public static void Walk(ClassHero classHero, Vector2 directions)
{
BehaviourPhysics.Move(classHero.gameObject, directions, classHero.speed);
BehaviourAnimation.Flip(classHero.gameObject, directions);
BehaviourAnimation.Play(classHero.gameObject, "Walk");
}
public static void PressDown(ClassKey classKey, string key)
{
BehaviourAnimation.Play(classKey.gameObject, key);
switch (key)
{
case "Right":
MoveShield(classKey, new Vector2(60, 0));
break;
case "Left":
MoveShield(classKey, new Vector2(-60, 0));
break;
case "Up":
MoveShield(classKey, new Vector2(0, 60));
break;
case "Down":
MoveShield(classKey, new Vector2(0, -60));
break;
case "Idle":
MoveShield(classKey, new Vector2(1000, 1000));
break;
}
}
private void Blink()
{
BehaviourAnimation.Play(gameObject, "Blink");
float n = Random.Range(5f, 15f);
Invoke("Blink", n);
}
public void Turn()
{
if (gameObject.transform.eulerAngles.z == 0)
{
BehaviourAnimation.Play(gameObject, "TurnDown");
}
else
{
BehaviourAnimation.Play(gameObject, "TurnUp");
}
}
public static void Hurt(ClassEarth classEarth)
{
GameObject camera = GameObject.Find("Game Camera/Effect");
BehaviourAnimation.Play(classEarth.gameObject, "Hurt");
BehaviourAnimation.Play(camera, "Hurt");
BehaviourSound.Play("SFX/Explosion");
Camera.main.GetComponent <Shaker>().Shake(40f, 1);
}
public void CollisionBlock(string block)
{
int lie;
switch (block)
{
case "Block_Up":
if (directionArrows == "Up")
{
directionArrows = "Down";
arrows.BroadcastMessage("Turn");
MoveArrows(-1);
lie = Random.Range(0, 2);
if (lie == 0)
{
BehaviourAnimation.Play(blockUp, "Truth");
BehaviourAnimation.Play(blockDown, "Truth");
MoveBlocks(-1);
}
else
{
BehaviourAnimation.Play(blockUp, "Lie");
BehaviourAnimation.Play(blockDown, "Lie");
MoveBlocks(1);
}
}
break;
case "Block_Down":
if (directionArrows == "Down")
{
directionArrows = "Up";
arrows.BroadcastMessage("Turn");
MoveArrows(1);
lie = Random.Range(0, 2);
if (lie == 0)
{
BehaviourAnimation.Play(blockUp, "Truth");
BehaviourAnimation.Play(blockDown, "Truth");
MoveBlocks(1);
}
else
{
BehaviourAnimation.Play(blockUp, "Lie");
BehaviourAnimation.Play(blockDown, "Lie");
MoveBlocks(-1);
}
}
break;
}
}
public static void Attack(ClassHero classHero)
{
//BehaviourPhysics.Force(classHero.gameObject, Vector2.right * classHero.faceRight, classHero.forceAttack);
BehaviourPhysics.Move(classHero.gameObject, Vector2.right * classHero.faceRight, classHero.forceAttack);
BehaviourAnimation.Play(classHero.gameObject, "Attack");
if (!classHero.isAttack)
{
AudioClip audio = classHero.sfx[2];
BehaviourSound.Play(classHero.gameObject, audio);
}
}
public static void Damage(ClassHero classHero)
{
classHero.life -= 10;
classHero.hp.fillAmount = classHero.life / 100;
if (classHero.life <= 0)
{
GameObject.Find("GameManager").GetComponent <GameScript>().GameOver();
}
GameObject.Find("GameManager").GetComponent <ManagerCamera>().DamageEffect();
BehaviourAnimation.Play(classHero.gameObject, "Damage");
AudioClip audio = classHero.sfx[1];
BehaviourSound.Play(classHero.gameObject, audio);
}
public void NextBehaviorModeRule(bool _update = false)
{
if (!ActiveBehaviourIsValid)
{
PrintDebugLog(this, "NextBehaviorModeRule : invalid Behaviour '" + ActiveBehaviourModeKey + "', please check this mode and its rules!");
}
else
{
// NextRule will be false if there are no rules but also no new rule, the first
// case should never be true so we can use _forced to run a simulated rule change
// to refresh the parameter and/or start animation and audio files, effects and events
// etc.
if (m_ActiveBehaviourMode.NextRule() || _update)
{
if (m_ActiveBehaviourMode.LastRule != null)
{
BehaviourAnimation.Stop(m_ActiveBehaviourMode.Rule.Animation);
m_ActiveBehaviourMode.LastRule.Stop();
}
if (m_ActiveBehaviourMode.Rule != null)
{
if (DebugLogIsEnabled)
{
PrintDebugLog(this, "NextBehaviorModeRule : Start rule #" + m_ActiveBehaviourMode.Rule.Index + " of Behaviour Mode " + ActiveBehaviourModeKey + "!");
}
m_ActiveBehaviourMode.Rule.Start(OwnerComponent);
BehaviourAnimation.Play(m_ActiveBehaviourMode.Rule.Animation);
BehaviourAudioPlayer.Play(m_ActiveBehaviourMode.Rule.Audio);
BehaviourLook.Adapt(m_ActiveBehaviourMode.Rule.Look);
//BehaviourMessage.Send( m_ActiveBehaviourMode.Rule.Message );
}
m_BehaviourModeRuleLength = m_ActiveBehaviourMode.RuleLength();
m_BehaviourModeRuleTimer = 0;
m_BehaviourModeRuleChanged = m_ActiveBehaviourMode.RuleChanged;
if (OnBehaviourModeRuleChanged != null && m_BehaviourModeRuleChanged == true)
{
OnBehaviourModeRuleChanged(Owner, m_ActiveBehaviourMode.Rule, m_ActiveBehaviourMode.LastRule);
}
}
}
}
public void NextBehaviorModeRule(bool _forced = false)
{
if (m_ActiveBehaviourMode == null)
{
if (m_BehaviourModeValid)
{
Debug.LogWarning("CAUTION : INVALID BEHAVIOURMODE '" + BehaviourModeKey + "' AT CREATURE '" + m_Owner.gameObject.name.ToUpper() + "'!");
}
m_BehaviourModeValid = false;
return;
}
else
{
m_BehaviourModeValid = true;
}
if (m_ActiveBehaviourMode.NextRule() || _forced)
{
BehaviourAnimation.Play(m_ActiveBehaviourMode.Rule);
BehaviourAudio.Play(m_ActiveBehaviourMode.Rule.Audio);
if (m_ActiveBehaviourMode.LastRule != null)
{
m_ActiveBehaviourMode.LastRule.StopEffect();
}
if (m_ActiveBehaviourMode.Rule != null)
{
m_ActiveBehaviourMode.Rule.StartEffect(m_Owner);
}
m_BehaviourModeRuleLength = m_ActiveBehaviourMode.RuleLength();
m_BehaviourModeRuleTimer = 0;
m_BehaviourModeRuleChanged = m_ActiveBehaviourMode.RuleChanged;
}
}
public static void Idle(ClassHero classHero)
{
BehaviourPhysics.Move(classHero.gameObject, Vector2.right, 0);
BehaviourAnimation.Play(classHero.gameObject, "Idle");
}
public static void ChangeColor(ClassTrashCan dataTrashCan, string color)
{
BehaviourAnimation.Play(dataTrashCan.gameObject, "Color_" + color);
}
private void EndLoadScreen()
{
BehaviourAnimation.Play(curtain, "Open");
}
public void StartLoadScreen(string scene)
{
BehaviourAnimation.Play(curtain, "Close");
StartCoroutine(LoadScene(scene));
}