bool PolysMesh(ref int numVertsCreated)
{
float scale;
Vector3[] normals = new Vector3[2];
Color32 color = new Color32(255, 255, 255, 255);
/*
* Vector3 farSideNormal = new Vector3();
* Vector3 topNormal = new Vector3();
* Vector3 farTopNormal, sideNormal, partialTopNormal, farPartialSideNormal;*/
int i;
//Debug.Log("Building Poly");
for (i = 0; i < data.wallA.Count; i++)
{
scale = materials.GetWallScale(data.wallMaterial[i]);
int firstVert = numVertsCreated;
normals[0] = Vector3.Cross
(
((Vector3)data.points[data.wallB[i]] - data.points[data.wallA[i]]).normalized,
((Vector3)data.points[data.wallC[i]] - data.points[data.wallA[i]]).normalized
).normalized *scale;
normals[1] = Vector3.Cross
(
((Vector3)data.points[data.wallC[i]] - data.points[data.wallA[i]]).normalized,
((Vector3)data.points[data.wallB[i]] - data.points[data.wallA[i]]).normalized
).normalized *scale;
if (data.wallD[i] != -1)
{
//FACES
verts[numVertsCreated++] = normals[0] + data.points[data.wallA[i]];
verts[numVertsCreated++] = normals[0] + data.points[data.wallB[i]];
verts[numVertsCreated++] = normals[0] + data.points[data.wallC[i]];
verts[numVertsCreated++] = normals[1] + data.points[data.wallA[i]];
verts[numVertsCreated++] = normals[1] + data.points[data.wallC[i]];
verts[numVertsCreated++] = normals[1] + data.points[data.wallB[i]];
verts[numVertsCreated++] = normals[0] + data.points[data.wallD[i]];
verts[numVertsCreated++] = normals[0] + data.points[data.wallC[i]];
verts[numVertsCreated++] = normals[0] + data.points[data.wallB[i]];
verts[numVertsCreated++] = normals[1] + data.points[data.wallD[i]];
verts[numVertsCreated++] = normals[1] + data.points[data.wallB[i]];
verts[numVertsCreated++] = normals[1] + data.points[data.wallC[i]];
//EDGES
//ONE
verts[numVertsCreated++] = normals[1] + data.points[data.wallA[i]];
verts[numVertsCreated++] = normals[1] + data.points[data.wallB[i]];
verts[numVertsCreated++] = normals[0] + data.points[data.wallA[i]];
verts[numVertsCreated++] = normals[1] + data.points[data.wallB[i]];
verts[numVertsCreated++] = normals[0] + data.points[data.wallB[i]];
verts[numVertsCreated++] = normals[0] + data.points[data.wallA[i]];
//TWO
verts[numVertsCreated++] = normals[1] + data.points[data.wallB[i]];
verts[numVertsCreated++] = normals[1] + data.points[data.wallD[i]];
verts[numVertsCreated++] = normals[0] + data.points[data.wallB[i]];
verts[numVertsCreated++] = normals[1] + data.points[data.wallD[i]];
verts[numVertsCreated++] = normals[0] + data.points[data.wallD[i]];
verts[numVertsCreated++] = normals[0] + data.points[data.wallB[i]];
//THREE
verts[numVertsCreated++] = normals[1] + data.points[data.wallC[i]];
verts[numVertsCreated++] = normals[0] + data.points[data.wallC[i]];
verts[numVertsCreated++] = normals[1] + data.points[data.wallD[i]];
verts[numVertsCreated++] = normals[1] + data.points[data.wallD[i]];
verts[numVertsCreated++] = normals[0] + data.points[data.wallC[i]];
verts[numVertsCreated++] = normals[0] + data.points[data.wallD[i]];
//FOUR
verts[numVertsCreated++] = normals[1] + data.points[data.wallC[i]];
verts[numVertsCreated++] = normals[1] + data.points[data.wallA[i]];
verts[numVertsCreated++] = normals[0] + data.points[data.wallC[i]];
verts[numVertsCreated++] = normals[1] + data.points[data.wallA[i]];
verts[numVertsCreated++] = normals[0] + data.points[data.wallA[i]];
verts[numVertsCreated++] = normals[0] + data.points[data.wallC[i]];
}
else
{
//FACES
verts[numVertsCreated++] = normals[0] + data.points[data.wallA[i]];
verts[numVertsCreated++] = normals[0] + data.points[data.wallB[i]];
verts[numVertsCreated++] = normals[0] + data.points[data.wallC[i]];
verts[numVertsCreated++] = normals[1] + data.points[data.wallA[i]];
verts[numVertsCreated++] = normals[1] + data.points[data.wallC[i]];
verts[numVertsCreated++] = normals[1] + data.points[data.wallB[i]];
//EDGES
//ONE
verts[numVertsCreated++] = normals[1] + data.points[data.wallA[i]];
verts[numVertsCreated++] = normals[1] + data.points[data.wallB[i]];
verts[numVertsCreated++] = normals[0] + data.points[data.wallA[i]];
verts[numVertsCreated++] = normals[1] + data.points[data.wallB[i]];
verts[numVertsCreated++] = normals[0] + data.points[data.wallB[i]];
verts[numVertsCreated++] = normals[0] + data.points[data.wallA[i]];
//TWO
verts[numVertsCreated++] = normals[1] + data.points[data.wallB[i]];
verts[numVertsCreated++] = normals[1] + data.points[data.wallC[i]];
verts[numVertsCreated++] = normals[0] + data.points[data.wallB[i]];
verts[numVertsCreated++] = normals[1] + data.points[data.wallC[i]];
verts[numVertsCreated++] = normals[0] + data.points[data.wallC[i]];
verts[numVertsCreated++] = normals[0] + data.points[data.wallB[i]];
//THREE
verts[numVertsCreated++] = normals[1] + data.points[data.wallC[i]];
verts[numVertsCreated++] = normals[1] + data.points[data.wallA[i]];
verts[numVertsCreated++] = normals[0] + data.points[data.wallC[i]];
verts[numVertsCreated++] = normals[1] + data.points[data.wallA[i]];
verts[numVertsCreated++] = normals[0] + data.points[data.wallA[i]];
verts[numVertsCreated++] = normals[0] + data.points[data.wallC[i]];
numVertsCreated += 12;
}
Color32 thisColor = materials.GetColor(data.wallMaterial[i]);
for (int iColor = firstVert; iColor < numVertsCreated; iColor++)
{
vertColors[iColor] = thisColor;
}
}
return(true);
}