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boost::mpl Namespace Reference Classes struct   advance< concat_vector_iterator< VEC1, VEC2, K >, DISTANCE >   Advances a concat-vector iterator. More... struct   advance< cross_iterator< VEC_OF_VECS, TYPE_GEN, K >, DISTANCE >   Advances a cross-vector iterator. More... struct   at< concat_vector< VEC1, VEC2 >, K >   Returns the K-th element of a concat vector. More... struct   at< cross_vector< VEC_OF_VECS, TYPE_GEN >, K >   Returns the K-th element of a cross vector. More... struct   at_c< mapping_vector< SRC_TYPES, DST_TYPES >, K > struct   back< concat_vector< VEC1, VEC2 > >   Returns the last element of a concat vector. More... struct   back< cross_vector< VEC_OF_VECS, TYPE_GEN > >   Returns the last element of a cross vector. More... struct   begin< concat_vector< VEC1, VEC2 > >   Returns an iterator to the first element of a concat vector. More... struct   begin< cross_vector< VEC_OF_VECS, TYPE_GEN > >   Returns an iterator to the first element of a cross vector. More... struct   concat_vector   Represents the virtual concatenation of two MPL random access sequences INPUT: VEC1, VEC2 - two MPL random access sequences. More... struct   concat_vector_iterator   Iterator of cross_vector. More... struct   copy_to_vector struct   copy_to_vector< set<> > struct   cross_iterator   Iterator of cross_vector. More... struct   cross_vector   Represents the virtual cross-product of the types generated from VEC_OF_VECS. INPUT: VEC_OF_VECS - a vector of vector types. For example [ [A1,A2,A3], [B1,B2], [C1,C2,C3,C4] ] Each element must be a non-empty mpl vector TYPE_GEN - a metafunction that generates a type from a vector of types, each of which can be selected from the corresponding vector in VEC_OF_VECS. For example, [A1, B2, C4]. More... struct   deref< concat_vector_iterator< VEC1, VEC2, K > >   Dereferences a concat-vector iterator. More... struct   deref< cross_iterator< VEC_OF_VECS, TYPE_GEN, K > >   Dereferences a cross-vector iterator Creates a vector of the sizes of each type vector in VEC_OF_VECS, then uses it as a basis to represent the iterator's position K as a vector of indices. Extracts the corresponding type of each input vector and passes the element types to the type generation function, which returns the dereferenced type. More... struct   distance< concat_vector_iterator< VEC1, VEC2, K1 >, concat_vector_iterator< VEC1, VEC2, K2 > >   Computes the distance between two concat-vector iterators. More... struct   distance< cross_iterator< V_OF_V, T_GEN, K1 >, cross_iterator< V_OF_V, T_GEN, K2 > >   Computes the distance between two cross-vector iterator-s. More... struct   empty< concat_vector< VEC1, VEC2 > >   Determines whether a concat vector is empty. More... struct   empty< cross_vector< VEC_OF_VECS, TYPE_GEN > >   Determines whether a cross vector is empty. More... struct   end< concat_vector< VEC1, VEC2 > >   Returns an iterator to the last element of a concat vector. More... struct   end< cross_vector< VEC_OF_VECS, TYPE_GEN > >   Returns an iterator to the last element of a cross vector. More... struct   front< concat_vector< VEC1, VEC2 > >   Returns the first element of a concat vector. More... struct   front< cross_vector< VEC_OF_VECS, TYPE_GEN > >   Returns the first element of a cross vector. More... struct   mapping_vector struct   next< concat_vector_iterator< VEC1, VEC2, K > >   Increments a concat-vector iterator. More... struct   next< cross_iterator< VEC_OF_VECS, TYPE_GEN, K > >   Increments a cross-vector iterator. More... struct   prior< concat_vector_iterator< VEC1, VEC2, K > >   Decrements a concat-vector iterator. More... struct   prior< cross_iterator< VEC_OF_VECS, TYPE_GEN, K > >   Decrements a cross-vector iterator. More... struct   size< concat_vector< VEC1, VEC2 > >   Computes the size of a concat vector as the sum of the sizes of its input vectors. More... struct   size< cross_vector< VEC_OF_VECS, TYPE_GEN > >   Computes the size of a cross vector as the product of the sizes of all vectors in VEC_OF_VECS. More... struct   size< mapping_vector< SRC_TYPES, DST_TYPES > > struct   transform< concat_vector< VEC1, VEC2 >, OP >   Transforms the elements of a concat vector. More... struct   transform< cross_vector< VEC_OF_VECS, TYPE_GEN >, OPP >   Transforms the elements of a cross vector. More... Namespaces namespace   detail

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