private static void InsertHistogramIntegrated(
HtmlRenderer htmlWriter,
string title,
string xAxisLabel,
HistogramData data,
int xAxisMaxValue)
{
htmlWriter.InsertExpander(title, delegate()
{
htmlWriter.InsertLineGraph(
title,
"Turn",
xAxisLabel,
data.GetXAxis(xAxisMaxValue),
data.GetYAxisIntegrated(xAxisMaxValue)
);
},
collapseByDefault: true);
}
private static void InsertPieChart(
HtmlRenderer htmlWriter,
string title,
string labelTitle,
string dataTitle,
string[] labels,
float[] data,
bool colllapsebyDefault = true)
{
htmlWriter.InsertExpander(title, delegate()
{
htmlWriter.InsertPieChart(
title,
labelTitle,
dataTitle,
labels,
data);
},
collapseByDefault: colllapsebyDefault);
}
private static void InsertCardData(HtmlRenderer htmlWriter, MapOfCardsForGameSubset <PlayerCounterSeparatedByGame> map, CardGameSubset gameSubset, PlayerAction player1, PlayerAction player2)
{
var cards = gameSubset.OrderBy(c => c.DefaultCoinCost);
var player1Data = new List <float>();
var player2Data = new List <float>();
foreach (Card card in cards)
{
player1Data.Add(map[card].GetAverage(playerIndex: 0));
player2Data.Add(map[card].GetAverage(playerIndex: 1));
}
htmlWriter.InsertExpander("Cards Report", delegate()
{
htmlWriter.InsertColumnChart(
"Average Count of Cards Owned at End of Game",
"Card",
new string[] { player1.name, player2.name },
cards.Select(c => c.name).ToArray(),
new float[][] { player1Data.ToArray(), player2Data.ToArray() });
}, collapseByDefault: false);
}
public void CreateHtmlReport(IndentedTextWriter textWriter)
{
int numberOfGamesToLog = 10;
PlayerAction player1 = this.comparisonResults.comparison.playerActions[0];
PlayerAction player2 = this.comparisonResults.comparison.playerActions[1];
int maxTurn = this.comparisonResults.gameEndOnTurnHistogramData.GetXAxisValueCoveringUpTo(97);
var htmlWriter = new HtmlRenderer(textWriter);
htmlWriter.Begin();
string game0Text = null;
for (int gameIndex = 0; gameIndex < numberOfGamesToLog; ++gameIndex)
{
string currentGame = this.comparisonResults.comparison.GetHumanReadableGameLog(gameIndex);
htmlWriter.InsertDataDiv("gamelog" + (gameIndex + 1), currentGame);
if (gameIndex == 0)
{
game0Text = currentGame;
}
}
htmlWriter.Header1(player1.PlayerName + " VS " + player2.PlayerName);
htmlWriter.WriteLine("Number of Games: " + this.comparisonResults.comparison.numberOfGames);
htmlWriter.WriteLine(this.comparisonResults.comparison.firstPlayerAdvantage ? player1.PlayerName + " always started first" : "Players took turns going first");
var pieLabels = new List <string>();
var pieData = new List <float>();
for (int index = 0; index < this.comparisonResults.winnerCount.Length; ++index)
{
pieLabels.Add(this.comparisonResults.comparison.playerActions[index].name);
pieData.Add((float)this.comparisonResults.PlayerWinPercent(index));
}
if (this.comparisonResults.tieCount > 0)
{
pieLabels.Add("Tie");
pieData.Add((float)this.comparisonResults.TiePercent);
}
var statGatherer = this.comparisonResults.statGatherer;
var gameConfig = this.comparisonResults.comparison.gameConfig;
var gameEndOnTurnHistogramData = this.comparisonResults.gameEndOnTurnHistogramData;
htmlWriter.InsertExpander("Who Won?", delegate()
{
InsertPieChart(htmlWriter, "Game Breakdown", "Player", "Percent", pieLabels.ToArray(), pieData.ToArray(), colllapsebyDefault: false);
InsertHistogram(htmlWriter, "Point Spread: " + player1.PlayerName + " score <= 0 >= " + player2.PlayerName + " score", "Percentage", this.comparisonResults.pointSpreadHistogramData, int.MaxValue, content : delegate()
{
htmlWriter.WriteLine("To the left of 0 are games won by " + player1.PlayerName + ". To the right are games won by " + player2.PlayerName + ". The xaxis (absolute value) indicates how many points the game was won by. The area under the curve indicates the win rate for the corresponding player.");
});
InsertLineGraph(htmlWriter, "Probability player is ahead in points at end of round ", player1, player2, statGatherer.oddsOfBeingAheadOnRoundEnd, statGatherer.turnCounters, maxTurn);
InsertLineGraph(htmlWriter, "Victory Point Total Per Turn", player1, player2, statGatherer.victoryPointTotal, statGatherer.turnCounters, maxTurn);
}, collapseByDefault: false);
htmlWriter.InsertExpander("Game Logs", delegate()
{
htmlWriter.InsertPaginationControl(numberOfGamesToLog);
htmlWriter.Write("<textarea id='gameLogTextArea', rows='30' cols='100'>");
htmlWriter.Write(game0Text);
htmlWriter.WriteLine("</textarea>");
});
htmlWriter.InsertExpander("When does the game end?", delegate()
{
InsertHistogram(htmlWriter, "Probablity of Game ending on Turn", "Percentage", gameEndOnTurnHistogramData, maxTurn, colllapsebyDefault: false);
InsertHistogramIntegrated(htmlWriter, "Probablity of Game being over by turn", "Percentage", gameEndOnTurnHistogramData, maxTurn);
});
htmlWriter.InsertExpander("Deck Strength", delegate()
{
InsertCardData(htmlWriter, statGatherer.endOfGameCardCount, gameConfig.cardGameSubset, player1, player2);
InsertLineGraph(htmlWriter, "Coin To Spend Per Turn", player1, player2, statGatherer.coinToSpend, statGatherer.turnCounters, maxTurn, content : delegate()
{
for (int i = 4; i < statGatherer.oddsOfHittingAtLeastACoinAmount.Length; ++i)
{
InsertLineGraph(htmlWriter, "Odds of Hitting at Least " + i + " coin", player1, player2, statGatherer.oddsOfHittingAtLeastACoinAmount[i], statGatherer.turnCounters, maxTurn);
}
});
InsertLineGraph(htmlWriter, "Number of cards Gained Per Turn", player1, player2, statGatherer.cardsGained, statGatherer.turnCounters, maxTurn);
htmlWriter.InsertExpander(player1.PlayerName, delegate()
{
InsertCardData(htmlWriter, "Total Count Of Card", gameConfig.cardGameSubset, statGatherer.cardsTotalCount, statGatherer.turnCounters, 0, maxTurn);
InsertCardData(htmlWriter, "Gain Of Card", gameConfig.cardGameSubset, statGatherer.carsGainedOnTurn, statGatherer.turnCounters, 0, maxTurn);
});
htmlWriter.InsertExpander(player2.PlayerName, delegate()
{
InsertCardData(htmlWriter, "Total Count Of Card", gameConfig.cardGameSubset, statGatherer.cardsTotalCount, statGatherer.turnCounters, 1, maxTurn);
InsertCardData(htmlWriter, "Gain Of Card", gameConfig.cardGameSubset, statGatherer.carsGainedOnTurn, statGatherer.turnCounters, 1, maxTurn);
});
InsertLineGraph(htmlWriter, "Shuffles Per Turn", player1, player2, statGatherer.deckShuffleCount, statGatherer.turnCounters, maxTurn);
InsertLineGraph(htmlWriter, "Ruins Gained Per Turn", player1, player2, statGatherer.ruinsGained, statGatherer.turnCounters, maxTurn);
InsertLineGraph(htmlWriter, "Curses Gained Per Turn", player1, player2, statGatherer.cursesGained, statGatherer.turnCounters, maxTurn);
InsertLineGraph(htmlWriter, "Curses Trashed Per Turn", player1, player2, statGatherer.cursesTrashed, statGatherer.turnCounters, maxTurn);
});
htmlWriter.InsertExpander("Individual Card Graphs", delegate()
{
foreach (Card card in gameConfig.cardGameSubset.OrderBy(c => c.DefaultCoinCost))
{
if (statGatherer.cardsTotalCount[card].forwardTotal.HasNonZeroData ||
statGatherer.carsGainedOnTurn[card].forwardTotal.HasNonZeroData)
{
htmlWriter.InsertExpander(card.name, delegate()
{
InsertLineGraph(htmlWriter, "Card Total At Turn", player1, player2, statGatherer.cardsTotalCount[card], statGatherer.turnCounters, maxTurn, colllapsebyDefault: false);
InsertLineGraph(htmlWriter, "Card Gained At Turn", player1, player2, statGatherer.carsGainedOnTurn[card], statGatherer.turnCounters, maxTurn, colllapsebyDefault: true);
});
}
}
});
htmlWriter.End();
}
