internal void MultiWaveBattleCompleteHandler(object sender, EventArgs args)
{
m_simulationComplete = true;
MultiWaveBattle battle = (sender as MultiWaveBattle);
if (battle != null)
{
battle.OnBattleComplete -= MultiWaveBattleCompleteHandler;
battle.OnWaveComplete -= MultiWaveBattleWaveCompleteHandler;
}
}
internal MultiWaveStatistics(MultiWaveBattle battle)
{
m_battle = battle;
m_dummyTotalBattle = new Battle(battle.Units.ToArray(), null, battle.EnemyUnits.ToArray(), null);
m_dummyTotalBattle.StatisticsType = battle.StatisticsType;
}
internal void Calculate()
{
Calculator calculator = new Calculator(Options.Instance.Rounds);
//unist, counts, general, enemy units, counts, generals
MultiWaveBattle battle = new MultiWaveBattle(Options.Instance.Rounds);
battle.BattleType = Options.Instance.MultiWaveBattleType;
battle.StatisticsType = StatisticsType.All;
bool isEnemyEmpty = true;
bool isAttackerEmpty = true;
for (int i = 0; i < MAX_WAVES_COUNT; i++)
{
battle.AddAttackerWave(PlayerWaves[i], m_playerGenerals[i], m_playerTowerBonus[i]);
battle.AddEnemyWave(EnemyWaves[i], null, m_enemyTowerBonus[i], m_enemyCampDestroyTime[i]);
if (isAttackerEmpty)
{
foreach (UnitSquad squad in PlayerWaves[i])
{
if (squad.Count > 0)
{
isAttackerEmpty = false;
}
}
}
if (isEnemyEmpty)
{
foreach (UnitSquad squad in EnemyWaves[i])
{
if (squad.Count > 0)
{
isEnemyEmpty = false;
}
}
}
}
if (isEnemyEmpty || isAttackerEmpty)
{
Simulation = null;
m_totalLosses = null;
m_waveLosses.Clear();
OnPropertyChanged("TotalLosses");
OnPropertyChanged("WaveLosses");
return;
}
MultiWaveStatistics statistics = new MultiWaveStatistics(battle);
battle.OnBattleComplete += statistics.MultiWaveBattleCompleteHandler;
battle.OnWaveComplete += statistics.MultiWaveBattleWaveCompleteHandler;
MultyWaveBattleSimulation simulation = new MultyWaveBattleSimulation();
battle.OnBattleComplete += simulation.MultiWaveBattleCompleteHandler;
battle.OnWaveComplete += simulation.MultiWaveBattleWaveCompleteHandler;
battle.Calculate(calculator);
battle.OnBattleComplete -= statistics.MultiWaveBattleCompleteHandler;
battle.OnWaveComplete -= statistics.MultiWaveBattleWaveCompleteHandler;
battle.OnBattleComplete -= simulation.MultiWaveBattleCompleteHandler;
battle.OnWaveComplete -= simulation.MultiWaveBattleWaveCompleteHandler;
statistics.Calculate();
m_totalLosses = GenerateBattleLosses(statistics.TotalStatistics, battle);
m_waveLosses.Clear();
foreach (KeyValuePair <WaveKey, Statistics.Statistics> pair in statistics.Statistics)
{
BattleLosses waveLosses = GenerateBattleLosses(pair.Value, pair.Value.Battle);
waveLosses.PlayerWaveIndex = pair.Key.AttackerWave + 1;
waveLosses.EnemyWaveIndex = pair.Key.DefenderWave + 1;
m_waveLosses.Add(waveLosses);
}
OnPropertyChanged("TotalLosses");
OnPropertyChanged("WaveLosses");
if (simulation.Simulations.Count == 0)
{
simulation = null;
}
Simulation = simulation;
}
private static BattleLosses GenerateBattleLosses(Statistics.Statistics statistics, MultiWaveBattle battle)
{
return(GenerateBattleLosses(statistics, battle.Units, battle.EnemyUnits));
}
/// <summary>
/// Combine statistics from two battle.
/// </summary>
/// <param name="statistics">Other battle statistics.</param>
/// <param name="battle">Multiwave battle.</param>
internal void CombineStatistics(Statistics statistics, MultiWaveBattle battle)
{
ConvertLossesToChanse();
statistics.ConvertLossesToChanse();
if (m_attackerLossesStatistics.Count == 0)
{
foreach (KeyValuePair <short[], double> lossesStatistic in statistics.m_attackerLossesStatistics)
{
m_attackerLossesStatistics[ConvertLosses(lossesStatistic.Key, statistics.Battle.Units, battle.Units)] = lossesStatistic.Value;
}
m_isCountInAttackerLossesStatistics = statistics.m_isCountInAttackerLossesStatistics;
}
else
{
CombineLossesStatistics(
m_attackerLossesStatistics, m_count, battle.Units,
statistics.m_attackerLossesStatistics, statistics.m_count, statistics.Battle.Units);
}
if (m_defenderLossesStatistics.Count == 0)
{
foreach (KeyValuePair <short[], double> lossesStatistic in statistics.m_defenderLossesStatistics)
{
m_defenderLossesStatistics[ConvertLosses(lossesStatistic.Key, statistics.Battle.EnemyUnits, battle.EnemyUnits)] = lossesStatistic.Value;
}
m_isCountInDefenderLossesStatistics = statistics.m_isCountInDefenderLossesStatistics;
}
else
{
CombineLossesStatistics(
m_defenderLossesStatistics, m_count, battle.EnemyUnits,
statistics.m_defenderLossesStatistics, statistics.m_count, statistics.Battle.EnemyUnits);
}
m_count = statistics.m_count;
statistics.CalculateBattleTime();
m_minBattleTime += statistics.m_minBattleTime;
m_maxBattleTime += statistics.m_maxBattleTime;
m_avgBattleTime += statistics.m_avgBattleTime;
if (statistics.BattleTimeStatistics.Count > 0)
{
if (BattleTimeStatistics.Count == 0)
{
foreach (KeyValuePair <double, double> newTimeStatistic in statistics.BattleTimeStatistics)
{
BattleTimeStatistics[newTimeStatistic.Key] = newTimeStatistic.Value;
}
}
else
{
SortedDictionary <double, double> timeStatistics = new SortedDictionary <double, double>();
foreach (KeyValuePair <double, double> timeStatistic in BattleTimeStatistics)
{
foreach (KeyValuePair <double, double> newTimeStatistic in statistics.BattleTimeStatistics)
{
double time = timeStatistic.Key + newTimeStatistic.Key;
double chance = timeStatistic.Value * newTimeStatistic.Value;
if (!timeStatistics.ContainsKey(time))
{
timeStatistics[time] = chance;
}
else
{
timeStatistics[time] += chance;
}
}
}
m_battleTimeStatistics = timeStatistics;
}
}
}
