texp_operators.hpp File Reference

#include <realroot/texp_double.hpp>
#include <realroot/texp_expression.hpp>

Go to the source code of this file.

Namespaces
	mmx

Macros
#define	define_binary_operator_structure(opname, function, call)
#define	define_binary_operator(opname, function, call)
#define	define_unary_operator(opname, function, call)
#define	declare_binary_operator(tp_arg_list, parm0, parm1, opname, function)
#define	declare_unary_operator(tp_arg_list, parm, opname, function)

Macro Definition Documentation

#define declare_binary_operator	(		tp_arg_list,
			parm0,
			parm1,
			opname,
			function
	)

Value:

tp_arg_list inline \
texp::template_expression< texp::binary_operator< opname,\
texp::template_expression< parm0 >, \
texp::template_expression< parm1 > > > \
function( const parm0 & x, const parm1 & y )\
{ return \
    texp::template_expression< \
    texp::binary_operator< \
    opname, texp::template_expression< parm0 >, texp::template_expression< parm1 > > >\
    (texp::template_expression< parm0 >(x),texp::template_expression< parm1 >(y));\
};\
tp_arg_list inline \
texp::template_expression< texp::binary_operator< opname , \
texp::template_expression< parm0 >,\
texp::template_expression< parm1 > > >\
function( const texp::template_expression<parm0> & x, const parm1 & y )\
{ return texp::template_expression< texp::binary_operator< opname, texp::template_expression< parm0 >, texp::template_expression< parm1 > > >\
 (x,texp::template_expression<parm1>(y)); };\
tp_arg_list inline \
texp::template_expression< texp::binary_operator< opname , \
texp::template_expression< parm0 >, \
texp::template_expression< parm1 > > >\
function( const parm0 & x, const texp::template_expression<parm1> & y )\
{ return texp::template_expression< texp::binary_operator< opname, texp::template_expression< parm0 >, texp::template_expression< parm1 > > >\
(texp::template_expression< parm0 >(x),y); }

#define declare_unary_operator	(		tp_arg_list,
			parm,
			opname,
			function
	)

Value:

tp_arg_list inline \
texp::template_expression< texp::unary_operator< opname, \
                             texp::template_expression<parm> > >\
function( const parm& x ) \
{ \
  return texp::template_expression<\
    texp::unary_operator< opname, \
    texp::template_expression<parm> > >( texp::template_expression<parm>(x) ); \
};\

#define define_binary_operator	(		opname,
			function,
			call
	)

#define define_binary_operator_structure	(		opname,
			function,
			call
	)

Value:

\
struct opname                                             \
{                                                         \
  inline static const char * name() { return #call; };    \
  template < class A, class B, class C > inline           \
  void operator()( A & a, const B & b, const C & c) const \
  {                                                       \
    call (a, b, c);                                       \
  };                                                      \
  template < class A, class B > inline                    \
  void operator()( A & a, const B & b )             const \
  {                                                       \
    call (a, b);                                          \
  };                                                      \
};                                                        \

#define define_unary_operator	(		opname,
			function,
			call
	)