public CoreGameEngine()
{
m_instance = this;
m_saveLoad = new SaveLoadCore();
m_timingEngine = new CoreTimingEngine();
m_monsterSkillEngine = new MonsterSkillEffectEngine(this);
m_dungeon = new Dictionary<int, Map>();
StairsMapping.Setup();
CoreGameEngineInterface.SetupCoreGameEngineInterface(this);
}
// Called by PublicGameEngine after any call to CoreGameEngine which passes time.
internal void AfterPlayerAction(CoreGameEngine engine)
{
UpdatePlayerVisitedStatus();
// Regenerate health mana if out of combat for a bit.
const int NumberOfRoundsUntilHealthFull = 20;
if (!CurrentOrRecentDanger())
{
// Always heal at least 1 point if we're not topped off. Thanks integer math!
int hpToHeal = m_player.MaxHP / NumberOfRoundsUntilHealthFull;
if (m_player.CurrentHP < m_player.MaxHP && hpToHeal <= 0)
hpToHeal = 1;
int mpToHeal = m_player.MaxMP / NumberOfRoundsUntilHealthFull;
if (m_player.CurrentMP < m_player.MaxMP && mpToHeal <= 0)
mpToHeal = 1;
bool magicalHeal = m_player.HasAttribute("Regeneration");
m_player.Heal(hpToHeal, magicalHeal);
m_player.GainMP(mpToHeal);
}
// Until the player gets a turn
while (true)
{
Character nextCharacter = m_timingEngine.GetNextActor(m_player, m_map);
if (nextCharacter is Player)
return;
Monster monster = nextCharacter as Monster;
monster.Action(CoreGameEngineInstance.Instance);
}
}
// Called by PublicGameEngine after any call that could pass time.
internal void BeforePlayerAction(CoreGameEngine engine)
{
UpdatePlayerVisitedStatus();
}
internal MonsterSkillEffectEngine(CoreGameEngine engine)
{
m_engine = engine;
}
public void Dispose()
{
m_instance = null;
}
