public override void execute(FSMContext fsmc, object o)
{
Actor actor = (Actor) o;
Vector3 direction = actor.TargetPosition - actor.Position;
//Debug.Log("Moving to: " + actor.TargetPosition);
Debug.DrawLine(actor.Position, actor.TargetPosition);
// Quick Rotation
//actor.controller.transform.LookAt(actor.TargetPosition);
// Slow Rotation
if (Quaternion.Angle(actor.Rotation, actor.TargetRotation) > 5.0f){
actor.Rotation = Quaternion.Slerp(actor.Rotation, actor.TargetRotation, Time.deltaTime *
(actor.TurnSpeed));
}
Debug.DrawRay(actor.Position, actor.controller.transform.forward);
if (direction.magnitude > 0.2f){
actor.controller.Move(new Vector3((direction.normalized * (actor.MoveSpeed * 0.01f)).x, 0,
(direction.normalized * (actor.MoveSpeed * 0.01f)).z));
}
if (actor.Animation){
if (actor.Animation["Walk"]){
actor.Animation.CrossFade("Walk");
}
}
}
public override void execute(FSMContext fsmc, object o)
{
Actor actor = (Actor) o;
if (actor.Animation)
actor.Animation.Stop();
}
public override void execute(FSMContext c, object o){
A_Fighter fighter;
fighter = (A_Fighter)o;
fighter.gobj.animation[ fighter.animationNameMap[FighterAnimation.BLOCK] ].wrapMode = UnityEngine.WrapMode.ClampForever;
fighter.gobj.animation.CrossFade(fighter.animationNameMap[FighterAnimation.BLOCK], 0.03f);
// Get knocked back when you are hit
/*
if(fighter.gotHit)
{
Debug.Log("slide back");
fighter.gob.transform.Translate(fighter.localForwardVector*-1*fighter.slide* Time.deltaTime);
}
*/
if (fighter.currentAction == ActionCommand.NONE){
c.dispatch("idle", o);
}
/*
if(fighter.controllerDirection == "forward" || fighter.controllerDirection == "back")
{
fighter.Dispatch("walk");
}*/
}
public override void execute(FSMContext c, object o){
//UnityEngine.Debug.Log("in hit state");
A_Fighter fighter;
fighter = (A_Fighter)o;
GameObject gobj = fighter.gobj;
FighterAnimation animation = FighterAnimation.FLINCH_UP;
if (fighter.hurtLocation == Location.HIGH){
animation = FighterAnimation.FLINCH_UP;
}
else if (fighter.hurtLocation == Location.LOW){
animation = FighterAnimation.FLINCH_DOWN;
}
if(fighter.globalActionTimer >
(gobj.animation[fighter.animationNameMap[animation]].length / gobj.animation[fighter.animationNameMap[animation]].speed))
{
c.dispatch("idle", o);
}
fighter.globalActionTimer += UnityEngine.Time.deltaTime;
gobj.animation.Play(fighter.animationNameMap[animation]);
}
public override void execute(FSMContext fsmc, object o)
{
Actor actor = (Actor) o;
actor.ActionTimer = 0.0f;
Debug.Log("jumping");
//actor.controller.transform.LookAt(actor.TargetPosition);
}
public override void execute(FSMContext c, object o)
{
A_Fighter fighter = (A_Fighter)o;
A_Attack attack = fighter.currentAttack;
attack.Execute();
attack.SpecialExecute();
<<<<<<< HEAD
fighter.currentAttack.SpecialExecute(time);
if(fighter.takeDamage)
{
fighter.Dispatch("takeDamage");
}
if(time >= fighter.currentAttack.attackLength)
{
//Debug.Log ("attackinginginginging");
time=0f;
fighter.currentAttack = new Attack_None(fighter,0,0,0);
fighter.Dispatch("idle");
}
time+=Time.deltaTime;
=======
if( attack.CheckComplete() ) { c.dispatch("idle", o); }
fighter.gobj.animation.CrossFade(attack.AnimationName);
>>>>>>> fd2511965e41334cb3fce993bcedcd531205f267
}
public override void execute(FSMContext c, object o){
A_Fighter fighter;
fighter = (A_Fighter)o;
fighter.gobj.animation[ fighter.animationNameMap[FighterAnimation.DEATH] ].wrapMode = UnityEngine.WrapMode.ClampForever;
fighter.gobj.animation.CrossFade(fighter.animationNameMap[FighterAnimation.DEATH]);
}
public override void execute(FSMContext fsmc, object o)
{
Actor actor = (Actor) o;
actor.ActionTimer = 0.0f;
actor.HasAttacked = false;
if (actor.Animation)
actor.Animation.Stop();
}
public override void execute(FSMContext c, object o){
A_Fighter fighter = (A_Fighter)o;
GameObject gobj = fighter.gobj;
fighter.globalActionTimer = 0.0f;
gobj.animation.Stop();
}
public override void execute(FSMContext c, object o){
A_Fighter fighter;
fighter = (A_Fighter)o;
GameObject gobj = fighter.gobj;
//fighter.hurtLocation = Location.NONE;
fighter.globalActionTimer = 0.0f;
}
public override void execute(FSMContext c, object o){
A_Fighter fighter;
fighter = (A_Fighter)o;
GameObject gobj = fighter.gobj;
//fighter.isKnockDown = false;
fighter.globalActionTimer = 0.0f;
}
public override void execute(FSMContext c, object o){
A_Fighter fighter = (A_Fighter)o;
GameObject gobj = fighter.gobj;
float moveSpeed = fighter.moveSpeed;
<<<<<<< HEAD
A_Fighter fighter;
fighter = (A_Fighter)o;
GameObject gobj = fighter.GetGOB();
//Debug.Log ("fighter "+fighter.playerNumber+" "+"localforwardvector "+fighter.localForwardVector);
if(fighter.controllerDirection == "forward" )
{
if(!GameManager.CheckCollideAnotherPlayer())
{
gobj.transform.Translate(fighter.localForwardVector*fighter.movespeed*Time.deltaTime);
}
}
else if(fighter.controllerDirection == "back")
{
if(!GameManager.CheckCollideEdge(fighter,fighter.playerNumber))
gobj.transform.Translate(fighter.localForwardVector*-1*fighter.movespeed*Time.deltaTime);
}
if(fighter.takeDamage)
=======
if(fighter.currentMovement == MoveCommand.FORWARD || fighter.currentMovement == MoveCommand.FORWARD_UP)
>>>>>>> fd2511965e41334cb3fce993bcedcd531205f267
{
if ( GameManager.CheckCanMoveForward(fighter) ){
gobj.transform.Translate(fighter.localForwardVector * moveSpeed * Time.deltaTime);
}
gobj.animation.CrossFade(fighter.animationNameMap[FighterAnimation.WALK_FORWARD]);
}
else if(fighter.currentMovement == MoveCommand.BACK || fighter.currentMovement == MoveCommand.BACK_UP)
{
if ( GameManager.CheckCanMoveBackward(fighter) ){
gobj.transform.Translate(fighter.localForwardVector * -1 * moveSpeed * Time.deltaTime);
}
gobj.animation.CrossFade(fighter.animationNameMap[FighterAnimation.WALK_BACKWARD]);
}
if( fighter.currentMovement == MoveCommand.NONE)
{
c.dispatch("idle", o);
}
<<<<<<< HEAD
else if( fighter.controllerDirection != "forward" || fighter.controllerDirection != "back" )
{
fighter.Dispatch("idle");
}
=======
>>>>>>> fd2511965e41334cb3fce993bcedcd531205f267
}
//dispatch - triggers a state transition
public void dispatch(FSMContext fsmc, string eventName)
{
if (transitionList.ContainsKey(eventName))
{
fsmc.CurrentState.exitAction.execute(fsmc);
transitionList[eventName].execute(fsmc);
fsmc.CurrentState.entryAction.execute(fsmc);
}
}
public override void execute(FSMContext fsmc, object o)
{
Actor actor = (Actor) o;
if (actor.Animation){
if (actor.Animation["Idle"]){
actor.Animation.CrossFade("Idle");
}
}
}
public override void execute(FSMContext fsmc, object o)
{
Actor actor = (Actor) o;
actor.ActionTimer = 0.0f;
Debug.Log("hurt");
GameObject attackSparks = (GameObject)Resources.LoadAssetAtPath("Assets/Prefabs/Particles/AttackSparks.prefab", typeof(GameObject));
GameObject newParticles = (GameObject)GameObject.Instantiate(attackSparks, actor.Position + new Vector3(0.0f, 2.0f, 0.0f), Quaternion.identity);
GameObject.Destroy(newParticles, 1.0f);
}
//dispatch - triggers a state transition
public void dispatch(FSMContext fsmc, string eventName, object o)
{
if (transitionList.ContainsKey(eventName))
{
fsmc.CurrentState.exitAction.execute(fsmc, o);
transitionList[eventName].execute(fsmc, o);
fsmc.CurrentState.entryAction.execute(fsmc, o);
}
else
Debug.Log("Cannot Transition to "+eventName+". "+name+"'s transitions does not contain "+eventName);
}
public override void execute(FSMContext fsmc, object o)
{
Actor actor = (Actor) o;
actor.ActionTimer = 0.0f;
Debug.Log("attacking");
if (actor.Animation){
if (actor.Animation["Attack"]){
actor.Animation["Attack"].speed = 1.0f;
}
}
}
//float animationTime =0f;
public override void execute(FSMContext c, Object o){
/*
UnityEngine.Debug.Log("unique attack");
animationTime+= UnityEngine.Time.deltaTime;
if( animationTime > 2.0f)
{
//GameManager.P1.Fighter.Dispatch("idle");
//animationTime =0f;
}
*/
}
public override void execute(FSMContext c, object o)
{
A_Fighter fighter = (A_Fighter)o;
if (fighter.currentAction != ActionCommand.NONE){
fighter.currentAttack = fighter.actionsCommandMap[fighter.currentAction];
}
fighter.currentAttack.Init();
fighter.gobj.animation[fighter.currentAttack.AnimationName].speed = fighter.currentAttack.speed;
fighter.gobj.animation.Stop();
}
public override void execute(FSMContext fsmc, object o)
{
Actor actor = (Actor) o;
float animationLength = 3.0f;
if (actor.Animation){
if (actor.Animation["Attack"]){
animationLength = actor.Animation["Attack"].clip.length * (1.0f/actor.AttackSpeed);
actor.Animation["Attack"].speed = actor.AttackSpeed;
actor.Animation.CrossFade("Attack");
}
}
// Quick Rotation
actor.controller.transform.LookAt(actor.TargetPosition);
Debug.DrawLine(actor.Position, actor.TargetPosition);
// Check to see if the enemy has attacked yet
if (!actor.HasAttacked && (actor.ActionTimer > actor.AttackTime)){
if (actor.IsRanged){
if (actor.Projectile != null){
GameObject attackProjectile = actor.Projectile;
GameObject newProjectile = (GameObject)GameObject.Instantiate(attackProjectile, actor.Hitbox.transform.position, Quaternion.identity);
// Enemy Shoots Forward
//newProjectile.GetComponent<ProjectileScript>().Direction = (actor.TargetPosition - actor.Position).normalized;
// Enemy Shoots Toward Player
// START
newProjectile.transform.LookAt(actor.TargetPlayer.transform.position + new Vector3(0.0f, actor.controller.height/2.0f, 0.0f));
newProjectile.GetComponent<ProjectileScript>().Direction = newProjectile.transform.forward;
// END
newProjectile.GetComponent<ProjectileScript>().Damage = actor.Damage;
newProjectile.GetComponent<ProjectileScript>().Speed = actor.ProjectileSpeed;
newProjectile.GetComponent<ProjectileScript>().Source = (Enemy)actor;
GameObject.Destroy(newProjectile, actor.ProjectileDuration);
}
actor.HasAttacked = true;
}
else{
actor.Hitbox.collider.enabled = true;
actor.HasAttacked = true;
}
}
if (actor.ActionTimer > (animationLength)){
actor.Hitbox.collider.enabled = false;
actor.Hitbox.renderer.enabled = false;
fsmc.dispatch("idle", o);
}
actor.ActionTimer += Time.deltaTime;
}
public void dispatch(FSMContext fsmc, string eventName, GameObject o)
{
if (transitions.ContainsKey(eventName))
{
Debug.Log("changing the state by " + eventName + " in " + name);
Transition t = (transitions[eventName] as Transition);
fsmc.CurrentState.exitAction.execute(fsmc, o);
t.execute(fsmc, o);
fsmc.CurrentState = t.Target;
fsmc.CurrentState.entryAction.execute(fsmc, o);
Debug.LogWarning(" the current state is " + fsmc.CurrentState.name);
}
}
public override void execute(FSMContext fsmc, object o)
{
Actor actor = (Actor) o;
float animationLength = 3.0f;
if (actor.Animation){
if (actor.Animation["Hurt"]){
animationLength = actor.Animation["Hurt"].clip.length;
actor.Animation.CrossFade("Hurt");
}
}
if (actor.ActionTimer > animationLength){
fsmc.dispatch("idle", o);
}
actor.ActionTimer += Time.deltaTime;
}
public override void execute(FSMContext fsmc, object o)
{
Actor actor = (Actor) o;
float animationLength = 3.0f;
float jumpPower = actor.JumpPower;
if (actor.Animation){
if (actor.Animation["Jump"]){
animationLength = actor.Animation["Jump"].clip.length;
actor.Animation.CrossFade("Jump");
}
}
// Quick Rotation
actor.controller.transform.LookAt(actor.TargetPosition);
Debug.DrawLine(actor.Position, actor.TargetPosition);
Vector3 direction = actor.TargetPosition - actor.Position;
// Slow Rotation
if (Quaternion.Angle(actor.Rotation, actor.TargetRotation) > 5.0f){
actor.Rotation = Quaternion.Slerp(actor.Rotation, actor.TargetRotation, Time.deltaTime *
(actor.TurnSpeed));
}
Debug.DrawRay(actor.Position, actor.controller.transform.forward);
/*
if (direction.magnitude > 0.2f){
actor.controller.Move(new Vector3((direction.normalized * (actor.MoveSpeed * 0.01f)).x, 0,
(direction.normalized * (actor.MoveSpeed * 0.01f)).z));
}
if (actor.Animation){
if (actor.Animation["Attack"]){
actor.Animation.CrossFade("Attack");
}
}
*/
if (actor.ActionTimer > animationLength){
fsmc.dispatch("idle", o);
}
actor.ActionTimer += Time.deltaTime;
}
public override void execute(FSMContext c, Object o){
/*
A_Fighter fighter;
fighter = (A_Fighter)o;
if(fighter.controllerDirection == "forward" )
{
string animationName = fighter.GetAnimationName(fighter,"walk_forward");
fighter.GetGOB().animation.CrossFade(animationName);
}
else if(fighter.controllerDirection == "back")
{
string animationName = fighter.GetAnimationName(fighter,"walk_backward");
fighter.GetGOB().animation.CrossFade(animationName);
}
*/
}
public override void execute(FSMContext c, object o){
//UnityEngine.Debug.Log("in hit state");
A_Fighter fighter;
fighter = (A_Fighter)o;
GameObject gobj = fighter.gobj;
FighterAnimation animation = FighterAnimation.KNOCKDOWN;
if(fighter.globalActionTimer >
(gobj.animation[fighter.animationNameMap[animation]].length / gobj.animation[fighter.animationNameMap[animation]].speed))
{
//fighter.isKnockDown = false;
c.dispatch("idle", o);
}
fighter.globalActionTimer += UnityEngine.Time.deltaTime;
gobj.animation.Play(fighter.animationNameMap[animation]);
}
public override void execute(FSMContext c, object o){
A_Fighter fighter = (A_Fighter)o;
GameObject gobj = fighter.gobj;
gobj.animation.Stop();
fighter.movement = Vector3.zero;
/*
if (fighter.currentAttack.animationName != "char_amaterasu_Fury"){
if (fighter.extraDamage != 1){
fighter.extraDamage = 1.0f;
fighter.extraDamageTimer = 0.0f;
Debug.Log(fighter.extraDamage);
}
}
*/
fighter.currentAttack.Reset();
fighter.currentAttack = null;
}
public override void execute(FSMContext fsmc, object o)
{
Actor actor = (Actor) o;
actor.ActionTimer = 0.0f;
GameObject deathParts = (GameObject)GameObject.Instantiate(actor.DeathParts, actor.Position, Quaternion.identity);
GameObject.Destroy(deathParts, actor.FadeTime);
Vector3 offset = new Vector3(0.0f, 2.0f, 0.0f);
if (actor.SocketedDrop != null){
GameObject socketedDrop = (GameObject)GameObject.Instantiate(actor.SocketedDrop, actor.Position + offset, Quaternion.identity);
}
if (actor.OnDeathLoadLevel){
GameObject.Find("Fader").GetComponent<fadeToBlackScript>().SetLoadLevel(actor.LevelToLoad);
GameObject.Find("Fader").GetComponent<fadeToBlackScript>().FadeOut();
}
Debug.Log("death");
GameObject.Destroy(actor.gameObject);
}
public override void execute(FSMContext fsmc, object o)
{
Vehicle v = (Vehicle) o;
Vector3 target = v.steering.GetTarget();
if ((v.Position() - v.waypoint1).magnitude < .01){
v.steering.SetTarget(v.waypoint2);
}
else if ((v.Position() - v.waypoint2).magnitude < .01){
v.steering.SetTarget(v.waypoint3);
}
else if ((v.Position() - v.waypoint3).magnitude < .01){
v.steering.SetTarget(v.waypoint1);
}
if ((Vector3.Magnitude(v.Position() - target) < 5) && (!v.steering.ArriveIsOn())){
v.steering.SeekOff();
v.steering.ArriveOn();
}
if (Vector3.Magnitude(v.Position() - target) < .1){
v.steering.ArriveOff();
}
}
public override void execute(FSMContext fsmc, object o)
{
Vehicle v = (Vehicle) o;
v.steering.AllOff();
v.steering.PatrolOn();
}
public void execute(FSMContext c)
{
action.execute(c);
c.CurrentState = target;
}
public override void execute(FSMContext c, object o){
}
public override void execute(FSMContext c, object o){
A_Fighter fighter = (A_Fighter)o;
fighter.gobj.animation.CrossFade(fighter.animationNameMap[FighterAnimation.IDLE]);
}
public void update(FSMContext fsmc)
{
updateAction.execute(fsmc);
}
public abstract void execute(FSMContext c);