The code that reads the lod data....

bool rmv2_file::readLodData(string strFileName)
{
    for (int lod = 0; lod < m_File.FileHeader.LodsCount; lod++)
    {

        for (int group = 0; group < m_File.PPLodHeaders[lod].GroupsCount; group++)
        {
            //uint32 uiMaterialId;      // 4 Bytes[UInt32] - ? // Looks like and ID or a flag, it's always 65 for the moment.
            m_File.LodData[lod][group] = new _RMV2_Lod_Data;

            readBuffer(&m_File.LodData[lod][group]->Header, sizeof(_RMV2_Lod_Data_Header));


            //**** read supplementary bones
            for (int i = 0; i < m_File.LodData[lod][group]->Header.uiSupplementarBonesCount; i++)
            {
                m_File.LodData[lod][group]->PSupplementaryBone_Data[i] = new _RMV2_SupplementaryBone_Data;
                readBuffer(m_File.LodData[lod][group]->PSupplementaryBone_Data[i], sizeof(_RMV2_SupplementaryBone_Data));
            }

            // *****  read textures info
            for (int i = 0; i < m_File.LodData[lod][group]->Header.uiTextureCount; i++)
            {
                m_File.LodData[lod][group]->PTextureData[i] = new _RMV2_Texture_Data;
                readBuffer(m_File.LodData[lod][group]->PTextureData[i], sizeof(_RMV2_Texture_Data));
            }

            //  jump over that "padding"
            seekBuffer(4, seek_direction::seek_forward);
            if (m_File.LodData[lod][group]->Header.uiMaterialId == RigidMaterial::tiled_dirtmap)
                seekBuffer(16, seek_direction::seek_forward);  // file.seekg(16, ios_base::cur);
            else if (m_File.LodData[lod][group]->Header.uiMaterialId == RigidMaterial::decal
                || m_File.LodData[lod][group]->Header.uiMaterialId == RigidMaterial::weighted_decal
                || m_File.LodData[lod][group]->Header.uiMaterialId == RigidMaterial::weighted_skin_decal)
                seekBuffer(20, seek_direction::seek_forward); // file.seekg(20, ios_base::cur);
            else if (m_File.LodData[lod][group]->Header.uiMaterialId == RigidMaterial::dirtmap
                || m_File.LodData[lod][group]->Header.uiMaterialId == RigidMaterial::weighted_dirtmap
                || m_File.LodData[lod][group]->Header.uiMaterialId == RigidMaterial::weighted_skin_dirtmap)
                seekBuffer(32, seek_direction::seek_forward); // file.seekg(32, ios_base::cur);
            else if (m_File.LodData[lod][group]->Header.uiMaterialId == RigidMaterial::decal_dirtmap
                || m_File.LodData[lod][group]->Header.uiMaterialId == RigidMaterial::weighted_decal_dirtmap
                || m_File.LodData[lod][group]->Header.uiMaterialId == RigidMaterial::weighted_skin_decal_dirtmap)
                seekBuffer(52, seek_direction::seek_forward); // file.seekg(52, ios_base::cur);
            else if (m_File.LodData[lod][group]->Header.uiMaterialId == RigidMaterial::tree)
                seekBuffer(56, seek_direction::seek_forward); // file.seekg(56, ios_base::cur);
            seekBuffer(4, seek_direction::seek_forward); // "alpha mode"

            //jump over vertices
            //seekBuffer(vertex_size * m_File.LodData[lod][group]->Header.uiVerticesCount, seek_direction::seek_forward );
            dword vertex_size = 0;
            dword indice_size = 6;

            switch (m_File.LodData[lod][group]->Header.wVertexFormat)
            {
                case vertex_format::default_format: vertex_size = 32;
                    break;
                case vertex_format::weighted_format: vertex_size = 28;
                    break;
                case vertex_format::cinematic_format: vertex_size = 32;

            }

            for (size_t k = 0; k < m_File.LodData[lod][group]->Header.uiIndicesCount/3; ++k)
                seekBuffer(6,  seek_direction::seek_forward);

            //for (size_t k = 0; k < m_File.LodData[lod][group]->Header.uiVerticesCount; ++k)
            seekBuffer(vertex_size * m_File.LodData[lod][group]->Header.uiVerticesCount, seek_direction::seek_forward);

        }
    }
    //26044

    return true;