- a -

• add : vnl_bignum

- d -

• decrement : vnl_bignum
• divide : vnl_bignum
• divide_aux : vnl_bignum

- e -

• estimate_q_hat : vnl_bignum

- i -

• increment : vnl_bignum

- l -

• left_shift : vnl_bignum
• lock : vnl_alloc

- m -

• magnitude_cmp : vnl_bignum
• multiply_aux : vnl_bignum
• multiply_subtract : vnl_bignum

- n -

• normalize : vnl_bignum

- o -

• obj : vnl_alloc
• operator * : vnl_transpose
• operator<< : vnl_real_npolynomial , vnl_bignum
• operator>> : vnl_bignum

- r -

• right_shift : vnl_bignum

- s -

• subtract : vnl_bignum

- v -

• vnl_bignum_from_string : vnl_bignum
• vnl_bignum_to_string : vnl_bignum
• vnl_matrix< T > : vnl_vector< V > , vnl_vector< T > operator vnl_diag_matrix< T > , vnl_vector< T > operator , vnl_vector< S > , vnl_vector< vcl_complex< T > , vnl_vector< T > operator vnl_matrix_inverse< T > , vnl_vector< U > , vnl_vector< T > , vnl_vector< T > operator T , vnl_vector_ref< T > , element_product , vnl_vector< T > result vnl_matrix< T > , vnl_vector< vcl_complex< T > , vnl_vector< vcl_complex< T > vc vnl_complexify , vnl_vector< float > , vnl_vector< real_t > , vnl_vector< double > , vnl_vector_ref< double > dbi , vnl_vector< double > diag_UV int , vnl_vector_ref< double > eij , vnl_vector_ref< double > ebj , sparse_vector , vnl_vector< int > , vnl_vector< long > , vnl_vector< T > data_ , vnl_vector< C > , vnl_vector< T > , vnl_vector< U > , vnl_vector< double > ret , vnl_vector< T1 > , vnl_vector< double > workspace long , vnl_vector_ref< double > , vnl_vector< vcl_complex< double > , vnl_vector< T > , vnl_vector< T2 > , vnl_vector< T >
• vnl_powell_1dfun : vnl_powell
• vnl_rnpoly_solve : vnl_real_npolynomial

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