public void CloneTo(Unit unit)
{
base.CloneTo(unit as UnitBase);
//copy character controller
CharacterController cc = unit.gameObject.AddComponent <CharacterController> ();
cc.center = this.GetComponent <CharacterController> ().center;
cc.radius = this.GetComponent <CharacterController> ().radius;
cc.height = this.GetComponent <CharacterController> ().height;
//copy animation
foreach (AnimationState ani in this.animation)
{
AnimationClip clip = ani.clip;
unit.animation.AddClip(clip, ani.name);
}
//copy idledata
foreach (IdleData idleData in this.IdleData)
{
IdleData clone = idleData.GetClone();
unit.IdleData = Util.AddToArray <IdleData> (clone, unit.IdleData);
}
//copy movedata
foreach (MoveData moveData in this.MoveData)
{
MoveData clone = moveData.GetClone();
unit.MoveData = Util.AddToArray <MoveData> (clone, unit.MoveData);
}
//copy attackdata
foreach (AttackData attackData in this.AttackData)
{
AttackData clone = attackData.GetClone();
unit.AttackData = Util.AddToArray <AttackData> (clone, unit.AttackData);
}
//copy ReceiveDamageData
foreach (ReceiveDamageData receiveDamageData in this.ReceiveDamageData)
{
ReceiveDamageData clone = receiveDamageData.GetClone();
unit.ReceiveDamageData = Util.AddToArray <ReceiveDamageData> (clone, unit.ReceiveDamageData);
}
//copy DeathData
foreach (DeathData deathData in this.DeathData)
{
DeathData clone = deathData.GetClone();
unit.DeathData = Util.AddToArray <DeathData> (clone, unit.DeathData);
}
//copy AudioData
foreach (AudioData audioData in this.AudioData)
{
AudioData clone = audioData.GetClone();
unit.AudioData = Util.AddToArray <AudioData> (clone, unit.AudioData);
}
//copy DecalData
foreach (DecalData decalData in this.DecalData)
{
DecalData clone = decalData.GetClone();
unit.DecalData = Util.AddToArray <DecalData> (clone, unit.DecalData);
}
}
public IdleData GetClone()
{
IdleData clone = new IdleData();
base.CloneBasic(clone);
clone.KeepFacingTarget = this.KeepFacingTarget;
clone.SmoothRotate = this.SmoothRotate;
clone.RotateDataName = this.RotateDataName;
return(clone);
}
public IdleData GetClone()
{
IdleData clone = new IdleData();
base.CloneBasic(clone);
clone.KeepFacingTarget = this.KeepFacingTarget;
clone.SmoothRotate = this.SmoothRotate;
clone.RotateDataName = this.RotateDataName;
return clone;
}
// ReSharper disable once MemberCanBePrivate.Global
// public constructor required for akka
public CompetitionSlot(
IActorRef competitorSource
, ICompetitionActorPropsFactory competitionActorPropsFactory)
{
StartWith(CompetitionSlotState.Idle, IdleData.FromReason(IdleReason.JustStarted));
When(CompetitionSlotState.Idle, state =>
{
if (state.FsmEvent is RunCompetition runCompetition)
{
return(GoToLobby(competitorSource));
}
return(null);
});
When(CompetitionSlotState.Lobby, state =>
{
if (state.FsmEvent is TypedAskResult <RoomCreated> agentsOrderCompleted)
{
var competitorActorProps = competitionActorPropsFactory.Build(agentsOrderCompleted.Answer.ActorPlayers);
var competitorActor = Context.ActorOf(competitorActorProps);
return(GoTo(CompetitionSlotState.Game)
.Using(
new ActiveGameData(
competitorActor
, agentsOrderCompleted.Answer.ActorPlayers)));
}
if (state.FsmEvent is NotEnoughPlayers)
{
return(GoTo(CompetitionSlotState.Idle)
.Using(IdleData.FromReason(IdleReason.NotEnoughPlayers)));
}
return(null);
});
When(CompetitionSlotState.Game, state =>
{
if (state.FsmEvent is LobbyGameTerminated competitionResult)
{
return(GoToLobby(competitorSource));
}
return(null);
});
OnTransition((initialState, nextState) =>
{
_logger.Info("Changed state from {0} to {1}", initialState, nextState);
switch (initialState)
{
case CompetitionSlotState.Lobby when StateData is QueryData queryStateData:
Context.Stop(queryStateData.Query);
break;
case CompetitionSlotState.Game when StateData is ActiveGameData activeGameData:
Context.Stop(activeGameData.Game);
break;
case CompetitionSlotState.Idle:
break;
default:
throw new ArgumentOutOfRangeException(nameof(initialState), initialState, null);
}
switch (nextState)
{
case CompetitionSlotState.Game when NextStateData is ActiveGameData nextStateGameData:
Context.WatchWith(nextStateGameData.Game, new LobbyGameTerminated(nextStateGameData.Game));
nextStateGameData.Game.Tell(new Competition.RunCompetitionMessage());
break;
case CompetitionSlotState.Idle when NextStateData is IdleData idleData:
Context.System.Scheduler.ScheduleTellOnce(
idleData.RestartAfter,
Self,
RunCompetition.Instance,
Self);
break;
case CompetitionSlotState.Lobby:
break;
default:
throw new ArgumentOutOfRangeException(nameof(nextState), nextState, null);
}
});
Initialize();
}
public IdleTask(IdleData dataPacket)
{
_general = dataPacket.General;
}
/// <summary>
/// Start Idle.
/// </summary>
/// <returns></returns>
public virtual IEnumerator Start_Idle(AIBehavior behavior)
{
if (PrintDebugMessage)
{
Debug.Log("Start behavior:" + behavior.Name + " .IdleDataName:" + behavior.IdleDataName);
}
IdleData _IdleData = Unit.IdleDataDict[behavior.IdleDataName];
string IdleAnimationName = _IdleData.AnimationName;
float lastScanEndConditionTime = Time.time;
while (true)
{
if (Halt)
{
animation.Stop(IdleAnimationName);
yield return(null);
continue;
}
else
{
animation.CrossFade(IdleAnimationName);
//if this behavior's end condition matches, end this behavior
if ((Time.time - lastScanEndConditionTime) >= behavior.AlterBehaviorInterval)
{
lastScanEndConditionTime = Time.time;
if (CheckAlternateBehaviorCondition(behavior))
{
if (PrintDebugMessage)
{
Debug.Log("Idle behavior:" + behavior.Name + " is end.");
}
break;
}
}
//if the current target is not null and idle data mean to be keep facing at the target, face to the target.
if (CurrentTarget != null && _IdleData.KeepFacingTarget)
{
Vector3 LookAtPosition = new Vector3(CurrentTarget.position.x, transform.position.y, CurrentTarget.position.z);
if (_IdleData.SmoothRotate)
{
RotateData rotateData = Unit.RotateDataDict[_IdleData.RotateDataName];
//Calculate angle distance of forward direction and face to target direction.
Vector3 toTargetDir = CurrentTarget.position - transform.position;
Vector3 faceDir = transform.forward;
if (Vector3.Angle(toTargetDir, faceDir) >= rotateData.AngleDistanceToStartRotate)
{
Util.RotateToward(transform, LookAtPosition, true, rotateData.RotateAngularSpeed);
}
}
else
{
transform.LookAt(LookAtPosition);
}
}
yield return(null);
}
}
animation.Stop(this.Unit.IdleDataDict[behavior.IdleDataName].AnimationName);
StopBehavior(behavior);
}
/// <summary>
/// Start behave attack
/// </summary>
/// <param name="behavior"></param>
/// <returns></returns>
public virtual IEnumerator Start_Attack(AIBehavior behavior)
{
AttackData attackData = null;
float lastScanEndConditionTime = Time.time;
while (true)
{
//If no target is found, do nothing
if (Halt || CurrentTarget == null)
{
yield return(null);
continue;
}
//Get attack data
if (behavior.UseRandomAttackData == false)
{
attackData = Unit.AttackDataDict[behavior.AttackDataName];
}
else
{
string attackDataName = Util.RandomFromArray <string>(behavior.AttackDataNameArray);
attackData = Unit.AttackDataDict[attackDataName];
}
//if this behavior's end condition matches, end this behavior
if ((Time.time - lastScanEndConditionTime) >= behavior.AlterBehaviorInterval)
{
lastScanEndConditionTime = Time.time;
if (CheckAlternateBehaviorCondition(behavior))
{
break;
}
}
//Animating attack
string AttackAnimationName = attackData.AnimationName;
//If can see target, and target distance <= AttackableRange, do this:
//1. Face to target
//2. Check last attack time against attack interval
//3. if #2 pass, animating, send hit message
if (this.CanSeeCurrentTarget && CurrentTargetDistance <= attackData.AttackableRange)
{
if (attackData.LookAtTarget)
{
transform.LookAt(new Vector3(CurrentTarget.position.x, transform.position.y, CurrentTarget.position.z));
}
//If hitTriggerType is HitTriggerType.ByAnimationEvent, the function will be invoked by animation event
if (attackData.hitTriggerType == HitTriggerType.ByTime)
{
SendMessage("_Attack", attackData.Name);
}
animation.CrossFade(attackData.AnimationName);
yield return(new WaitForSeconds(animation[attackData.AnimationName].length));
//If AttackInterrupt = true, means wait for a while, so execute the IdleData
if (behavior.AttackInterrupt)
{
IdleData idleData = this.Unit.IdleDataDict[behavior.IdleDataName];
float interval = Random.Range(behavior.AttackIntervalMin, behavior.AttackIntervalMax);
animation.CrossFade(idleData.AnimationName);
yield return(new WaitForSeconds(interval));
animation.Stop(idleData.AnimationName);
}
else
{
yield return(null);
}
continue;
}
//else if can't see target, navigating until CanSeeCurrentTarget = true & within AttackableRange
else
{
MoveData moveData = Unit.MoveDataDict[behavior.MoveDataName];
yield return(StartCoroutine(NavigateToTransform(CurrentTarget,
moveData, attackData.AttackableRange, 1)));
continue;
}
yield return(null);
}
animation.Stop(attackData.AnimationName);
StopBehavior(behavior);
}