void Awake()
{
InitialiserReference();
AppliquerTexture();
GenererSommets();
GenererTriangles();
GenererUV();
Maillage.RecalculateNormals();
}
void Start()
{
InitRef();
AppliquerTexture();
GenererSommets();
GenererTriangles();
GenererUVs();
Maillage.RecalculateNormals();
}
protected override void GénérerListeTriangles()
{
int[] Triangles = new int[nbTriangles * NB_SOMMETS_PAR_TRIANGLE];
// Triangles du corps
int cpt = 0;
for (int t = 0; t < nbTranches; ++t)
{
for (int f = 0; f < 4; ++f)
{
if (f == 0)
{
Triangles[cpt] = f * (nbTranches + 1) + t;
Triangles[cpt + 1] = Triangles[cpt] + nbTranches + 1;
Triangles[cpt + 3] = Triangles[cpt] + nbTranches + 1;
Triangles[cpt + 4] = Triangles[cpt + 1] + 1;
Triangles[cpt + 6] = Triangles[cpt + 1] + 1;
Triangles[cpt + 7] = Triangles[cpt] + 1;
Triangles[cpt + 9] = Triangles[cpt] + 1;
Triangles[cpt + 10] = f * (nbTranches + 1) + t;
Triangles[cpt + 2] = Triangles[cpt + 5] = Triangles[cpt + 8] = Triangles[cpt + 11] = nbSommets - NB_SOMMETS_BOUTS + (t - nbTranches);
cpt += NB_SOMMETS_PAR_TRIANGLE * 4;
}
else
{
Triangles[cpt] = f * (nbTranches + 1) + t;
Triangles[cpt + 1] = Triangles[cpt + 4] = Triangles[cpt] + nbTranches + 1;
Triangles[cpt + 2] = Triangles[cpt + 3] = Triangles[cpt] + 1;
Triangles[cpt + 5] = Triangles[cpt + 1] + 1;
cpt += NB_SOMMETS_PAR_TRIANGLE * NB_TRIANGLES_PAR_TUILE;
}
}
}
// Triangles des deux bouts
int p = Triangles.Length - NB_SOMMETS_PAR_TRIANGLE * 4;
Triangles[p] = nbSommets - 8;
Triangles[p + 2] = Triangles[p + 3] = nbSommets - 7;
Triangles[p + 1] = Triangles[p + 4] = nbSommets - 6;
Triangles[p + 5] = nbSommets - 5;
Triangles[p + 6] = nbSommets - 4;
Triangles[p + 7] = Triangles[p + 9] = nbSommets - 3;
Triangles[p + 8] = Triangles[p + 11] = nbSommets - 2;
Triangles[p + 10] = nbSommets - 1;
Maillage.triangles = Triangles;
Maillage.RecalculateNormals();
}