protected override BehaviorRunningState OnTick(BehaviorInputData Input)
{
var State = BehaviorRunningState.Finish;
if (IsValidIndex(CurrentSelectIndex_))
{
if (PreviousSelectIndex_ != CurrentSelectIndex_)
{
if (IsValidIndex(PreviousSelectIndex_))
{
Children_[PreviousSelectIndex_].Transition(Input);
}
PreviousSelectIndex_ = CurrentSelectIndex_;
}
}
if (IsValidIndex(PreviousSelectIndex_))
{
State = Children_[PreviousSelectIndex_].Tick(Input);
if (State == BehaviorRunningState.Finish)
{
PreviousSelectIndex_ = InvalidIndex;
}
}
return(State);
}
protected override BehaviorRunningState OnTick(BehaviorInputData Input)
{
var State = BehaviorRunningState.Finish;
if (IsValidIndex(0))
{
State = Children_[0].Tick(Input);
if (State == BehaviorRunningState.Finish)
{
if (LoopCount_ != -1)
{
CurrentCount_++;
if (CurrentCount_ == LoopCount_)
{
State = BehaviorRunningState.Finish;
}
}
else
{
State = BehaviorRunningState.Running;
}
}
}
if (State == BehaviorRunningState.Finish)
{
CurrentCount_ = 0;
}
return(State);
}
protected override BehaviorRunningState OnTick(BehaviorInputData Input)
{
var State = BehaviorRunningState.Finish;
if (CurrentSelectIndex_ == InvalidIndex)
{
CurrentSelectIndex_ = 0;
}
State = Children_[CurrentSelectIndex_].Tick(Input);
if (State == BehaviorRunningState.Finish)
{
CurrentSelectIndex_++;
if (CurrentSelectIndex_ == ChildCount_)
{
CurrentSelectIndex_ = InvalidIndex;
}
else
{
State = BehaviorRunningState.Running;
}
}
if (State == BehaviorRunningState.Error)
{
CurrentSelectIndex_ = InvalidIndex;
}
return(State);
}
public override bool ExternalCondition(BehaviorInputData Input)
{
if (!Input.Attacker.Skill.CanUseSkill())
{
return(false);
}
var NextSkill = Input.Attacker.Skill.GetSkill(Input.SkillID);
if (NextSkill != null && NextSkill.CanUse())
{
return(true);
}
var SkillList = Input.Attacker.Skill.GetSkillList();
foreach (var Skill in SkillList)
{
if (Skill.Type != SkillType.Passive && Skill.CanUse())
{
NextSkill = Skill;
break;
}
}
if (NextSkill == null)
{
return(false);
}
Input.SkillID = NextSkill.SkillID;
//Input.Distance = NextSkill.Radius;
return(true);
}
protected override void OnEnter(BehaviorInputData Input)
{
var Args = Input.Attacker.Skill.CreateSkillArgs(Input.SkillID);
Args.Position = Input.Attacker.Action.TargetNpc.Position;
Args.Direction = (Input.Attacker.Action.TargetNpc.Position - Input.Attacker.Position).normalized;
Input.Attacker.Skill.UseSkill(Args);
}
public override bool ExternalCondition(BehaviorInputData Input)
{
if (!CombatHelper.InAttackRange(Input.Attacker, Input.Attacker.Action.TargetNpc))
{
return(true);
}
return(false);
}
protected override void OnTransition(BehaviorInputData Input)
{
if (IsValidIndex(CurrentSelectIndex_))
{
Children_[CurrentSelectIndex_].Transition(Input);
}
CurrentSelectIndex_ = InvalidIndex;
}
public AINpc(string Name, Transform Trans, CombatTeam Team, float[] InitAttr)
: base(Name, Trans, Team, InitAttr)
{
AIData_ = new BehaviorInputData();
AIData_.Enabled = true;
AIData_.Attacker = this;
AIData_.Node = AIFactory.CreateNormalAI();
AIData_.SkillID = 0;
}
protected override BehaviorRunningState OnExecute(BehaviorInputData Input)
{
if (Input.Attacker.Actor.IsFsmState(FsmStateName.Skill))
{
return(BehaviorRunningState.Running);
}
return(BehaviorRunningState.Finish);
}
protected override void OnTransition(BehaviorInputData Input)
{
if (IsValidIndex(0))
{
Children_[0].Transition(Input);
}
CurrentCount_ = 0;
}
protected override void OnEnter(BehaviorInputData Input)
{
if (!Input.Attacker.Actor.IsFsmState(FsmStateName.Walk))
{
if (Input.Attacker.Action.IsValidTarget())
{
Input.Attacker.Action.MoveTo(Input.Attacker.Action.TargetNpc.Position);
}
}
}
public override bool ExternalCondition(BehaviorInputData Input)
{
if (Input.Attacker.Action.IsValidTarget())
{
return(true);
}
Input.Attacker.Action.SetTarget(FilterHelper.FindNearest(Input.Attacker));
return(Input.Attacker.Action.TargetNpc != null);
}
protected override void OnTransition(BehaviorInputData Input)
{
if (NeedExit_)
{
OnExit(Input, BehaviorRunningState.Error);
}
SetActiveNode(null);
TerminalState_ = BehaviorTerminalState.Ready;
NeedExit_ = false;
}
protected override bool OnEvaluate(BehaviorInputData Input)
{
if (IsValidIndex(CurrentSelectIndex_))
{
if (Children_[CurrentSelectIndex_].Evaluate(Input))
{
return(true);
}
}
return(base.OnEvaluate(Input));
}
protected override void OnTransition(BehaviorInputData Input)
{
for (var Index = 0; Index < MaxChildCount; ++Index)
{
ChildrenState_[Index] = BehaviorRunningState.Running;
}
for (var Index = 0; Index < ChildCount_; ++Index)
{
Children_[Index].Transition(Input);
}
}
protected override BehaviorRunningState OnExecute(BehaviorInputData Input)
{
if (Input.Attacker.Actor.IsFsmState(FsmStateName.Walk) && Input.Attacker.Action.IsValidTarget())
{
if (!CombatHelper.InAttackRange(Input.Attacker, Input.Attacker.Action.TargetNpc))
{
Input.Attacker.Action.MoveTo(Input.Attacker.Action.TargetNpc.Position);
}
return(BehaviorRunningState.Running);
}
return(BehaviorRunningState.Finish);
}
protected override bool OnEvaluate(BehaviorInputData Input)
{
CurrentSelectIndex_ = 0;
for (var Index = 0; Index < ChildCount_; ++Index)
{
if (Children_[Index].Evaluate(Input))
{
CurrentSelectIndex_ = Index;
return(true);
}
}
return(false);
}
protected override bool OnEvaluate(BehaviorInputData Input)
{
for (var Index = 0; Index < ChildCount_; ++Index)
{
if (ChildrenState_[Index] == BehaviorRunningState.Running)
{
if (!Children_[Index].Evaluate(Input))
{
return(false);
}
}
}
return(true);
}
protected override BehaviorRunningState OnTick(BehaviorInputData Input)
{
var FinishedCount = 0;
for (var Index = 0; Index < ChildCount_; ++Index)
{
if (Mode_ == BehaviorParallelMode.Or)
{
if (ChildrenState_[Index] == BehaviorRunningState.Running)
{
ChildrenState_[Index] = Children_[Index].Tick(Input);
}
if (ChildrenState_[Index] != BehaviorRunningState.Running)
{
FinishedCount = ChildCount_;
break;
}
}
else if (Mode_ == BehaviorParallelMode.And)
{
if (ChildrenState_[Index] == BehaviorRunningState.Running)
{
ChildrenState_[Index] = Children_[Index].Tick(Input);
}
if (ChildrenState_[Index] != BehaviorRunningState.Running)
{
FinishedCount++;
}
}
}
if (FinishedCount == ChildCount_)
{
for (var Index = 0; Index < MaxChildCount; ++Index)
{
ChildrenState_[Index] = BehaviorRunningState.Running;
}
return(BehaviorRunningState.Finish);
}
return(BehaviorRunningState.Running);
}
protected override bool OnEvaluate(BehaviorInputData Input)
{
var IsLoop = (LoopCount_ == -1) || CurrentCount_ < LoopCount_;
if (!IsLoop)
{
return(false);
}
if (IsValidIndex(0))
{
if (Children_[0].Evaluate(Input))
{
return(true);
}
}
return(false);
}
protected override bool OnEvaluate(BehaviorInputData Input)
{
var Index = 0;
if (CurrentSelectIndex_ != InvalidIndex)
{
Index = CurrentSelectIndex_;
}
if (IsValidIndex(Index))
{
if (Children_[Index].Evaluate(Input))
{
return(true);
}
}
return(false);
}
protected override BehaviorRunningState OnTick(BehaviorInputData Input)
{
var State = BehaviorRunningState.Finish;
if (TerminalState_ == BehaviorTerminalState.Ready)
{
OnEnter(Input);
NeedExit_ = true;
TerminalState_ = BehaviorTerminalState.Running;
SetActiveNode(this);
}
if (TerminalState_ == BehaviorTerminalState.Running)
{
State = OnExecute(Input);
SetActiveNode(this);
if (State == BehaviorRunningState.Finish || State == BehaviorRunningState.Error)
{
TerminalState_ = BehaviorTerminalState.Finish;
}
}
if (TerminalState_ == BehaviorTerminalState.Finish)
{
if (NeedExit_)
{
OnExit(Input, State);
}
TerminalState_ = BehaviorTerminalState.Ready;
NeedExit_ = false;
SetActiveNode(null);
}
return(State);
}
protected virtual BehaviorRunningState OnTick(BehaviorInputData Input)
{
return(BehaviorRunningState.Finish);
}
public void Transition(BehaviorInputData Input)
{
OnTransition(Input);
}
public BehaviorRunningState Tick(BehaviorInputData Input)
{
return(OnTick(Input));
}
public override bool ExternalCondition(BehaviorInputData Input)
{
return(true);
}
public override bool ExternalCondition(BehaviorInputData Input)
{
return(Left_.ExternalCondition(Input) ^ Right_.ExternalCondition(Input));
}
public abstract bool ExternalCondition(BehaviorInputData Input);
protected virtual bool OnEvaluate(BehaviorInputData Input)
{
return(true);
}
protected virtual void OnTransition(BehaviorInputData Input)
{
}
