/Users/mourrain/Devel/mmx/realroot/include/realroot/shared_object.hpp File Reference

#include <cassert>
#include <memory>
#include <utility>
#include <iterator>
#include <algorithm>
#include <set>
#include <typeinfo>

Go to the source code of this file.

Classes

• struct AsSize
• class shared_object< R >
• struct shared_object< R >::rep
• struct rep_view< R >
• struct ReferTo< T >

  The structure for obtain the template parameter. More...
  

• struct ReferTo< shared_object< T > >

  The structure for obtain the template parameter. More...
  

Namespaces

• namespace mmx

Defines

• #define define_operator_rrr(parm0, parm1, parm2, opname, function)
• #define define_operator_rr_(parm0, parm1, parm2, opname, function)
• #define define_operator_r_r(parm0, parm1, parm2, opname, function)
• #define define_operator__r_(parm0, parm1, parm2, opname, function)
• #define define_function_from_inplace(parm0, parm1, parm2, function)
• #define assert(expr, msg)   if (!(expr)) assert (msg);
• #define NOREFCOUNT

Functions

• template<class R > R & rep (R &r)
• template<class R > const R & rep (const R &r)
• template<class R > R & rep (shared_object< R > &r)
• template<class R > const R & rep (const shared_object< R > &r)

---

Define Documentation

#define assert	(		expr,
			msg
	)		if (!(expr)) assert (msg);

Definition at line 50 of file shared_object.hpp.

Referenced by _mvrcvloop_(), mmx::sparse::add(), mmx::let::assign(), mmx::compare(), mmx::vctops::convolution(), mmx::tensor::diff(), mmx::sparse::diff(), mmx::univariate::div(), shared_object< std::vector< homography< real > > >::divorce(), mmx::meta::do_scale(), dynamic_exp< E >::dynamic_exp(), box_rep< POL >::eval(), mmx::tensor::face(), Kioustelidis_bound_1::foo(), Seq< Interval< C > >::front(), mmx::linear::gramschmidt(), solver< C, ProjRd< MTH > >::init_bernstein(), box_rep< POL >::is_root(), mmx::sparse::last_term(), shared_object< std::vector< homography< real > > >::leave(), mmx::log(), monomials< C >::monomials(), msimplify(), mmx::univariate::mul(), mmx::sparse::mul(), interval_newton< INT, CT >::newton_iteration(), scalar< T >::operator!=(), polynomial< C, with< Rep, Ord > >::operator()(), monom< C, E >::operator/=(), scalar< T >::operator<(), scalar< T >::operator<=(), scalar< T >::operator==(), scalar< T >::operator>(), scalar< T >::operator>=(), dynamic_exp< E >::operator[](), parallel< system >::pinc(), box_rep< POL >::point(), mmx::pow(), mmx::pow2(), parallel< system >::process(), binary_sleeve_subdivision< K >::run(), mmx::numerics::sal(), subresultant< PREM >::sequence(), dynamic_exp< E >::set_expt(), mmx::sparse::shift(), mmx::tensor::slice(), spmmul(), mmx::sparse::sub(), mmx::realroot::topological_degree_2d(), mmx::linear::tqli(), v_minus(), v_plus(), vmap(), mmx::tensor::waddm(), and mmx::tensor::wsubm().

#define define_function_from_inplace	(		parm0,
			parm1,
			parm2,
			function
	)

Value:

inline                                                          \
void function(parm0& r, const parm1& x, const parm2& y) {       \
  r=x;function(r,y);                                            \
}

Definition at line 43 of file shared_object.hpp.

#define define_operator__r_	(		parm0,
			parm1,
			parm2,
			opname,
			function
	)

Value:

inline                                                          \
parm0 opname(const parm1& x, const parm2& y) {                  \
  parm0 r; function(r,x.rep(),y); return r;                     \
}

Definition at line 36 of file shared_object.hpp.

#define define_operator_r_r	(		parm0,
			parm1,
			parm2,
			opname,
			function
	)

Value:

inline                                                          \
parm0 opname(const parm1& x, const parm2& y) {                  \
  parm0 r; function(r.rep(),x,y.rep()); return r;               \
}

Definition at line 30 of file shared_object.hpp.

#define define_operator_rr_	(		parm0,
			parm1,
			parm2,
			opname,
			function
	)

Value:

inline                                                          \
parm0 opname(const parm1& x, const parm2& y) {                  \
  parm0 r; function(r.rep(),x.rep(),y); return r;               \
}

Definition at line 25 of file shared_object.hpp.

#define define_operator_rrr	(		parm0,
			parm1,
			parm2,
			opname,
			function
	)

Value:

inline parm0                                                    \
opname(const parm1& x, const parm2& y) {                        \
  parm0 r; function(r.rep(),x.rep(),y.rep()); return r;         \
}

Definition at line 19 of file shared_object.hpp.

#define NOREFCOUNT

Definition at line 159 of file shared_object.hpp.