public BossCasterAiBehaviour(CharacterInstance character)
{
base.Character = character;
this.m_parameters = ParseParameters(character.Character.BossAiParameters);
this.m_targetingBehaviour = new MonsterTargetingAiBehaviour(character);
switch (character.Character.CoreAiBehaviour)
{
case AiBehaviourType.MonsterRanged:
this.m_attackBehaviour = new PursuitAndRangedAttackAiBehaviour(character);
break;
case AiBehaviourType.MonsterRangedToMelee:
this.m_attackBehaviour = new PursuitAndRangedMeleeAttackAiBehaviour(character);
break;
case AiBehaviourType.MonsterPuffer:
this.m_attackBehaviour = new StationarySkillUseAiBehaviour(character, SkillType.PoisonPuff);
break;
default:
this.m_attackBehaviour = new PursuitAndMeleeAttackAiBehaviour(character);
break;
}
for (int i = 0; i < this.m_parameters.PerkTypes.Count; i++)
{
PerkType perkType = this.m_parameters.PerkTypes[i];
PerkInstance item = new PerkInstance();
item.Type = perkType;
item.Modifier = ConfigPerks.GetBestModifier(perkType);
character.BossPerks.PerkInstances.Add(item);
}
this.m_skillTimer.set(ConfigSkills.SHARED_DATA[this.m_parameters.SkillType].BossFirstCastDelay);
}
public BossSummonerAiBehaviour(CharacterInstance character)
{
base.Character = character;
this.m_parameters = ParseParameters(character.Character.BossAiParameters);
this.m_skillData = ConfigSkills.BOSS_SUMMONER_SKILLS[this.m_parameters.SkillType];
this.m_targetingBehaviour = new MonsterTargetingAiBehaviour(character);
switch (character.Character.CoreAiBehaviour)
{
case AiBehaviourType.MonsterRanged:
this.m_attackBehaviour = new PursuitAndRangedAttackAiBehaviour(character);
break;
case AiBehaviourType.MonsterRangedToMelee:
this.m_attackBehaviour = new PursuitAndRangedMeleeAttackAiBehaviour(character);
break;
case AiBehaviourType.MonsterPuffer:
this.m_attackBehaviour = new StationarySkillUseAiBehaviour(character, SkillType.PoisonPuff);
break;
default:
this.m_attackBehaviour = new PursuitAndMeleeAttackAiBehaviour(character);
break;
}
if (this.m_skillData.AiTriggerType == TriggerType.TimeInterval)
{
this.m_timer = new ManualTimer(this.m_skillData.AiTriggerModifier);
}
}
private void removeAiBehaviour(CharacterInstance c)
{
AiBehaviour item = this.m_characterToAiBehaviourMapping[c];
item.cleanup();
this.m_characterToAiBehaviourMapping.Remove(c);
this.m_aiBehaviours.Remove(item);
}
public IdleUntilProvokedAiBehaviour(CharacterInstance character)
{
base.Character = character;
if (base.Character.UsesRangedAttack)
{
this.m_attackBehaviour = new PursuitAndRangedAttackAiBehaviour(character);
}
else
{
this.m_attackBehaviour = new PursuitAndMeleeAttackAiBehaviour(character);
}
}
public IdleUntilWithinAggroDistanceAiBeheaviour(CharacterInstance character)
{
base.Character = character;
if (character.IsBoss)
{
switch (character.Character.BossAiBehaviour)
{
case AiBehaviourType.BossSummoner:
this.m_primaryAi = new BossSummonerAiBehaviour(character);
break;
case AiBehaviourType.BossCaster:
this.m_primaryAi = new BossCasterAiBehaviour(character);
break;
}
}
if (this.m_primaryAi == null)
{
switch (character.Character.CoreAiBehaviour)
{
case AiBehaviourType.MonsterMelee:
this.m_primaryAi = new MonsterMeleeAiBehaviour(character);
return;
case AiBehaviourType.MonsterRanged:
this.m_primaryAi = new MonsterRangedAiBehaviour(character);
return;
case AiBehaviourType.MonsterRangedToMelee:
this.m_primaryAi = new MonsterRangedToMeleeAiBehaviour(character);
return;
case AiBehaviourType.MonsterFireblast:
this.m_primaryAi = new MonsterFireblastAiBehaviour(character);
return;
case AiBehaviourType.MonsterPuffer:
this.m_primaryAi = new MonsterPufferAiBehaviour(character);
return;
}
Debug.LogError("No suitable attack AI behaviour specified for " + character.Name);
}
}
protected void FixedUpdate()
{
ActiveDungeon activeDungeon = GameLogic.Binder.GameState.ActiveDungeon;
for (int i = 0; i < this.m_aiBehaviours.Count; i++)
{
AiBehaviour behaviour = this.m_aiBehaviours[i];
if (behaviour.UpdateTimer.tick(Time.deltaTime * Time.timeScale))
{
CharacterInstance character = behaviour.Character;
float dt = behaviour.UpdateTimer.timeElapsed();
behaviour.UpdateTimer.reset();
behaviour.preUpdate(dt);
if (((activeDungeon == null) || (activeDungeon.ActiveRoom == null)) || ((activeDungeon.CurrentGameplayState != GameplayState.ACTION) && (activeDungeon.CurrentGameplayState != GameplayState.START_CEREMONY_STEP1)))
{
CmdSetCharacterVelocityAndFacing.ExecuteStatic(character, Vector3.zero, character.PhysicsBody.Transform.forward);
}
else if ((((activeDungeon.CurrentGameplayState != GameplayState.START_CEREMONY_STEP1) && !character.IsDead) && (!character.isAttacking() && (character.AttackCooldownTimer <= 0f))) && (!character.ExternallyControlled && !character.Stunned))
{
behaviour.update(dt);
}
}
}
}
public MonsterPufferAiBehaviour(CharacterInstance character)
{
base.Character = character;
this.m_targetingBehaviour = new MonsterTargetingAiBehaviour(character);
this.m_attackBehaviour = new StationarySkillUseAiBehaviour(character, SkillType.PoisonPuff);
}
private void addAiBehaviour(CharacterInstance c)
{
AiBehaviour behaviour = null;
switch (c.Character.CoreAiBehaviour)
{
case AiBehaviourType.HeroMelee:
behaviour = new HeroMeleeAiBehaviour(c);
break;
case AiBehaviourType.HeroRanged:
behaviour = new HeroRangedAiBehaviour(c);
break;
case AiBehaviourType.CompanionMelee:
behaviour = new CompanionMeleeAiBehaviour(c);
break;
case AiBehaviourType.CompanionRanged:
behaviour = new CompanionRangedAiBehaviour(c);
break;
case AiBehaviourType.SupportClone:
behaviour = new SupportCloneAiBehaviour(c);
break;
case AiBehaviourType.SupportDecoy:
behaviour = new SupportDecoyAiBehaviour(c);
break;
case AiBehaviourType.SupportMeleeAtk:
behaviour = new SupportMeleeAttackAiBehaviour(c);
break;
case AiBehaviourType.SupportRangedAtk:
behaviour = new SupportRangedAttackAiBehaviour(c);
break;
case AiBehaviourType.SupportDasher:
behaviour = new SupportSkillUseAiBehaviour(c, SkillType.Omnislash, false, null);
break;
case AiBehaviourType.SupportWhirler:
behaviour = new SupportSkillUseAiBehaviour(c, SkillType.Whirlwind, false, null);
break;
case AiBehaviourType.SupportLeaper:
behaviour = new SupportSkillUseAiBehaviour(c, SkillType.Leap, false, null);
break;
case AiBehaviourType.SupportCharger:
behaviour = new SupportSkillUseAiBehaviour(c, SkillType.Charge, true, null);
break;
case AiBehaviourType.SupportSplashSlammer:
{
List <PerkType> list2 = new List <PerkType>();
list2.Add(PerkType.SkillUpgradeSlam4);
List <PerkType> perkTypes = list2;
behaviour = new SupportSkillUseAiBehaviour(c, SkillType.Slam, false, perkTypes);
break;
}
}
if ((behaviour == null) && (c.Character.CoreAiBehaviour != AiBehaviourType.None))
{
if (c.IsPlayerCharacter)
{
Debug.LogWarning("Assigning IdleUntilWithinAggroDistanceAiBeheaviour for player character.");
}
behaviour = new IdleUntilWithinAggroDistanceAiBeheaviour(c);
}
if (behaviour != null)
{
if (c.IsSupport)
{
behaviour.UpdateTimer.set(ConfigGameplay.AI_UPDATE_INTERVAL * 0.25f);
behaviour.UpdateTimer.tick(behaviour.UpdateTimer.originalTimeSet() * 0.95f);
}
else
{
behaviour.UpdateTimer.tick(UnityEngine.Random.Range((float)(ConfigGameplay.AI_UPDATE_INTERVAL * 0.75f), (float)(ConfigGameplay.AI_UPDATE_INTERVAL * 0.95f)));
}
this.m_characterToAiBehaviourMapping.Add(c, behaviour);
this.m_aiBehaviours.Add(behaviour);
}
}