- _ -

_coef : monom< C, E >
_default_ : binomials< T > , bzenv< X >
_expt : monom< C, E >
_index_of_var : variables
_nbvar : variables
_size : dynamic_exp< E >
_tab : dynamic_exp< E >
_var_of_index : variables

- a -

a : IntervalData< RT, Poly > , template_expression< binary_operator<O, A, B > > , template_expression< unary_operator<O, A > > , template_expression< A > , res_t , Interval< T, r >::extended , homography< real >

- b -

b : IntervalData< RT, Poly > , homography< real > , res_t , template_expression< binary_operator<O, A, B > > , Interval< T, r >::extended
binoms : monomials< C >
bitquo : binary_subdivision< K >
bitrem : binary_subdivision< K >
body : shared_object< R >
box : box_rep< C >
brk : ShapeForeachContainer< T >

- c -

c : IntervalData< RT, Poly > , ShapeForeachContainer< T > , homography< real >

- d -

d : IntervalData< RT, Poly > , homography< real > , vd
data : binomials< C > , Seq< C, R > , rep_view< R > , monomials< C > , eenv , polynomial< C, with< Rep, Ord > > , binary_subdivision< K > , binary_convert< K, Isolate > , scalar< T > , binary_convert< K, Approximate > , bigunsigned< N >
default_ : variables , binomials< C >
degree_ : monomials< C >
delta : IntervalNewton< INT, C >
dw : sleeve_rep< C >

- e -

e : ShapeForeachContainer< T > , bound
env : monomials< C >
eps : solver_cffirst< Real, POL > , Approximate , data_t , solver_bspline< Real > , solver< C, ProjRd< MTH > >
epsilon : solver_mv_fatarcs< C >

- h -

H : homography_mv< real >

- i -

I : domain< C >
i : ShapeForeachContainer< T >
id : fpu_rounding< long double > , fpu_rounding< floating<> > , fpu_rounding< T >
initial : oulala
initial_approx : IntervalNewton< INT, C >
ir : solver_cffirst< Real, POL >
isole : Isolate , data_t , Approximate

- m -

m : Interval< T, r > , bound
M : Interval< T, r >
m_bins : bzenv< X >
m_c : solver_bspline< Real >
m_cdw : data_t
m_chg : fpu_rounding< long double >
m_cup : data_t
m_d : solver_bspline< Real >
m_data : binomials< T > , data_t , bsearch< real_t > , bsearch_castel< real_t > , bsearch_newton< real_t > , bsearch_newton2< real_t >
m_dbg : method< system, _strgy_, _rdslv_, _sbdrl_ >
m_dbgdefault : method< system, _strgy_, _rdslv_, _sbdrl_ >
m_dmn : data_t
m_eps : binary_approx , mv_binary_approx , uv_binary_approx
m_k : solver_bspline< Real >
m_limit : data_t
m_lmth : descartes_solver< real_t, local_method >
m_mons : bsearch< real_t > , bsearch_newton< real_t > , bsearch_newton2< real_t >
m_mxsz : bsearch< real_t >
m_mxvr : eenv
m_n : solver_bspline< Real >
m_niter : method< system, _strgy_, _rdslv_, _sbdrl_ >
m_nsbd : method< system, _strgy_, _rdslv_, _sbdrl_ >
m_nvr : eenv_base
m_order : monomial_seq< C, O, MONOM, REP >
m_prec : descartes_solver< real_t, local_method >
m_prev : fpu_rounding< long double >
m_pszs : eenv
m_rdslv : method< system, _strgy_, _rdslv_, _sbdrl_ >
m_res : data_t
m_s : data_t
m_sbdrl : method< system, _strgy_, _rdslv_, _sbdrl_ >
m_seq : method< system, _strgy_, _rdslv_, _sbdrl_ >
m_ssz : descartes_solver< real_t, local_method >
m_state : method< system, _strgy_, _rdslv_, _sbdrl_ >
m_stck : descartes_solver< real_t, local_method >
m_str : eenv_base
m_strgy : method< system, _strgy_, _rdslv_, _sbdrl_ >
m_sz : bsearch_newton2< real_t > , bsearch< real_t > , bsearch_newton< real_t > , descartes_solver< real_t, local_method > , sleeve_rep< C > , bsearch_castel< real_t >
m_szs : eenv_base
m_t : solver_bspline< Real >
m_v : system_ctrl< V >
m_vrs : eenv
max : abs_max< T >
maxn : solver_bspline< Real >

- n -

n : vd
name : oulala
nbit : hdwi< hardware_int > , bit_resolution< long double > , bit_resolution< double > , bit_resolution< T >
nmax : hdwi< hardware_int >

- o -

obj : shared_object< R >::rep
offs : binomials< C >

- p -

p : IntervalData< RT, Poly >
poly : box_rep< C >
poly1 : solver_mv_fatarcs< C >
poly2 : solver_mv_fatarcs< C >
prec : continued_fraction_approximate< K, B >
pts : arc_rep< C >

- r -

refc : shared_object< R >::rep
result : is_rounded< T > , epsilon< T > , is_rounded< double > , hdwimax< hdwi, 0 > , hdwimax< hdwi, n > , is_rounded< long double > , hdwintp< T > , is_rounded< float >
root_bound : data_t

- s -

- t -

t : res_t
tab_ : monomials< C >

- u -

up : sleeve_rep< C >

- v -

V : max_value< a, b > , abs_value< a >
var : ring< C, Univariate > , ring< C, MonomialTensor > , ring< C, Sparse, O > , ring< C, Bernstein > , monom< C, E > , ring< C, B, O >