- p -

• Poly : ContFrac_t< NT, LowerBound > , IntervalData< RT_, Poly_ >
• poly_t : dual< C, O >
• Polynomial : cell_mv_bernstein< C > , ring< C, Bernstein > , ring< C, Univariate > , continued_fraction_isolate< K, B, false_t > , use< polynomial_of, polynomial< C, with< Dual, O > > >
• polynomial : interval_newton< INT, CT >
• Polynomial : continued_fraction_approximate< K, B, true_t > , continued_fraction_isolate< K, B, true_t > , continued_fraction_approximate< K, B, false_t > , cell_uv_bernstein< C > , ring< C, Dual, O > , use< polynomial_of, polynomial< C, with< Univariate > > > , ring< C, Sparse, O > , use< polynomial_of, polynomial< C, with< Sparse, O > > > , use< polynomial_of, polynomial< C, with< MonomialTensor > > > , ring< C, B, O > , ring< C, MonomialTensor > , use< polynomial_of, polynomial< C, with< Bernstein > > >
• polynomial_floating : solver< C, ContFrac< Approximate > > , continued_fraction_subdivision< K >
• polynomial_integer : solver< C, ContFrac< Approximate > > , continued_fraction_subdivision< K >
• polynomial_rational : continued_fraction_subdivision< K > , solver< C, ContFrac< Approximate > >
• proto : binary_operator_prototype< op, X, Y >