Here is a list of all class members with links to the classes they belong to:

- n -

• N : vnl_complex_eigensystem , vnl_cpoly_roots
• n : vnl_generalized_eigensystem
• n1 : vnl_scalar_join_iterator< T >
• n2 : vnl_scalar_join_iterator< T >
• n_ : vnl_svd_economy< real_t > , vnl_symmetric_eigensystem< T > , vnl_least_squares_function , vnl_powell_1dfun , vnl_linear_system , vnl_symmetric_eigensystem< double > , vnl_svd< double > , vnl_linear_system , vnl_svd< T > , vnl_svd_economy< real_t > , vnl_svd< T >
• name : vnl_matlab_print_proxy< T > , vnl_matlab_print_proxy< T > T , vnl_matlab_readhdr
• namlen : vnl_matlab_header
• negate() : apply , conjugate , deallocate , allocate_T vnl_matrix< T > , vnl_c_vector< T >
• new_object() : vnl_io_nonlinear_minimizer
• next() : vnl_scalar_join_iterator< T > , vnl_sparse_matrix< T > , vnl_sparse_matrix< double > , vnl_sparse_matrix< T >
• nn_ : vnl_sym_matrix< T >
• no_gradient : vnl_sparse_lst_sqr_function , vnl_least_squares_function
• non_const() : vnl_matrix_ref< T > , vnl_vector_ref< T > , vnl_matrix_ref< T > , vnl_vector_ref< double > , vnl_matrix_ref< double > , sparse_vector , vnl_vector_ref< double > ebj , vnl_vector_ref< double > eij , vnl_vector_ref< double > dbi , vnl_matrix_ref< T >
• norm() : vnl_rnpoly_solve_cmplx , vnl_svd< T > , vnl_svd< double > , vnl_svd< T > , vnl_matrix_inverse< T > , vnl_svd< T >
• norm_ : vnl_sparse_lu
• normal() : vnl_random
• normal64() : vnl_random
• normalize() : vnl_vector_fixed< T, n > , vnl_vector< vcl_complex< T > vc vnl_complexify , vnl_vector< vcl_complex< T > , vnl_rational , vnl_vector_fixed< T, 2 > , vnl_vector< vcl_complex< double > , vnl_vector< double > workspace long , div , apply , conjugate , vnl_vector< T1 > , deallocate , vnl_vector< T2 > , vnl_vector_fixed< T, N > , vnl_vector_fixed< T, num_cols > , vnl_vector_fixed< T, num_rows > , vnl_vector_fixed< T, num_cols > , vnl_vector< T > , vnl_vector_fixed< T, M > , vnl_vector_fixed< T, m > , vnl_vector_fixed< T, ncols > , vnl_vector_fixed< T, nrows > , vnl_vector_fixed< T, 4 > , vnl_quaternion< T > , vnl_vector< U > , allocate_T vnl_matrix< T > , vnl_vector< T > result vnl_matrix< T > , element_product , vnl_vector< T > , vnl_vector_ref< T > , add , sub , mul , vnl_vector_fixed< T, n > , vnl_vector< T > data_ , vnl_vector< C > , vnl_vector< T > , vnl_vector< U > , vnl_vector< T > operator vnl_matrix_inverse< T > , vnl_vector< vcl_complex< T > , vnl_vector< S > , vnl_vector< long > , vnl_vector< T > operator vnl_diag_matrix< T > , vnl_vector< T > operator , vnl_vector_fixed< T, 6 > , vnl_vector_fixed< T, 7 > , vnl_vector_fixed< T, 5 > , vnl_vector< T > , vnl_vector< V > , vnl_vector_ref< double > , vnl_vector_fixed< T, N > , vnl_vector_fixed< T, M > , vnl_vector< T > operator T , vnl_vector< int > , vnl_vector_fixed< double, 2 > , vnl_vector_fixed< double, 3 > , vnl_vector_fixed< double, 4 > , vnl_bignum , vnl_c_vector< T > , vnl_vector_fixed< T, 3 > , sparse_vector , vnl_vector_ref< double > ebj , vnl_vector_ref< double > eij , vnl_vector< double > diag_UV int , vnl_vector_ref< double > dbi , vnl_vector< T > , vnl_vector< double > ret , vnl_vector< real_t > , vnl_vector< double > , vnl_vector< float >
• normalize_columns() : vnl_matrix_ref< double > , vnl_matrix< double > long , vnl_matrix< vcl_complex< T > Mc vnl_complexify , vnl_matrix< vcl_complex< double > , vnl_matrix< vcl_complex< T > , vnl_matrix_ref< T > , vnl_matrix_fixed_ref< T, m, n > , vnl_matrix< T1 > , vnl_matrix< double > ret , vnl_matrix< T2 > , vnl_matrix< U > , vnl_matrix< T > , vnl_matrix< int > , vnl_matrix< T > operator vnl_matrix_inverse< T > , vnl_matrix< vcl_complex< T > , vnl_matrix< S > , vnl_matrix< double > A_ vnl_matrix< double > B_ vcl_copy vcl_copy vnl_vector< double > , vnl_matrix< T > operator vnl_matrix< T > , vnl_matrix< T > operator vnl_diag_matrix< T > , vnl_matrix< T > , vnl_matrix_ref< T > , vnl_matrix< double > unsigned int , vnl_matrix< V > , vnl_matrix< T > operator T , vnl_matrix< T > vnl_matrix< T > , iterator , vnl_matrix< T > , vnl_matrix< real_t > , vnl_matrix< T > adj , vnl_matrix< T > , vnl_matrix< float > , VNL_MATRIX_FIXED_VCL60_WORKAROUND< T, num_rows, num_cols > , vnl_matrix< double > Ad vnl_matrix< double > Vd vnl_vector< double > Dd , vnl_matrix< double > , vnl_matrix< unsigned int > , vnl_matrix_fixed_ref< T, num_rows, num_cols >
• normalize_rows() : vnl_matrix< double > long , vnl_matrix< vcl_complex< T > Mc vnl_complexify , vnl_matrix< vcl_complex< double > , vnl_matrix< vcl_complex< T > , vnl_matrix< T > , vnl_matrix_ref< T > , vnl_matrix< U > , vnl_matrix< double > A_ vnl_matrix< double > B_ vcl_copy vcl_copy vnl_vector< double > , vnl_matrix_fixed_ref< T, m, n > , vnl_matrix< T1 > , vnl_matrix< double > ret , vnl_matrix< T2 > , vnl_matrix< int > , vnl_matrix< T > operator vnl_matrix_inverse< T > , vnl_matrix< S > , vnl_matrix< T > operator T , vnl_matrix< T > operator vnl_matrix< T > , vnl_matrix< T > operator vnl_diag_matrix< T > , vnl_matrix_ref< T > , vnl_matrix< T > , vnl_matrix< double > unsigned int , vnl_matrix_ref< double > , vnl_matrix< T > vnl_matrix< T > , vnl_matrix< T > , iterator , vnl_matrix< vcl_complex< T > , vnl_matrix< T > , vnl_matrix< real_t > , VNL_MATRIX_FIXED_VCL60_WORKAROUND< T, num_rows, num_cols > , vnl_matrix< T > adj , vnl_matrix< float > , vnl_matrix_fixed_ref< T, num_rows, num_cols > , vnl_matrix< double > Ad vnl_matrix< double > Vd vnl_vector< double > Dd , vnl_matrix< double > , vnl_matrix< unsigned int > , vnl_matrix< V >
• nterms_ : vnl_real_npolynomial
• Ntothe() : vnl_finite_int_poly< N, M >
• nullspace() : vnl_svd< double > , vnl_svd< T > , vnl_svd< double > , vnl_svd< T > , vnl_matrix_inverse< T > , vnl_svd< T >
• nullvector() : vnl_cholesky , vnl_ldl_cholesky , vnl_symmetric_eigensystem< double > , vnl_svd< double > , vnl_svd< T > , vnl_matrix_inverse< T > , vnl_svd< T > , vnl_symmetric_eigensystem< T > , vnl_svd_economy< real_t > , vnl_svd< T > , vnl_svd_economy< real_t >
• nullvector_ : vnl_ldl_cholesky , vnl_cholesky
• num_ : vnl_rational
• num_cols : vnl_matrix< int > , vnl_matrix< double > long , vnl_matrix< vcl_complex< T > Mc vnl_complexify , vnl_matrix< T > adj , vnl_matrix< double > unsigned int , vnl_matrix< vcl_complex< double > , vnl_matrix< double > Ad vnl_matrix< double > Vd vnl_vector< double > Dd , vnl_matrix< T2 > , vnl_matrix_ref< T > , vnl_matrix< U > , vnl_matrix< T > , vnl_matrix< S > , vnl_matrix< T1 > , vnl_matrix< double > ret , vnl_matrix< T > operator vnl_matrix< T > , vnl_matrix< T > , vnl_matrix< T > operator vnl_matrix_inverse< T > , vnl_matrix< double > , vnl_matrix< vcl_complex< T > , vnl_matrix< unsigned int > , vnl_matrix< double > A_ vnl_matrix< double > B_ vcl_copy vcl_copy vnl_vector< double > , vnl_matrix< T > , vnl_matrix< V > , vnl_matrix< T > operator T , vnl_matrix_ref< T > , vnl_matrix_ref< double > , vnl_matrix< vcl_complex< T > , vnl_matrix< T > , vnl_matrix< T > vnl_matrix< T > , vnl_matrix< T > , iterator , vnl_matrix< T > operator vnl_diag_matrix< T > , vnl_crs_index , vnl_matrix< real_t > , vnl_matrix< float >
• num_cols_ : vnl_crs_index
• num_dims_rank_def_ : vnl_ldl_cholesky , vnl_cholesky
• num_elmts : vnl_vector< vcl_complex< T > vc vnl_complexify , vnl_vector_ref< double > eij , vnl_vector< vcl_complex< T > , vnl_vector< T > operator , vnl_vector< T > , vnl_vector< T1 > , sparse_vector , vnl_vector< double > workspace long , vnl_vector< T > data_ , vnl_vector_ref< double > , vnl_vector_ref< T > , vnl_vector< U > , vnl_vector< T > , vnl_vector< T > result vnl_matrix< T > , vnl_vector< double > , vnl_vector< double > ret , vnl_vector< T > operator vnl_diag_matrix< T > , vnl_vector< T > operator T , vnl_vector< V > , vnl_vector< vcl_complex< T > , vnl_vector< U > , vnl_vector< real_t > , vnl_vector< S > , vnl_vector< T > , vnl_vector< T > operator vnl_matrix_inverse< T > , vnl_vector< C > , vnl_vector< int > , vnl_vector< T2 > , vnl_vector< vcl_complex< double > , vnl_vector< long > , element_product , vnl_vector_ref< double > ebj , vnl_vector< double > diag_UV int , vnl_vector_ref< double > dbi , vnl_vector< T > , vnl_vector< float >
• num_evaluations_ : vnl_nonlinear_minimizer , vnl_amoeba , vnl_nonlinear_minimizer , vnl_amoeba , vnl_nonlinear_minimizer
• num_iter_ : vnl_lsqr
• num_iterations_ : vnl_nonlinear_minimizer
• num_non_zero() : vnl_crs_index
• num_roots_found_ : vnl_rpoly_roots
• num_rows : vnl_matrix< int > , vnl_matrix_ref< T > , vnl_matrix< unsigned int > , vnl_matrix< T > , vnl_matrix_ref< T > , vnl_matrix< T1 > , vnl_matrix< vcl_complex< T > Mc vnl_complexify , vnl_matrix< T > adj , iterator , vnl_matrix< T > operator vnl_diag_matrix< T > , vnl_matrix< vcl_complex< double > , vnl_matrix< double > long , vnl_matrix< T > , vnl_matrix< double > unsigned int , vnl_matrix< real_t > , vnl_matrix< vcl_complex< T > , vnl_matrix< T > , vnl_crs_index , vnl_matrix_ref< double > , vnl_matrix< T2 > , vnl_matrix< T > operator T , vnl_matrix< T > , vnl_matrix< V > , vnl_matrix< double > ret , vnl_matrix< U > , vnl_matrix< S > , vnl_matrix< double > Ad vnl_matrix< double > Vd vnl_vector< double > Dd , vnl_matrix< T > , vnl_matrix< T > operator vnl_matrix< T > , vnl_matrix< float > , vnl_matrix< T > operator vnl_matrix_inverse< T > , vnl_matrix< vcl_complex< T > , vnl_matrix< double > A_ vnl_matrix< double > B_ vcl_copy vcl_copy vnl_vector< double > , vnl_matrix< T > vnl_matrix< T > , vnl_matrix< double >
• number() : vnl_fft_prime_factors< T >
• number_ : vnl_fft_prime_factors< T >
• number_of_a() : vnl_sparse_lst_sqr_function
• number_of_b() : vnl_sparse_lst_sqr_function
• number_of_e() : vnl_sparse_lst_sqr_function
• number_of_params_a() : vnl_sparse_lst_sqr_function
• number_of_params_b() : vnl_sparse_lst_sqr_function
• number_of_residuals() : vnl_sparse_lst_sqr_function
• numerator() : vnl_rational
• nvalues : vnl_sparse_symmetric_eigensystem
• nvar_ : vnl_real_npolynomial

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