void Object::exportWaypoint (long indent, ::ofstream &output, long objectIndex, World* world){
    //Output a simple header..."
    output << "\n" << indentation (indent) << "Waypoint: " << objectIndex << ";";

        //Output the transformation...
        output << "\n" << indentation (indent + 1) << "Transformation: //m11 m12 m13 m14 m21 m22 ... m44";
    {
        Transformation &t = transformation.normal ();
        output << "\n" << indentation (indent + 2)
            << t.m11 << ", " << t.m12 << ", " << t.m13 << ", " << t.m14 << ", "
            << t.m21 << ", " << t.m22 << ", " << t.m23 << ", " << t.m24 << ", "
            << t.m31 << ", " << t.m32 << ", " << t.m33 << ", " << t.m34 << ", "
            << t.m41 << ", " << t.m42 << ", " << t.m43 << ", " << t.m44 << "; //Standard...";
    }
    {
        Transformation &t = transformation.inverse;
        output << "\n" << indentation (indent + 2)
            << t.m11 << ", " << t.m12 << ", " << t.m13 << ", " << t.m14 << ", "
            << t.m21 << ", " << t.m22 << ", " << t.m23 << ", " << t.m24 << ", "
            << t.m31 << ", " << t.m32 << ", " << t.m33 << ", " << t.m34 << ", "
            << t.m41 << ", " << t.m42 << ", " << t.m43 << ", " << t.m44 << "; //Inverse...";
    }

    //Output the properties...

        output << "\n" << indentation (indent + 1) << "Properties: " << properties.size () << ";";

        loopDictionary (name, value, properties, char)
            if((stricmp (name,"type") != 0) || (stricmp (name,"texture") != 0)){
                    output << "\n" << indentation (indent + 2) << "\"" << name << "\" => \"" << value << "\"";
            }
            endloop
}

void Object::export (long indent, ::ofstream &output, long objectIndex, World* world) {
    bool dontPrint = false;

    //Output a simple header..."
    output << "\n" << indentation (indent) << "Object: " << objectIndex << ";";

    loopDictionary (name, value, properties, char)
        if(strcmp (name,"type") == 0)
            output << "\n" << indentation (indent + 1) << "\"" << name << "\" => \"" << value << "\"";

        if(strcmp (name,"static geometry") == 0)
            dontPrint = true;

    endloop

            //Output the transformation...
            output << "\n" << indentation (indent + 1) << "Transformation: //m11 m12 m13 m14 m21 m22 ... m44";
        {
            Transformation &t = transformation.normal ();
            output << "\n" << indentation (indent + 2)
                << t.m11 << ", " << t.m12 << ", " << t.m13 << ", " << t.m14 << ", "
                << t.m21 << ", " << t.m22 << ", " << t.m23 << ", " << t.m24 << ", "
                << t.m31 << ", " << t.m32 << ", " << t.m33 << ", " << t.m34 << ", "
                << t.m41 << ", " << t.m42 << ", " << t.m43 << ", " << t.m44 << "; //Standard...";
        }
        {
            Transformation &t = transformation.inverse;
            output << "\n" << indentation (indent + 2)
                << t.m11 << ", " << t.m12 << ", " << t.m13 << ", " << t.m14 << ", "
                << t.m21 << ", " << t.m22 << ", " << t.m23 << ", " << t.m24 << ", "
                << t.m31 << ", " << t.m32 << ", " << t.m33 << ", " << t.m34 << ", "
                << t.m41 << ", " << t.m42 << ", " << t.m43 << ", " << t.m44 << "; //Inverse...";
        }

        //Output the properties...
        if(!dontPrint){
            output << "\n" << indentation (indent + 1) << "Properties: " << properties.size () << ";";

            loopDictionary (name, value, properties, char)
                if((stricmp (name,"type") != 0) || (stricmp (name,"texture") != 0))
                {
                    if((stricmp (name,"texture") == 0))
                        output << "\n" << indentation (indent + 2) << "\"" << name << "\" == \"" << value << "\"";
                    else
                        output << "\n" << indentation (indent + 2) << "\"" << name << "\" => \"" << value << "\"";
                }
            endloop
        }

        //Output the faces...
            output << "\n" << indentation (indent + 1) << "Faces: " << faces.size () << ";";
            loopVector (faceIndex, faces)
                faces [faceIndex]->export (indent + 1, output, faceIndex, world);
            endloop
}