struct ManagerGuiResult
        {
            enum ManagerResultType
            {
                RESULT_UNKNOWN = -1,
                RESULT_COLOR_PLY = 0,
                RESULT_HEATMAP_PLY = 1,
            };

            struct GUIDefect
            {
                std::vector<float> locationMM;
                float radiusMM;
                std::string name;

                friend aquifi::networking::NetworkBuffer& operator<<(aquifi::networking::NetworkBuffer& stream, const GUIDefect & t)
                {
                    stream << t.locationMM << t.radiusMM << t.name;
                    return stream;
                }

                //! DeSerialization
                friend aquifi::networking::NetworkBuffer& operator>>(aquifi::networking::NetworkBuffer& stream, GUIDefect & t)
                {
                    stream >> t.locationMM >> t.radiusMM >> t.name;
                    return stream;
                }
            };

            //! The session name.
            std::string sessionName = "Undefined";

            //! Identifier to describe the group of camers used to obtain this result
            std::string cameraGroup = "Undefined";

            //! the item type
            std::string itemType = "Unknown";

            //! final status (accept/reject)
            std::string resultStatus = "";

            std::vector<GUIDefect> defects;

            ManagerResultType resultType = RESULT_UNKNOWN;

            //! The ply location.
            std::string path = "";

            //! Serialization
            friend aquifi::networking::NetworkBuffer& operator<<(aquifi::networking::NetworkBuffer& stream, const ManagerGuiResult & t)
            {
                stream << t.sessionName << t.cameraGroup << t.resultType << t.path << t.itemType << t.resultStatus << t.defects;
                return stream;
            }

            //! DeSerialization
            friend aquifi::networking::NetworkBuffer& operator>>(aquifi::networking::NetworkBuffer& stream, ManagerGuiResult & t)
            {
                stream >> t.sessionName >> t.cameraGroup >> t.resultType >> t.path >> t.itemType >> t.resultStatus;
                if (stream.getReadSize() > 0)
                    stream >> t.defects;
                return stream;
            }
        };