//Entry Vertices Position of object
Vector3[] EntryVertices(MQO.MQOFormat format,int obj_id)
{
int vcount = (int)format.object_list.obj[obj_id].face_list.face_vartex_count;
int face_add = 0;
Vector3[] vpos = new Vector3[vcount];
for (int i = 0; i < vcount;)
{
if(format.object_list.obj[obj_id].face_list.face[face_add].vartex_count == 3)
{
vpos[i] = format.GetVPos(obj_id ,face_add,2);
vpos[i+1] = format.GetVPos(obj_id ,face_add,0);
vpos[i+2] = format.GetVPos(obj_id ,face_add,1);
}
else if(format.object_list.obj[obj_id].face_list.face[face_add].vartex_count == 4)
{
vpos[i] = format.GetVPos(obj_id ,face_add,3);
vpos[i+1] = format.GetVPos(obj_id ,face_add,0);
vpos[i+2] = format.GetVPos(obj_id ,face_add,1);
vpos[i+3] = format.GetVPos(obj_id ,face_add,2);
}
i += format.object_list.obj[obj_id].face_list.face[face_add].vartex_count;
face_add++;
}
for(int i = 0; i < vcount; i++)
vpos[i] = Vector3.Reflect(vpos[i],Vector3.right);
return vpos;
}
//Entry Vertives NormalsVector of Face (You must make Normals from face positions)
Vector3[] EntryNormals(MQO.MQOFormat format,int obj_id)
{
int vcount = (int)format.object_list.obj[obj_id].face_list.face_vartex_count;
//Entry Normal vector making
Vector3 Nvector_1;
Vector3 Nvector_2;
Vector3 Nvector;
int face_add = 0;
Vector3[] normal = new Vector3[vcount];
for (int i = 0; i < vcount;)
{
if(format.object_list.obj[obj_id].face_list.face[face_add].vartex_count == 3)
{
//Entry Normal vector making
Nvector_1 = format.GetVPos(obj_id ,face_add,1) - format.GetVPos(obj_id ,face_add,0);
Nvector_2 = format.GetVPos(obj_id ,face_add,2) - format.GetVPos(obj_id ,face_add,0);
Nvector = Vector3.Cross(Nvector_2,Nvector_1);
Nvector.Normalize();
normal[i+2] = Nvector;
normal[i+1] = Nvector;
normal[i] = Nvector;
}
else if(format.object_list.obj[obj_id].face_list.face[face_add].vartex_count == 4)
{
//
Nvector_1 = format.GetVPos(obj_id ,face_add,2) - format.GetVPos(obj_id ,face_add,0);
Nvector_2 = format.GetVPos(obj_id ,face_add,3) - format.GetVPos(obj_id ,face_add,1);
Nvector = Vector3.Cross(Nvector_2,Nvector_1);
Nvector.Normalize();
normal[i+3] = Nvector;
normal[i+2] = Nvector;
normal[i+1] = Nvector;
normal[i] = Nvector;
}
i += format.object_list.obj[obj_id].face_list.face[face_add].vartex_count;
face_add++;
}
for(int i = 0; i < vcount; i++)
normal[i] = Vector3.Reflect(normal[i],Vector3.right);
return normal;
}