protected override void determinePos(BouleSnake bs)
{
if (compteur > 0)
{
base.determinePos(bs);
}
}
protected override void determinePos(BouleSnake bs)
{
if (!fin)
{
base.determinePos(bs);
}
}
protected override void determinePos(BouleSnake bs)
{
if (!fin || partiesSnake.Count < hauteurJeu * largeurJeu)
{
base.determinePos(bs);
}
}
protected virtual void ajouteCorps()
{
BouleSnake lastBS = partiesSnake[partiesSnake.Count - 1];
int nouvPosX = lastBS.posX, nouvPosY = lastBS.posY;
partiesSnake.Add(new CorpsSnake(nouvPosX, nouvPosY));
labelTaille.Text = "Taille : " + partiesSnake.Count;
}
protected virtual bool verifPos(BouleSnake bs)
{
bool posCorrecte = verifPosPomme(bs);
posCorrecte = posCorrecte && verifPosPartie(bs);
return(posCorrecte);
}
protected virtual void determinePos(BouleSnake bs)
{
bool posCorrecte = true;
do
{
bs.posX = tirageRandLargeur();
bs.posY = tirageRandHauteur();
posCorrecte = verifPos(bs);
} while(!posCorrecte);
}
protected bool verifPosPartie(BouleSnake bs)
{
foreach (BouleSnake boule in partiesSnake)
{
if (boule.posX == bs.posX && boule.posY == bs.posY)
{
return(false);
}
}
return(true);
}
protected bool verifPosPiege(BouleSnake bs)
{
foreach (PiegeSnake ps in listePiege)
{
if (bs.posX == ps.posX && bs.posY == ps.posY)
{
return(false);
}
}
return(true);
}
protected bool verifPosPomme(BouleSnake bs)
{
foreach (BonusSnake bonus in listeBonus)
{
if (bs.posX == bonus.posX && bs.posY == bonus.posY &&
bs != bonus)
{
return(false);
}
}
return(true);
}
protected override bool verifPos(BouleSnake bs)
{
bool posCorrecte = base.verifPos(bs) && verifPosPiege(bs);
return(posCorrecte);
}
