public SimulationResult RunOptimization(Deck playerDeck, Deck enemyDeck, bool surgeMode, int iterations)
{
Board board = new Board(playerDeck, enemyDeck, surgeMode);
SimulationResult result = new SimulationResult();
result.NumberOfIterations = iterations;
for (int currentIteration = 0; currentIteration < iterations; currentIteration++)
{
board.ResetToDefault();
RunSimulation(board, result);
}
return result;
}
private SimulationResult RunSimulation(Board board, SimulationResult intermediateResult)
{
for (int round = 1; round <= Board.MaxRound; round++)
{
Logger.Log("Round {0}", round);
// Draw new card
Deck currentPlayerDeck = board.GetCurrentPlayerDeck();
Deck currentEnemyDeck = board.GetCurrentEnemyDeck();
// Player turn
Logger.Log($"{currentPlayerDeck.GetDeckName()} turn:");
var winningDeck = PlayerTurn(currentPlayerDeck, currentEnemyDeck);
if (winningDeck != null)
{
return UpdateResult(intermediateResult, winningDeck);
}
// Enemy turn
Logger.Log($"{currentEnemyDeck.GetDeckName()} turn:");
winningDeck = PlayerTurn(currentEnemyDeck, currentPlayerDeck);
if (winningDeck != null)
{
return UpdateResult(intermediateResult, winningDeck);
}
// Decrease delay
currentPlayerDeck.PlayedCards.ForEach(c => c.Delay--);
currentEnemyDeck.PlayedCards.ForEach(c => c.Delay--);
}
// If no player win in 50 turns, its draw
intermediateResult.NumberOfPlayerDraws++;
return intermediateResult;
}
private SimulationResult UpdateResult(SimulationResult intermediateResult, Deck winningDeck)
{
if (winningDeck.IsPlayer)
{
intermediateResult.NumberOfPlayerWins ++;
}
else
{
intermediateResult.NumberOfPlayerLosses++;
}
return intermediateResult;
}
