public Mesh getFace(out int[] verticesInCenter)
{
var colliderCube = gameObject.GetComponent <MeshCollider>();
List <Int32> trianglesDetected = getTrianglesInFront();
List <Int32> indicesVerticesDetected_f1;
int[] trianglesFront_f1;
Vector3[] verticesWithDetectedFrontFace_f1,
verticesWithDetectedBackFace_f1;
Vector2[] uv_f1;
Vector2[] verticesFrontGlobalCordinates;
getTrianglesAndVertices(
trianglesDetected,
colliderCube.sharedMesh,
out indicesVerticesDetected_f1,
out trianglesFront_f1,
out verticesWithDetectedFrontFace_f1,
out verticesWithDetectedBackFace_f1,
out uv_f1,
out verticesFrontGlobalCordinates
);
int[] trianglesFrontFace_f2 = new int[trianglesDetected.Count * 3];
int[] trianglesBackFace_f2 = new int[trianglesDetected.Count * 3];
Vector3[] verticesFrontFace_f2 = new Vector3[indicesVerticesDetected_f1.Count];
Vector3[] verticesBackFace_f2 = new Vector3[indicesVerticesDetected_f1.Count];
Vector2[] uv_f2 = new Vector2[indicesVerticesDetected_f1.Count];
int indexVertice_f2 = 0;
foreach (Int32 indexVertice_f1 in indicesVerticesDetected_f1)
{
verticesFrontFace_f2[indexVertice_f2] = verticesWithDetectedFrontFace_f1[indexVertice_f1];
verticesBackFace_f2[indexVertice_f2] = verticesWithDetectedBackFace_f1[indexVertice_f1];
uv_f2[indexVertice_f2] = uv_f1[indexVertice_f1];
for (int t = 0; t < trianglesFront_f1.Length; t++)
{
if (trianglesFront_f1[t] == indexVertice_f1)
{
trianglesFrontFace_f2[t] = indexVertice_f2;
trianglesBackFace_f2[t] = indexVertice_f2 + verticesBackFace_f2.Length;
}
}
indexVertice_f2++;
}
int offset = verticesFrontFace_f2.Length;
List <Vector3> listVerticesFrontFace_f2 = new List <Vector3>();
List <Vector2> listUvFrontFace_f2 = new List <Vector2>();
for (int vf = 0; vf < verticesFrontFace_f2.Length; vf++)
{
Vector3 currentVertex = verticesFrontFace_f2[vf];
// Checar si se repite
if (!listVerticesFrontFace_f2.Exists(notReptitiveVertex => notReptitiveVertex == currentVertex))
{
// SI no se repite agregarlo
listVerticesFrontFace_f2.Add(currentVertex);
listUvFrontFace_f2.Add(uv_f2[vf]);
int indexCurrentVertex = listVerticesFrontFace_f2.Count - 1;
for (int t = 0; t < trianglesFrontFace_f2.Length; t++)
{
if (verticesFrontFace_f2[trianglesFrontFace_f2[t]] == currentVertex)
{
trianglesFrontFace_f2[t] = indexCurrentVertex;
}
}
}
}
Mesh meshFront_f1 = new Mesh();
meshFront_f1.vertices = listVerticesFrontFace_f2.ToArray();
meshFront_f1.triangles = trianglesFrontFace_f2;
meshFront_f1.uv = listUvFrontFace_f2.ToArray();
verticesInCenter = VertexClassifier.getVerticesInCenter(meshFront_f1, verticesFrontGlobalCordinates, gameObject.transform);
return(meshFront_f1);
}
public Mesh getFaceDeprecated(out int[] verticesInCenter)
{
var colliderCube = gameObject.GetComponent <MeshCollider>();
List <Int32> trianglesDetected = getTrianglesInFront();
List <Int32> indicesVerticesDetected_f1;
int[] trianglesFront_f1;
Vector3[] verticesWithDetectedFrontFace_f1,
verticesWithDetectedBackFace_f1;
Vector2[] uv_f1;
Vector2[] verticesFrontGlobalCordinates;
getTrianglesAndVertices(
trianglesDetected,
colliderCube.sharedMesh,
out indicesVerticesDetected_f1,
out trianglesFront_f1,
out verticesWithDetectedFrontFace_f1,
out verticesWithDetectedBackFace_f1,
out uv_f1,
out verticesFrontGlobalCordinates
);
int[] trianglesFrontFace_f2 = new int[trianglesDetected.Count * 3];
int[] trianglesBackFace_f2 = new int[trianglesDetected.Count * 3];
Vector3[] verticesFrontFace_f2 = new Vector3[indicesVerticesDetected_f1.Count];
Vector3[] verticesBackFace_f2 = new Vector3[indicesVerticesDetected_f1.Count];
Vector2[] uv_f2 = new Vector2[indicesVerticesDetected_f1.Count];
int indexVertice_f2 = 0;
foreach (Int32 indexVertice_f1 in indicesVerticesDetected_f1)
{
verticesFrontFace_f2[indexVertice_f2] = verticesWithDetectedFrontFace_f1[indexVertice_f1];
verticesBackFace_f2[indexVertice_f2] = verticesWithDetectedBackFace_f1[indexVertice_f1];
uv_f2[indexVertice_f2] = uv_f1[indexVertice_f1];
for (int t = 0; t < trianglesFront_f1.Length; t++)
{
if (trianglesFront_f1[t] == indexVertice_f1)
{
trianglesFrontFace_f2[t] = indexVertice_f2;
trianglesBackFace_f2[t] = indexVertice_f2 + verticesBackFace_f2.Length;
}
}
indexVertice_f2++;
}
Vector3[] verticesForHole = new Vector3[verticesFrontFace_f2.Length + verticesBackFace_f2.Length];
Array.Copy(verticesFrontFace_f2, verticesForHole, verticesFrontFace_f2.Length);
Array.Copy(verticesBackFace_f2, 0, verticesForHole, verticesFrontFace_f2.Length, verticesBackFace_f2.Length);
Vector2[] uvsForHole = new Vector2[uv_f2.Length + uv_f2.Length];
Array.Copy(uv_f2, uvsForHole, uv_f2.Length);
Array.Copy(uv_f2, 0, uvsForHole, uv_f2.Length, uv_f2.Length);
int offset = verticesFrontFace_f2.Length;
Mesh meshFront_f1 = new Mesh();
meshFront_f1.vertices = verticesFrontFace_f2;
meshFront_f1.triangles = trianglesFrontFace_f2;
meshFront_f1.uv = uv_f2;
verticesInCenter = VertexClassifier.getVerticesInCenter(meshFront_f1, verticesFrontGlobalCordinates, gameObject.transform);
return(meshFront_f1);
}