public virtual void Calculate(Battle battle, Random random)
{
BattleWaves waves = SplitByWaves(battle);
for (int j = 0; j < IterationCount; j++)
{
BattleComplete(battle, BattleHelper.Instance.CalculateBattle2(battle, waves, random));
}
}
public virtual void Calculate(Battle battle, double targetAttackerChance, double targetDefenderChance)
{
BattleWaves waves = SplitByWaves(battle);
MinMaxBattleHelper battleHelper = new MinMaxBattleHelper();
battleHelper.TargetAttackerChance = targetAttackerChance;
battleHelper.TargetDefenderChance = targetDefenderChance;
BattleComplete(battle, battleHelper.CalculateBattle2(battle, waves, new Random()));
}
internal static BattleWaves SplitByWaves(Battle battle)
{
BattleWaves result = new BattleWaves();
int i = 0;
foreach (Unit unit in battle.Units)
{
switch (unit.AttackPriority)
{
case AttackPriority.AvantGarde:
result.Avantgard.Add(i);
break;
case AttackPriority.Normal:
result.Normal.Add(i);
break;
case AttackPriority.RearGuard:
result.RearGuard.Add(i);
break;
default:
break;
}
i++;
}
i = 0;
foreach (Unit unit in battle.EnemyUnits)
{
switch (unit.AttackPriority)
{
case AttackPriority.AvantGarde:
result.EnemyAvantgard.Add(i);
break;
case AttackPriority.Normal:
result.EnemyNormal.Add(i);
break;
case AttackPriority.RearGuard:
result.EnemyRearGuard.Add(i);
break;
default:
break;
}
i++;
}
return(result);
}
public ThreadParameter(
int index,
int iterationCount,
Battle battle,
BattleWaves battleWaves,
Random random)
{
m_index = index;
m_battleWaves = battleWaves;
m_battle = battle;
m_iterationCount = iterationCount;
m_random = random;
}
public override void Calculate(Battle battle, Random random)
{
BattleWaves battleWaves = SplitByWaves(battle);
int threadCounts = Environment.ProcessorCount;
m_battles = new Queue <List <BattleStep> >(IterationCount / threadCounts);
m_threads = new Thread[threadCounts];
m_events = new ManualResetEvent[threadCounts];
for (int i = 0; i < m_events.Length; i++)
{
m_events[i] = new ManualResetEvent(false);
m_threads[i] = new Thread(ThreadMethod);
m_threads[i].Start(new ThreadParameter(
i,
IterationCount / threadCounts,
battle,
battleWaves,
new Random(random.Next())));
}
while (true)
{
while (true)
{
List <BattleStep> result;
lock (m_battles)
{
if (m_battles.Count > 0)
{
result = m_battles.Dequeue();
}
else
{
break;
}
}
BattleComplete(battle, result);
}
bool threadStopped = WaitHandle.WaitAll(m_events, 50);
if (threadStopped)
{
if (m_battles.Count == 0)
{
return;
}
}
}
}
internal List <BattleStep> CalculateBattle2(
Battle battle,
BattleWaves waves,
Random random,
RoundStateHandler roundStateHandler,
UnitAttackHandler unitAttackHandler)
{
List <BattleStep> steps = new List <BattleStep>();
steps.Add(new BattleStep(battle));
int roundIndex = 0;
General avantgardGeneral = null;
General general = null;
General rearguardGeneral = null;
if (battle.General != null)
{
switch (battle.General.AttackPriority)
{
case AttackPriority.AvantGarde:
avantgardGeneral = battle.General;
break;
case AttackPriority.Normal:
general = battle.General;
break;
case AttackPriority.RearGuard:
rearguardGeneral = battle.General;
break;
}
}
General avantgardEnemyGeneral = null;
General enemyGeneral = null;
General rearguardEnemyGeneral = null;
if (battle.EnemyGeneral != null)
{
switch (battle.EnemyGeneral.AttackPriority)
{
case AttackPriority.AvantGarde:
avantgardEnemyGeneral = battle.EnemyGeneral;
break;
case AttackPriority.Normal:
enemyGeneral = battle.EnemyGeneral;
break;
case AttackPriority.RearGuard:
rearguardEnemyGeneral = battle.EnemyGeneral;
break;
}
}
while (true)
{
if (!Attack2(battle, waves.Avantgard, waves.EnemyAvantgard, steps, avantgardGeneral, avantgardEnemyGeneral, random, unitAttackHandler))
{
break;
}
if (roundStateHandler != null)
{
roundStateHandler(null, new RoundStateArgs(steps[steps.Count - 1], roundIndex++));
}
if (!Attack2(battle, waves.Normal, waves.EnemyNormal, steps, general, enemyGeneral, random, unitAttackHandler))
{
break;
}
if (roundStateHandler != null)
{
roundStateHandler(null, new RoundStateArgs(steps[steps.Count - 1], roundIndex++));
}
if (!Attack2(battle, waves.RearGuard, waves.EnemyRearGuard, steps, rearguardGeneral, rearguardEnemyGeneral, random, unitAttackHandler))
{
break;
}
if (roundStateHandler != null)
{
roundStateHandler(null, new RoundStateArgs(steps[steps.Count - 1], roundIndex++));
}
}
if (roundStateHandler != null)
{
roundStateHandler(null, new RoundStateArgs(steps[steps.Count - 1], roundIndex));
roundStateHandler(null, new RoundStateArgs(steps[steps.Count - 1], -1));
}
return(steps);
}
internal List <BattleStep> CalculateBattle2(Battle battle, BattleWaves waves, Random random)
{
return(CalculateBattle2(battle, waves, random, null, null));
}
