Re: [Boost-users] templated class member

I thing the first problem can be solved using Boost.Fusion: // the names of the types in the application typedef char int8; typedef short int16; typedef int int32; typedef unsigned char uint8; typedef unsigned short uint16; typedef unsigned int uint32; typedef float float32; typedef double float64; // an mpl vector containing all the types typedef boost::mpl::vector types; // a typedef of a fusion map with a variable for each type typedef boost::fusion::map< boost::fusion::pair boost::fusion::pair boost::fusion::pair boost::fusion::pair boost::fusion::pair boost::fusion::pair boost::fusion::pair boost::fusion::pair

map_type;

// the variables map_type variables; // use a variable at<int8>(variables) However, there is a lot of redundancy in the boost::fusion::map typedef. Is there any way to obtain the boost::fusion::map typedef automatically from the boost::mpl::vector? I have the following related problem. // an mpl vector containing all the size types typedef boost::mpl::vector size_types; // an mpl vector containing all the scalar types typedef boost::mpl::vector scalar_types; now i need a variable for each combination of size_types and scalar types. Something like typedef boost::fusion::map< boost::fusion::pair > boost::fusion::pair > boost::fusion::pair > boost::fusion::pair > boost::fusion::pair > boost::fusion::pair > boost::fusion::pair > boost::fusion::pair > boost::fusion::pair > boost::fusion::pair > boost::fusion::pair > boost::fusion::pair > boost::fusion::pair > boost::fusion::pair > boost::fusion::pair

boost::fusion::pair boost::fusion::pair > boost::fusion::pair > boost::fusion::pair > boost::fusion::pair > boost::fusion::pair > boost::fusion::pair > boost::fusion::pair

boost::fusion::pair

map_type;

Again, I want to obtain the boost::fusion::map typedef automatically from the two boost::mpl::vectors. -- Ares Lagae Computer Graphics Research Group, Katholieke Universiteit Leuven http://www.cs.kuleuven.be/~ares/