Subversion Repositories gelsvn

    bbox.compute_bbox(isecttris);

    bbox.compute_bbox(isecttris);

    bbox.min_corner-=Vec3f(1.0);

    bbox.min_corner-=Vec3f(1.0);

    bbox.max_corner+=Vec3f(1.0);

    bbox.max_corner+=Vec3f(1.0);

  }

  }

		     vector<Mat4x4f>& _transforms, 

		     vector<Mat4x4f>& _transforms, 

		     int _max_objects, int _max_level) 

		     int _max_objects, int _max_level) 

  {

  {

    trimesh = _trimesh;

    trimesh = _trimesh;

    transforms = _transforms;

    transforms = _transforms;

    for(unsigned int i=0;i<trimesh.size();i++) 

    for(unsigned int i=0;i<trimesh.size();i++) 

    {

    {

      // Loop through all triangles and add them to intersection structure

      // Loop through all triangles and add them to intersection structure

      for(int j=0;j<mesh->geometry.no_faces();j++) 

      for(int j=0;j<mesh->geometry.no_faces();j++) 

      {

      {

	Vec3i face = mesh->geometry.face(j);

	Vec3i face = mesh->geometry.face(j);

	ISectTri new_tri;

	ISectTri new_tri;

    max_objects = _max_objects;

    max_objects = _max_objects;

    max_level = _max_level;

    max_level = _max_level;

    init();

    init();

  }

  }

		     vector<int> &trilist, 

		     vector<int> &trilist, 

		     int _max_objects, int _max_level) 

		     int _max_objects, int _max_level) 

  {

  {

    trimesh.push_back(mesh);

    trimesh.push_back(mesh);

    transforms.push_back(transform);

    transforms.push_back(transform);

    if (!ray.has_hit)

    if (!ray.has_hit)

      return false;

      return false;

    else 

    else 

    {

    {

      // Calculate the normal at the intersection

      // Calculate the normal at the intersection

/*

/*

      Vec3i face = ray.hit_object->normals.face(ray.hit_face_id);

      Vec3i face = ray.hit_object->normals.face(ray.hit_face_id);

      Vec3f normal0 = ray.hit_object->normals.vertex(face[0]);

      Vec3f normal0 = ray.hit_object->normals.vertex(face[0]);

      Vec3f normal1 = ray.hit_object->normals.vertex(face[1]);

      Vec3f normal1 = ray.hit_object->normals.vertex(face[1]);

      Vec3f normal2 = ray.hit_object->normals.vertex(face[2]);

      Vec3f normal2 = ray.hit_object->normals.vertex(face[2]);

      ray.hit_normal = normalize(normal0*(1 - ray.u - ray.v)

      ray.hit_normal = normalize(normal0*(1 - ray.u - ray.v)

				 +normal1*ray.u

				 +normal1*ray.u

				 +normal2*ray.v);

				 +normal2*ray.v);

      ray.hit_pos = ray.origin + ray.direction*ray.dist;

      ray.hit_pos = ray.origin + ray.direction*ray.dist;

*/

*/

    }

    }

  }

  }

  const int MAX_DEPTH=25;

  const int MAX_DEPTH=25;