//définit l'apparence de l'outline du mur selon sa propriété
public Mesh[] UpdateWallShadowAppearance(WallProprieties wallProprieties)
{
if (wallProprieties.GetIsBouncy())
{
Mesh[] tempWallShadowAppearance = new Mesh[wallBouncyShadowAppearance.Length];
for (int i = 0; i < wallBouncyShadowAppearance.Length; i++)
{
tempWallShadowAppearance[i] = wallBouncyShadowAppearance[i];
}
return(tempWallShadowAppearance);
}
else if (wallProprieties.GetIsIndestructible())
{
Mesh[] tempWallShadowAppearance = new Mesh[wallIndestructibleShadowAppearance.Length];
for (int i = 0; i < wallIndestructibleShadowAppearance.Length; i++)
{
tempWallShadowAppearance[i] = wallIndestructibleShadowAppearance[i];
}
return(tempWallShadowAppearance);
}
else
{
Mesh[] tempWallShadowAppearance = new Mesh[wallNormalShadowAppearance.Length];
for (int i = 0; i < wallNormalShadowAppearance.Length; i++)
{
tempWallShadowAppearance[i] = wallNormalShadowAppearance[i];
}
return(tempWallShadowAppearance);
}
}
//gère les dommages des murs connectés
public void ConnectedtWallDammage(float myDammage, GameObject thisWall, WallProprieties connectedWallProprieties, WallChange connectedWallChange)
{
if (!connectedWallProprieties.GetIsIndestructible())
{
connectedWallChange.SetDammageFromConnect(myDammage);
}
}
public void IAmConnectedIMustConnect()
{
if (_isConnected)
{
_connectedWall = _wallManagerScript.SetConnectedWall(gameObject);
}
if (_connectedWall != null)
{
_connectedWallProprieties = _connectedWall.GetComponent <WallProprieties>();
_connectedWallChange = _connectedWall.GetComponent <WallChange>();
}
}
private void Awake()
{
gameObject.layer = 15;
//récupération des scripts
_arenaRotationScript = arena.GetComponent <ArenaRotation>();
_wallManagerScript = GameObject.FindWithTag("WallController").GetComponent <WallManager>();
_gameManagerScript = GameObject.FindWithTag("GameController").GetComponent <GameManager>();
_scoreManagerScript = GameObject.FindWithTag("GameController").GetComponent <ScoreManager>();
_faceClassScript = GameObject.FindWithTag("GameController").GetComponent <FaceClass>();
_wallProprieties = GetComponent <WallProprieties>();
_newSoundManagerScript = NewSoundManager.instance;
}
//définit quel mur affiché selon sa propriété
public void WhichWall(WallProprieties wallProprieties)
{
if (wallProprieties.GetIsBouncy())
{
wallProprieties.theWalls[2].SetActive(true);
}
else if (wallProprieties.GetIsIndestructible())
{
wallProprieties.theWalls[1].SetActive(true);
}
else
{
wallProprieties.theWalls[0].SetActive(true);
}
if (wallProprieties.GetIsConnected())
{
wallProprieties.theWalls[3].SetActive(true);
}
}
private void OnCollisionEnter2D(Collision2D collision)
{
//si on touche un mur on un joueur, joue un son différent
if (collision.gameObject.tag.Contains("Walls"))
{
WallProprieties collisionScript = collision.gameObject.GetComponent <WallProprieties>();
onomatopéeTimer = 0;
wallHitSpriteTimer = 0;
wallSpritePosition = new Vector3(collision.GetContact(0).point.x, collision.GetContact(0).point.y, 8);
wallSpriteTransform.position = wallSpritePosition;
wallSpriteTransform.gameObject.SetActive(true);
playerScaleHitWall = true;
}
//son collision avec joueurs
else if (collision.gameObject.tag.Contains("Player"))
{
if (_newSoundManagerScript != null)
{
_newSoundManagerScript.PlaySound(1);
}
wallSpriteTransform.gameObject.SetActive(false);
onomatopéesSprite.enabled = true;
onomatopéesSprite.sprite = onomatopeesTab[Random.Range(0, onomatopeesTab.Length - 1)];
onomatopéeTimer = 0;
_touchedByPlayer = true;
PlayerEntity otherPlayer = collision.gameObject.GetComponent <PlayerEntity>();
//charge la jauge d'ulti et active les Fxs correspondant à l'état de la jauge
if (_lastFrameVelocity.magnitude > otherPlayer._lastFrameVelocity.magnitude)
{
_animator.SetBool("isHitting", true);
_playerScoreImage.sprite = _playerScoreImageSprites[0];
_ultiCurrentCharge += ultiChargeRatio * _lastFrameVelocity.magnitude;
if (_ultiCurrentCharge > ultiChargeMax / 3 && _ultiCurrentCharge < ultiChargeMax * 0.66f)
{
UltiFxStates[0].SetActive(true);
UltiFxStates[1].SetActive(false);
UltiFxStates[2].SetActive(false);
}
else if (_ultiCurrentCharge >= ultiChargeMax * 0.66f && _ultiCurrentCharge < ultiChargeMax)
{
UltiFxStates[0].SetActive(false);
UltiFxStates[1].SetActive(true);
UltiFxStates[2].SetActive(false);
}
else if (_ultiCurrentCharge >= ultiChargeMax)
{
UltiFxStates[0].SetActive(false);
UltiFxStates[1].SetActive(false);
UltiFxStates[2].SetActive(true);
}
if (_ultiCurrentCharge >= ultiChargeMax)
{
_ultiCurrentCharge = ultiChargeMax;
_isUltiPossible = true;
}
//rebonds
if (otherPlayer._lastFrameVelocity.magnitude <= new Vector3(0.2f, 0.2f, 0.2f).magnitude)
{
Rebound((-_lastFrameVelocity * reboundPourcentageOfSpeedIfImFaster) / 100, collision.GetContact(0).normal, frictionPlayer);
}
else
{
Rebound((otherPlayer.GetLastFrameVelocity() * reboundPourcentageOfSpeedIfImFaster) / 100, collision.GetContact(0).normal, frictionPlayer);
}
otherPlayer.Rebound((_lastFrameVelocity * otherPlayer.reboundPourcentageOfSpeedIfImSlower) / 100, collision.GetContact(0).normal, otherPlayer.frictionPlayer);
}
else
{
_ultiCurrentCharge += ultiChargeRatio * _lastFrameVelocity.magnitude;
_animator.SetBool("isHit", true);
_playerScoreImage.sprite = _playerScoreImageSprites[1];
if (_lastFrameVelocity.magnitude <= new Vector3(0.2f, 0.2f, 0.2f).magnitude)
{
otherPlayer.Rebound((-otherPlayer.GetLastFrameVelocity() * otherPlayer.reboundPourcentageOfSpeedIfImFaster) / 100, collision.GetContact(0).normal, otherPlayer.frictionPlayer);
}
else
{
otherPlayer.Rebound((_lastFrameVelocity * otherPlayer.reboundPourcentageOfSpeedIfImFaster) / 100, collision.GetContact(0).normal, otherPlayer.frictionPlayer);
}
Rebound((otherPlayer.GetLastFrameVelocity() * reboundPourcentageOfSpeedIfImSlower) / 100, collision.GetContact(0).normal, frictionPlayer);
}
}
}
