private PlayerTask PlanNextTurn(POGame.POGame poGame)
{
var options = poGame.CurrentPlayer.Options();
if (options.Count == 1)
{
return(options[0]);
}
else
{
var minionAttacks = new List <PlayerTask>();
var faceAttacks = new List <PlayerTask>();
var heroAttacks = new List <PlayerTask>();
PlayerTask heroFace = null;
var cards = new List <PlayerTask>();
int ourHealth = poGame.CurrentPlayer.Hero.Health + poGame.CurrentPlayer.Hero.Armor;
int hisHealth = poGame.CurrentOpponent.Hero.Health + poGame.CurrentOpponent.Hero.Armor;
int totalFaceDamage = 0;
int totalIncomingFaceDamage = 0;
// sort the moves
foreach (PlayerTask task in options)
{
if (task.PlayerTaskType == PlayerTaskType.MINION_ATTACK)
{
if (task.Target == poGame.CurrentOpponent.Hero)
{
faceAttacks.Add(task);
if (task.Source is Minion)
{
totalFaceDamage += ((Minion)task.Source).AttackDamage;
}
}
else
{
minionAttacks.Add(task);
}
}
else if (task.PlayerTaskType == PlayerTaskType.PLAY_CARD || task.PlayerTaskType == PlayerTaskType.HERO_POWER)
{
cards.Add(task);
}
else if (task.PlayerTaskType == PlayerTaskType.HERO_ATTACK)
{
heroAttacks.Add(task);
if (task.Target == poGame.CurrentOpponent.Hero)
{
totalFaceDamage += poGame.CurrentPlayer.Hero.AttackDamage;
heroFace = task;
}
}
}
foreach (var card in poGame.CurrentOpponent.BoardZone)
{
totalIncomingFaceDamage += card.AttackDamage * (card.HasWindfury ? 2 : 1);
}
// section card play
var cardToPlay = BestCard(cards, poGame);
if (cardToPlay != null)
{
return(cardToPlay);
}
// section minion attacks
else if (faceAttacks.Count > 0 || minionAttacks.Count > 0)
{
if (faceAttacks.Count > 0 && (totalFaceDamage > totalIncomingFaceDamage && ourHealth > hisHealth || totalFaceDamage >= hisHealth))
{
return(faceAttacks[0]);
}
else if (minionAttacks.Count > 0 && totalIncomingFaceDamage > ourHealth)
{
return(BestBoardCleaner(minionAttacks));
}
else if (faceAttacks.Count > 0)
{
return(faceAttacks[0]);
}
else if (minionAttacks.Count > 0)
{
return(BestBoardCleaner(minionAttacks));
}
}
// section hero attacks
else if (heroAttacks.Count > 0)
{
if (heroFace != null && totalFaceDamage >= hisHealth)
{
return(heroFace);
}
else if (ourHealth > 15)
{
PlayerTask best = null;
var bestScore = 0;
foreach (var attack in heroAttacks.Except(new PlayerTask[] { heroFace }))
{
var target = (Minion)attack.Target;
var currentScore = (target.HasDivineShield || target.Health > poGame.CurrentPlayer.Hero.AttackDamage) ? 0 : target.AttackDamage;
if (currentScore > bestScore)
{
best = attack;
bestScore = currentScore;
}
}
if (best != null && ourHealth - bestScore > 10)
{
return(best);
}
}
else if (heroFace != null)
{
return(heroFace);
}
}
}
return(options[0]);
}
/// <summary>
/// TODO: API
/// </summary>
/// <param name="oppGame"></param>
/// <param name="opponent">the controller of the opponent</param>
/// <param name="predicitionMap">the map with all predictions</param>
/// <param name="newSimulations"></param>
/// <returns></returns>
private double simulateOpponentWithPrediction(double lowerTimeBound, double timePerLeaf, POGame.POGame oppGame, Controller opponent,
List <Prediction> predicitionMap, ref Dictionary <POGame.POGame, List <MCTSNode> > newSimulations)
{
double predictionScore = 0;
if (predicitionMap?.Any() ?? false)
{
int denominator = predicitionMap.Count;
var scorings = predicitionMap.GroupBy(p => p.Deck.Scoring)
.Select(c => new MCTSNode.ScoreExt(((double)c.Count() / denominator), c.Key))
.OrderByDescending(s => s.Value).ToList();
// the simulation time for one prediction
double timePerPrediction = timePerLeaf / predicitionMap.Count;
// use prediction for each game
for (int i = 0; i < predicitionMap.Count; i++)
{
Prediction prediction = predicitionMap[i];
var setasideZone = opponent.ControlledZones[Zone.SETASIDE] as SetasideZone;
setasideZone = new SetasideZone(opponent);
// create deck zone
List <Card> deckCards = prediction.Deck.Cards;
var deckZone = opponent.ControlledZones[Zone.DECK] as DeckZone;
deckZone = new DeckZone(opponent);
createZone(opponent, deckCards, deckZone, ref setasideZone);
deckZone.Shuffle();
// create hand zone
List <Card> handCards = prediction.Hand.Cards;
var handZone = opponent.ControlledZones[Zone.HAND] as HandZone;
handZone = new HandZone(opponent);
createZone(opponent, handCards, handZone, ref setasideZone);
var oppLeafNodes = new List <MCTSNode>();
IScore oppStrategy = prediction.Deck.Scoring;
// forward game
POGame.POGame forwardGame = oppGame.getCopy();
// upper time bound for simulation the opponent using the current prediction
double oppSimulationTime = lowerTimeBound + (i + 1) * timePerPrediction / 2;
// simulate opponent's moves
while (forwardGame != null &&
forwardGame.State == State.RUNNING &&
forwardGame.CurrentPlayer.Id == opponent.Id)
{
// simulate
var oppRoot = new MCTSNode(opponent.Id, scorings, forwardGame, null, null);
MCTSNode bestOppNode = simulate(oppSimulationTime, oppRoot, ref oppLeafNodes);
// get solution
List <PlayerTask> solutions = bestOppNode.GetSolution();
for (int j = 0; j < solutions.Count && (forwardGame != null); j++)
{
PlayerTask oppTask = solutions[j];
Dictionary <PlayerTask, POGame.POGame> dir = forwardGame.Simulate(new List <PlayerTask> {
oppTask
});
forwardGame = dir[oppTask];
if (forwardGame != null && forwardGame.CurrentPlayer.Choice != null)
{
break;
}
}
}
// upper time bound for simulation the player using the forwarded game
double simulationTime = oppSimulationTime + timePerPrediction / 2;
double score = 0;
var leafs = new List <MCTSNode>();
// simulate player using forwarded opponent game
while (forwardGame != null &&
forwardGame.State == State.RUNNING &&
forwardGame.CurrentPlayer.Id == _playerId)
{
// simulate
var root = new MCTSNode(_playerId, new List <MCTSNode.ScoreExt> {
new MCTSNode.ScoreExt(1.0, _scoring)
}, forwardGame, null, null);
MCTSNode bestNode = simulate(simulationTime, root, ref leafs);
// get solution
List <PlayerTask> solutions = bestNode.GetSolution();
for (int j = 0; j < solutions.Count && (forwardGame != null); j++)
{
PlayerTask task = solutions[j];
Dictionary <PlayerTask, POGame.POGame> dir = forwardGame.Simulate(new List <PlayerTask> {
task
});
forwardGame = dir[task];
if (forwardGame != null && forwardGame.CurrentPlayer.Choice != null)
{
break;
}
}
// TODO: maybe penalty forwardGame == null
score = bestNode.TotalScore;
}
predictionScore += score;
if (forwardGame != null)
{
newSimulations.Add(forwardGame, leafs);
}
}
}
return(predictionScore);
}
public Node MonteCarloSearch(Node startNode, long startMillisecond, out LinkedList <int> optionList, int step)
{
Node currentNode = startNode;
optionList = new LinkedList <int>();
int nmcsearch = step;
while (currentNode.currentPOGame.CurrentPlayer.Id == startNode.currentPOGame.CurrentPlayer.Id &&
DateTimeOffset.Now.ToUnixTimeMilliseconds() - startMillisecond < this.oneOptionCalculateTime &&
nmcsearch < mcSearchDepth)
{
// random select a option
List <PlayerTask> optionsList = currentNode.currentPOGame.CurrentPlayer.Options();
int nCurrentPlayerOptions = optionsList.Count();
int rndOptionNo = rnd.Next(nCurrentPlayerOptions);
PlayerTask rndOption = optionsList[rndOptionNo];
//Debug.Assert(pogameAfterBestMove != null);
Node tmpNode = currentNode.GetChild(rndOptionNo);
while (nCurrentPlayerOptions > 1 &&
tmpNode != null &&
rndOption.PlayerTaskType == PlayerTaskType.END_TURN)
{
rndOptionNo = rnd.Next(nCurrentPlayerOptions);
rndOption = optionsList[rndOptionNo];
//Debug.Assert(pogameAfterBestMove != null);
tmpNode = currentNode.GetChild(rndOptionNo);
}
// save rndoptionNo which is Node j value
optionList.AddLast(rndOptionNo);
// if j child is existed
if (tmpNode == null)
{
// simulate the option
LinkedList <PlayerTask> options = new LinkedList <PlayerTask>();
options.AddLast(rndOption);
Dictionary <PlayerTask, POGame.POGame> dict = currentNode.currentPOGame.Simulate(options.ToList <PlayerTask>());
POGame.POGame simulatedPOGame = null;
dict.TryGetValue(rndOption, out simulatedPOGame);
// some time simulate option returned POGame is null
if (simulatedPOGame != null)
{
currentNode = currentNode.AddChild(currentNode, rndOption, rndOptionNo, simulatedPOGame);
}
else
{
break;
}
}
// if not existed
else
{
currentNode = tmpNode;
}
nmcsearch++;
}
return(currentNode);
}
private List <Tuple <List <PlayerTask>, POGame.POGame> > DepthCardSearch(List <PlayerTask> cards, POGame.POGame poGame)
{
var result = new List <Tuple <List <PlayerTask>, POGame.POGame> >();
result.Add(Tuple.Create(new List <PlayerTask>(), poGame));
if (TurnStopwatch.Elapsed.TotalSeconds > 70)
{
var simulation = poGame.Simulate(cards)
.Where(it => it.Value != null &&
Comp.Compare(it.Value, poGame) > 0);
foreach (var(card, nextState) in simulation)
{
var nextDive = DepthCardSearch(nextState.Cards(), nextState);
for (int i = 0; i < nextDive.Count; i++)
{
nextDive[i].Item1.Insert(0, card);
}
var best = nextDive.Where(it => it.Item2 != null).MaxElement(Comp, (it => it.Item2));
result.Add(best);
}
}
return(result);
}
public PlayerTask GetMoveRandom(POGame.POGame poGame)
{
List <PlayerTask> options = poGame.CurrentPlayer.Options();
return(options[Rnd.Next(options.Count)]);
}
public static PlayerTask GetBestAction(POGame.POGame game, double seconds)
{
DateTime start = DateTime.Now;
TaskNode root = new TaskNode(null, null, game.getCopy());
int i = 0;
while (true)
{
if (TimeUp(start, seconds - 0.1))
{
break;
}
try
{
TaskNode node = root.SelectNode();
if (TimeUp(start, seconds))
{
break;
}
node = node.Expand();
if (TimeUp(start, seconds))
{
break;
}
int r = node.SimulateGames(5);
if (TimeUp(start, seconds))
{
break;
}
node.Backpropagate(r);
}
catch (Exception e)
{
//Debug.WriteLine(e.Message);
//Debug.WriteLine(e.StackTrace);
}
++i;
}
TaskNode best = null;
//Console.WriteLine($"Iterations: {i}, Time: " + (DateTime.Now-start).TotalMilliseconds + "ms");
foreach (TaskNode child in root.Children)
{
//Console.WriteLine("visits: " + child.TotNumVisits);
//Console.WriteLine("wins: " + child.Wins);
if (best == null || child.TotNumVisits > best.TotNumVisits || (child.TotNumVisits == best.TotNumVisits && child.Wins > best.Wins))
{
best = child;
}
}
//Console.WriteLine("best visits: " + best.TotNumVisits);
//Console.WriteLine("best wins: " + best.Wins);
if (best == null)
{
//Debug.WriteLine("best == null");
return(game.CurrentPlayer.Options()[0]);
}
//Console.WriteLine("best wins: " + best.Wins + " best visits: " + best.TotNumVisits);
return(best.Action);
}
public static int simulation_num = 5; //模擬次數，預設5
/*
* public static PlayerTask GetBestAction_iteration(POGame.POGame game, int iterations)
* {
* TaskNode root = new TaskNode(null, null, game.getCopy());
*
* for (int i = 0; i < iterations; ++i)
* {
* try
* {
* TaskNode node = root.SelectNode();
* node = node.Expand();
* int r = node.SimulateGames(simulation_num);
* node.Backpropagate(r);
* }
* catch (Exception e)
* {
* Debug.WriteLine(e.Message);
* Debug.WriteLine(e.StackTrace);
* }
* }
*
* TaskNode best = null;
*
* foreach (TaskNode child in root.Children)
* {
* Console.WriteLine("visits: " + child.TotNumVisits);
* Console.WriteLine("wins: " + child.Wins);
*
* if (best == null || child.TotNumVisits > best.TotNumVisits)
* {
* best = child;
* }
* }
*
* //Console.WriteLine("best visits: " + best.TotNumVisits);
* //Console.WriteLine("best wins: " + best.Wins);
*
* return best.Action;
* }
*/
public static PlayerTask GetBestAction_second(POGame.POGame game, double seconds)
{
DateTime start = DateTime.Now;
TaskNode root = new TaskNode(null, null, game.getCopy());
int i = 0;
while (true)
{
if (TimeUp(start, seconds - 0.1))
{
break;
}
//Board_Analysis(game);//場面分析函式
Controller my = game.CurrentPlayer;
Controller op = game.CurrentOpponent;
//分配數值
num_my_board = my.BoardZone.Count;
num_op_board = op.BoardZone.Count;
num_my_hand = my.HandZone.Count;
num_op_hand = op.HandZone.Count;
num_my_hero = my.Hero.Health;
num_op_hero = op.Hero.Health;
num_my_deck = my.DeckZone.Count;
num_op_deck = op.DeckZone.Count;
num_remaining_mana = my.RemainingMana;
TreeScore.treescore.tree_score.tree_node = SabberStoneCoreAi.src.Program.main.node_string;
c = Math.Round(TreeScore.treescore.tree_score.Node_Evaluation(num_my_board, num_op_board, num_my_hand, num_op_hand,
num_my_hero, num_op_hero, num_my_deck, num_op_deck, num_remaining_mana), 2, MidpointRounding.AwayFromZero);
//Console.WriteLine(num_my_board+" "+ num_op_board + " " + num_my_hand + " " + num_op_hand + " " +
// num_my_hero + " " + num_op_hero + " " + num_my_deck + " " + num_op_deck + " " + num_remaining_mana);
if (c < 0)
{
c = 0;
}
//Console.WriteLine("c=" + c);
//simulation_num = (int) Math.Round(TreeScore.treescore.tree_score.Node_Evaluation(num_my_board, num_op_board, num_my_hand, num_op_hand,
// num_my_hero, num_op_hero, num_my_deck, num_op_deck), 0, MidpointRounding.AwayFromZero);
//if (simulation_num < 0)
//{
// simulation_num = 1;
//}
//Console.WriteLine("模擬次數為:" + simulation_num);
try
{
TaskNode node = root.SelectNode();
if (TimeUp(start, seconds))
{
break;
}
node = node.Expand();
if (TimeUp(start, seconds))
{
break;
}
int r = node.SimulateGames(simulation_num); //預設5
if (TimeUp(start, seconds))
{
break;
}
node.Backpropagate(r);
}
catch (Exception e)
{
//Debug.WriteLine(e.Message);
//Debug.WriteLine(e.StackTrace);
}
++i;
}
TaskNode best = null;
//Console.WriteLine($"Iterations: {i}, Time: " + (DateTime.Now-start).TotalMilliseconds + "ms");
foreach (TaskNode child in root.Children)
{
//Console.WriteLine("visits: " + child.TotNumVisits);//刪除註解
//Console.WriteLine("wins: " + child.Wins);
if (best == null || child.TotNumVisits > best.TotNumVisits || (child.TotNumVisits == best.TotNumVisits && child.Wins > best.Wins))
{
best = child;
}
}
//Console.WriteLine("best visits: " + best.TotNumVisits);
//Console.WriteLine("best wins: " + best.Wins);
if (best == null)
{
//Debug.WriteLine("best == null");
return(game.CurrentPlayer.Options()[0]);
}
//Console.WriteLine("best wins: " + best.Wins + " best visits: " + best.TotNumVisits);
return(best.Action);
}
public override PlayerTask GetMove(POGame.POGame poGame)
{
throw new NotImplementedException();
}
/// <summary> /// TODO: API /// </summary> /// <param name="game"></param> /// <returns></returns> public abstract MCTSNode simulate(POGame.POGame game);
public MCTSNode(POGame.POGame poGame)
{
this.poGame = poGame;
}
public static double ucb1Heuristic(Node node, int iterations, double EXPLORE_CONSTANT, ref POGame.POGame poGame, double SCORE_IMPORTANCE, ParametricGreedyAgent greedyAgent)
{
double value;
if (node.timesVisited > 0)
{
List <PlayerTask> taskToSimulate = new List <PlayerTask>();
taskToSimulate.Add(node.task);
POGame.POGame stateAfterSimulate = poGame.Simulate(taskToSimulate)[node.task];
double score = greedyAgent.scoreTask(poGame, stateAfterSimulate);
value = (node.totalValue / (double)node.timesVisited) + EXPLORE_CONSTANT * Math.Sqrt(Math.Log(iterations) / node.timesVisited) + SCORE_IMPORTANCE * (score / (double)node.timesVisited);
}
else
{
value = Double.MaxValue;
}
return(value);
}
public static double selectTreePolicy(string treePolicy, Node node, int iterations, double exploreConstant, ref POGame.POGame poGame,
double scoreImportance, ParametricGreedyAgent greedyAgent)
{
double score;
switch (treePolicy)
{
case "UCB1":
score = ucb1(node, iterations, exploreConstant);
break;
case "UCB1Heuristic":
score = ucb1Heuristic(node, iterations, exploreConstant, ref poGame, scoreImportance, greedyAgent);
break;
default:
score = 0;
break;
}
return(score);
}
protected abstract List <PlayerTask> getSolutions(POGame.POGame poGame, int playerID, IScore scoring);
/// <summary>
/// Returns a prediction of the opponent's hand cards, i.e. set of cards and there probability,
/// based on the bi-gram map and cards which haven been played the opponent.
/// </summary>
/// <param name="cardCount">the number of sets which will by predicted</param>
/// <param name="simulationGame">the game the prediction is performed on</param>
/// <param name="playedCards">the cards which have been played by the opponent</param>
/// <param name="boardCards">the board cards of the opponent</param>
/// <param name="classPrediction">the prediction of the deck classes of the opponent</param>
/// <returns>the set of cards and there probability</returns>
private List <PredictedCards> predictCards(int cardCount, POGame.POGame simulationGame, PlayedCards playedCards,
BoardCards boardCards, Dictionary <CardClass, double> classPrediction)
{
List <Dictionary <string, double> > occMaps = getOccurenceMaps(playedCards);
var combinedOccMap = new Dictionary <string, double>();
foreach (Dictionary <string, double> occMap in occMaps)
{
occMap.ToList().ForEach(o => {
string cardId = o.Key;
double cardValue = o.Value;
if (combinedOccMap.ContainsKey(cardId))
{
// greedy approach
if (combinedOccMap[cardId] < cardValue)
{
combinedOccMap[cardId] = cardValue;
}
}
else
{
combinedOccMap.Add(cardId, cardValue);
}
});
}
Dictionary <Card, double> playableCards = convertToCardMap(combinedOccMap, classPrediction);
// get number of cards in relation to the class distribution of already drawn cards
var tempPredictedCardGroups = new List <PredictedCards>();
classPrediction.ToList().ForEach(c =>
{
// filter cards if they have already been exhausted or not
var filterdPlayableCards = new PredictedCards(
playableCards.Where(p => p.Key.Class == c.Key)
.Where(p =>
{
if (p.Key.Rarity == Rarity.LEGENDARY)
{
return(boardCards.Cards
.Count(b => b == p.Key) < 1);
}
else
{
return(boardCards.Cards
.Count(b => b == p.Key) < 2);
}
}).ToList());
int share = (int)(c.Value * cardCount);
var predictedCards = new PredictedCards(filterdPlayableCards
.CardEntries.Take(share)
.ToList());
tempPredictedCardGroups.Add(predictedCards);
});
var combinedPredictedCards = new PredictedCards(
tempPredictedCardGroups.SelectMany(g => g.CardEntries)
.ToList());
double sum = combinedPredictedCards.Sum;
var predictedCardGroups = new List <PredictedCards>();
foreach (PredictedCards group in tempPredictedCardGroups)
{
var newGroup = new PredictedCards();
group.CardEntries
// sort list
.OrderByDescending(c => c.Value)
.ToList().ForEach(c => newGroup.Add(c.Key, (c.Value / sum)));
predictedCardGroups.Add(newGroup);
}
return(predictedCardGroups);
}
/// <summary> Returns N sorted simulated TySimResults for the given start state. </summary>
public static List <TySimResult> GetSimulatedBestTasks(int numTasks, POGame.POGame game, TyStateAnalyzer analyzer)
{
return(GetSimulatedBestTasks(numTasks, game, game.CurrentPlayer.Options(), analyzer));
}
/// <summary>
/// TODO: API
/// </summary>
/// <param name="game"></param>
/// <returns></returns>
public override MCTSNode simulate(POGame.POGame game)
{
POGame.POGame gameCopy = game.getCopy();
// initials root node
var initLeafs = new List <MCTSNode>();
var root = new MCTSNode(_playerId, new List <MCTSNode.ScoreExt> {
new MCTSNode.ScoreExt(1.0, _scoring)
}, gameCopy, null, null);
// simulate
MCTSNode bestNode = simulate(_deltaTime, root, ref initLeafs);
// initials opponent's history
if (_oppHistory == null)
{
List <PlayHistoryEntry> history = gameCopy.CurrentOpponent.PlayHistory;
PlayHistoryEntry[] copyHistory = new PlayHistoryEntry[history.Count];
history.CopyTo(copyHistory);
_oppHistory = copyHistory.ToList();
}
var simulationQueue = new Queue <KeyValuePair <POGame.POGame, List <MCTSNode> > >();
simulationQueue.Enqueue(new KeyValuePair <POGame.POGame, List <MCTSNode> >(gameCopy, initLeafs));
int i = 0;
while (i < _predictionParameters.SimulationDepth &&
simulationQueue.Count > 0)
{
// calculate the lower and upper time bound of the current depth
double lowerSimulationTimeBound = _deltaTime + i * (2 * _deltaTime);
KeyValuePair <POGame.POGame, List <MCTSNode> > simulation = simulationQueue.Dequeue();
POGame.POGame simulationGame = simulation.Key;
List <MCTSNode> leafs = simulation.Value;
leafs = leafs.Where(l => l.Game != null)
.OrderByDescending(l => l.Score)
.Take((leafs.Count > _predictionParameters.LeafCount)
? _predictionParameters.LeafCount : leafs.Count)
.ToList();
if (leafs.Count() < 0)
{
return(bestNode);
}
Controller opponent = getOpponent(simulationGame);
List <Prediction> predicitionMap = getPredictionMap(simulationGame, opponent);
var oldSimulations = new Dictionary <POGame.POGame, List <MCTSNode> >();
// the simulation time for one leaf
double timePerLeaf = (2 * _deltaTime) / leafs.Count;
// get all games from all leaf nodes
for (int j = 0; j < leafs.Count; j++)
{
// calculate the lower time bound of the current leaf
double lowerLeafTimeBound = lowerSimulationTimeBound + j * timePerLeaf;
MCTSNode leafNode = leafs[j];
POGame.POGame oppGame = leafNode.Game;
double leafScore;
// XXX: game can be null
leafScore = simulateOpponentWithPrediction(lowerLeafTimeBound, timePerLeaf,
oppGame, opponent, predicitionMap, ref oldSimulations);
// back-propagate score
backpropagate(leafNode, leafScore);
}
var newSimulations = new Dictionary <POGame.POGame, List <MCTSNode> >();
oldSimulations.ToList()
.OrderByDescending(s => s.Value.Sum(l => l.TotalScore))
.Take((leafs.Count > _predictionParameters.OverallLeafCount) ? _predictionParameters.OverallLeafCount : leafs.Count)
.ToList()
.ForEach(l => newSimulations.Add(l.Key, l.Value));
// add new simulations
foreach (KeyValuePair <POGame.POGame, List <MCTSNode> > sim in oldSimulations)
{
simulationQueue.Enqueue(sim);
}
i++;
}
return(root.Children
.OrderByDescending(c => c.TotalScore)
.First());
}
/// <summary> Returns N sorted simulated TySimResults for the given start state. </summary>
public static List <TySimResult> GetSimulatedBestTasks(int numTasks, POGame.POGame game, List <PlayerTask> options, TyStateAnalyzer analyzer)
{
return(GetSortedBestTasks(numTasks, GetSimulatedGames(game, options, analyzer)));
}
public override PlayerTask GetMove(POGame.POGame poGame)
{
//return GetMoveRandom(poGame);
return(GetMoveSearchTree(poGame, 2));
}
public FlatMCOptionNode(FlatMCOptionNode parent, POGame.POGame game, int playerId, PlayerTask playerTask, IScore scoring)
: base(parent, game, playerId, playerTask, scoring)
{
}
float[] HardCodedOptionRating(POGame.POGame poGame, List <PlayerTask> options)
{
Controller me = poGame.CurrentPlayer;
Controller op = poGame.CurrentOpponent;
int hp = me.Hero.Health;
int opHp = op.Hero.Health;
int heroDamage = me.Hero.TotalAttackDamage;
int opHeroDamage = op.Hero.TotalAttackDamage;
int handZoneCount = me.HandZone.Count;
int opHandZoneCount = op.HandZone.Count;
float averageHandCost = me.HandZone.GetAll().Sum(p => p.Cost) / ((handZoneCount == 0)? 1 : handZoneCount);
int remainingCards = me.DeckZone.Count;
int opRemainingCards = op.DeckZone.Count;
int numberOfMinions = me.BoardZone.Count;
int minionTotHealth = me.BoardZone.Sum(p => p.Health);
int minionTotAttack = me.BoardZone.Sum(p => p.AttackDamage);
int minionTotTauntHp = me.BoardZone.Where(p => p.HasTaunt).Sum(p => p.Health);
int opNumberOfMinions = op.BoardZone.Count;
int opMinionTotHealth = op.BoardZone.Sum(p => p.Health);
int opMinionTotAttack = op.BoardZone.Sum(p => p.AttackDamage);
int opMinionTotTauntHp = op.BoardZone.Where(p => p.HasTaunt).Sum(p => p.Health);
float[] result = new float[options.Count];
for (int i = 0; i < options.Count; i++)
{
PlayerTask curOption = options[i];
if (curOption.PlayerTaskType == PlayerTaskType.MINION_ATTACK)
{
Minion minion = (Minion)curOption.Source;
if (curOption.Target.Card.Type == SabberStoneCore.Enums.CardType.HERO)
{
if (minion.AttackDamage > opHp)
{
result[i] = 1f;
}
if (minionTotAttack > 1.3f * opMinionTotAttack && minionTotHealth > 1.3f * opMinionTotHealth)
{
result[i] += 0.5f;
}
result[i] += 0.3f;
}
if (curOption.Target.Card.Type == SabberStoneCore.Enums.CardType.MINION)
{
Minion targetMinion = (Minion)curOption.Target;
if (minionTotAttack < 0.8f * opMinionTotAttack && minionTotHealth < 0.8f * opMinionTotHealth && minion.Health > targetMinion.AttackDamage)
{
result[i] += 0.5f;
}
if (minion.Health > targetMinion.AttackDamage && minion.AttackDamage > targetMinion.Health)
{
result[i] += 0.5f;
}
}
if (minionTotAttack > 1.2f * opMinionTotAttack && minionTotHealth > 1.2f * opMinionTotHealth && opMinionTotTauntHp < 5)
{
result[i] += 0.1f;
}
result[i] += 0.1f;
}
if (curOption.PlayerTaskType == PlayerTaskType.PLAY_CARD)
{
if (curOption.Source.Card.Type == SabberStoneCore.Enums.CardType.MINION)
{
if (opNumberOfMinions > numberOfMinions && opMinionTotHealth > minionTotHealth || opMinionTotAttack > minionTotAttack)
{
result[i] += 0.5f;
}
result[i] += 0.5f;
if (numberOfMinions == 0 && numberOfMinions == 0)
{
result[i] += 0.4f;
}
}
if (curOption.Source.Card.Type == SabberStoneCore.Enums.CardType.WEAPON)
{
if (me.Hero.Damage <= 0)
{
result[i] += 0.4f;
}
}
if (curOption.Source.Card.Type == SabberStoneCore.Enums.CardType.SPELL)
{
Spell curSpell = (Spell)curOption.Source;
if (curOption.HasTarget && curOption.Target.Card.Type == SabberStoneCore.Enums.CardType.HERO)
{
result[i] += 0.2f;
}
if (curOption.HasTarget == false)
{
result[i] += 0.1f;
}
}
}
if (curOption.PlayerTaskType == PlayerTaskType.HERO_POWER)
{
if (me.HeroClass == SabberStoneCore.Enums.CardClass.SHAMAN)
{
result[i] += 0.2f;
}
if (me.HeroClass == SabberStoneCore.Enums.CardClass.MAGE && curOption.Target.Controller == me)
{
result[i] = -1f;
}
result[i] += 0.1f;
}
if (me.BaseMana <= 3 && me.RemainingMana >= 2 && (curOption.PlayerTaskType == PlayerTaskType.HERO_POWER || curOption.PlayerTaskType == PlayerTaskType.PLAY_CARD))
{
result[i] += 0.5f;
}
if (curOption.PlayerTaskType == PlayerTaskType.END_TURN && me.RemainingMana > 0.5f * me.BaseMana)
{
result[i] = -0.5f;
}
if (curOption.PlayerTaskType == PlayerTaskType.HERO_ATTACK)
{
if (curOption.Target is Minion)
{
Minion curTarget = (Minion)curOption.Target;
if (hp > curTarget.AttackDamage && curTarget.Health < heroDamage)
{
result[i] += 0.5f;
}
}
if (curOption.Target is Hero)
{
Hero curTarget = (Hero)curOption.Target;
if (hp > curTarget.AttackDamage && curTarget.Health < heroDamage)
{
result[i] += 0.5f;
}
}
else
{
result[i] += 0.2f;
}
}
}
return(result);
/*for (int i = 0; i < options.Count; i++)
* {
*
* if (options[i].PlayerTaskType == PlayerTaskType.PLAY_CARD)
* {
* if (options[i].Source.Card.Type == SabberStoneCore.Enums.CardType.MINION)
* {
*
* if (bestCard == null || options[i].Source.Card.Cost > bestCard.Cost)
* {
* bestCard = options[i].Source.Card;
* id = i;
* }
* }
*
* }
*
* if (options[i].PlayerTaskType == PlayerTaskType.MINION_ATTACK)
* {
* if (options[i].Target != null && options[i].Target.Card.Type == SabberStoneCore.Enums.CardType.HERO)
* hardMinionAttackOptionRating[i] = 1;
* }
* }*/
}
private PlayerTask GetGreedyBestTask(POGame.POGame poGame, List <PlayerTask> options)
{
var bestTasks = TyStateUtility.GetSimulatedBestTasks(1, poGame, options, _analyzer);
return(bestTasks[0].task);
}
public abstract PlayerTask GetMove(POGame.POGame poGame);
private void OnMyTurnBegin(POGame.POGame state)
{
_isTurnBegin = false;
_turnTimeStart = TyUtility.GetSecondsSinceStart();
}
public TySimResult(POGame.POGame state, PlayerTask task, float value)
{
this.state = state;
this.value = value;
this.task = task;
}
private static PlayerTask randomTask(POGame.POGame poGame, Random Rnd)
{
return(poGame.CurrentPlayer.Options()[Rnd.Next(0, poGame.CurrentPlayer.Options().Count - 1)]);
}