeInSimulation())
continue;
QString levels;
for (Quackle::LevelList::const_iterator levelIt = (*it).levels.begin(); levelIt != (*it).levels.end(); ++levelIt)
{
QString plays;
for (Quackle::PositionStatisticsList::const_iterator valueIt = (*levelIt).statistics.begin(); valueIt != (*levelIt).statistics.end(); ++valueIt)
{
//plays += QString("(%1) ").arg((*valueIt).score.averagedValue());
//plays += tr("(bingos %1) ").arg((*valueIt).bingos.averagedValue());
}
if (!plays.isEmpty())
levels += QString("<li>%1</li>").arg(plays);
}
html += QString("<h3>%1</h3><ol>%2</ol>").arg(QuackleIO::Util::moveToDetailedString((*it).move)).arg(levels);
html += "<ul>";
if ((*it).residual.hasValues())
html += tr("<li>Rack leftover value: %1</li>").arg((*it).residual.averagedValue());
if ((*it).gameSpread.hasValues())
html += tr("<li>Spread: %1 (sd %2)</li>").arg((*it).gameSpread.averagedValue()).arg((*it).gameSpread.standardDeviation());
html += tr("<li>Valuation: %1</li>").arg((*it).calculateEquity());
html += tr("<li>Bogowin %: %1%</li>").arg((*it).calculateWinPercentage());
html += "</ul>";
}
// TODO don't scroll to top when resetting
m_textEdit->setHtml(html);
}
void AveragesTab::setSimulator(const Quackle::Simulator &simulator)
{
QString html;
html += statisticTable(simulator);
html += "<hr />";
for (const auto& it : simulator.simmedMoves())
{
if (!it.includeInSimulation())
continue;
QString levels;
for (const auto& levelIt : it.levels)
{
QString plays;
for (const auto& valueIt : levelIt.statistics)
{
//plays += QString("(%1) ").arg((*valueIt).score.averagedValue());
//plays += tr("(bingos %1) ").arg((*valueIt).bingos.averagedValue());
}
if (!plays.isEmpty())
levels += QString("<li>%1</li>").arg(plays);
}
html += QString("<h3>%1</h3><ol>%2</ol>").arg(QuackleIO::Util::moveToDetailedString(it.move)).arg(levels);
html += "<ul>";
if (it.residual.hasValues())
html += tr("<li>Rack leftover value: %1</li>").arg(it.residual.averagedValue());
if (it.gameSpread.hasValues())
html += tr("<li>Spread: %1 (sd %2)</li>").arg(it.gameSpread.averagedValue()).arg(it.gameSpread.standardDeviation());
html += tr("<li>Valuation: %1</li>").arg(it.calculateEquity());
html += tr("<li>Bogowin %: %1%</li>").arg(it.calculateWinPercentage());
html += "</ul>";
}
// TODO don't scroll to top when resetting
m_textEdit->setHtml(html);
}
void SimViewer::setSimulator(const Quackle::Simulator &simulator)
{
m_averagesTab->setSimulator(simulator);
setWindowTitle(tr("%1 iterations of %2 - Quackle").arg(simulator.iterations()).arg(QuackleIO::Util::letterStringToQString(simulator.currentPosition().currentPlayer().rack().tiles())));
}