traits.h File Reference
#include <limits>#include "boost/call_traits.hpp"#include "boost/type_traits.hpp"#include "boost/utility/enable_if.hpp"#include "til/til_common.h"#include "til/til_declarations.h"#include "til/templateTools.h"
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Classes | |
| class | til::require_that< B > |
| class | til::require_that< true > |
| struct | til::precision< T > |
| Numerical precision of the data for storage classes. More... | |
| struct | til::change_precision< T, TNewPrecision > |
| Changing the numerical precision of an object. More... | |
| struct | til::combine< T1, T2 > |
| Defines the return type of an operation between numbers of different types. More... | |
| struct | til::value_type_of< T > |
| Externalization of the standard value_type member typedef. More... | |
| struct | til::value_type_of< T * > |
| Specialization for pointers. More... | |
| struct | til::value_type_of< T & > |
| Specialization for references. More... | |
| struct | til::value_type_of< None > |
| Specialization for None type. More... | |
| struct | til::deref< T > |
| Type return by T when unitary T::operator*() is called. More... | |
| struct | til::deref< T * > |
| struct | til::unary_detemplated_functor< TReturn > |
| struct | til::unary_detemplated_functor< TReturn >::result_type< T > |
| struct | til::range_of< T > |
| struct | til::range_of< const T > |
| struct | til::const_range_of< T > |
| struct | til::reference_of< T > |
| Returns T::reference or T::const_reference, depending on the constness of T. More... | |
| struct | til::opti< T > |
| Return T is T is stateless^H^H^H^Hempty, otherwise boost::call_traits<T>::param_type. More... | |
| struct | til::is_signed< T > |
| struct | til::is_integer< T > |
| struct | til::is_floating_point< T > |
| struct | til::accumulation_of< T > |
| struct | til::accumulation_of< float > |
Namespaces | |
| til | |
| Belongs to package Box Do not include directly, include til/Box.h instead. | |
Macros | |
| #define | TIL_COMMA , |
| #define | TIL_DEFINE_PRECISION_FOR_NUMERIC_TYPES(argtype) |
| Specialization for numerical types. More... | |
| #define | DEFINE_PRECISION_RECURSIVE_SPECIALIZATION_T(argtype, targs) |
| #define | DEFINE_PRECISION_RECURSIVE_SPECIALIZATION(argtype) DEFINE_PRECISION_RECURSIVE_SPECIALIZATION_T(argtype, typename T) |
| #define | TIL_DEFINE_CHANGE_PRECISION_FOR_NUMERIC_TYPES(argtype) |
| #define | TIL_DEFINE_CHANGE_PRECISION_RECURSIVE_SPECIALIZATION_T(argtype, targs) |
| #define | TIL_DEFINE_CHANGE_PRECISION_RECURSIVE_SPECIALIZATION(argtype) TIL_DEFINE_CHANGE_PRECISION_RECURSIVE_SPECIALIZATION_T(argtype, typename T) |
Macro Definition Documentation
◆ DEFINE_PRECISION_RECURSIVE_SPECIALIZATION
| #define DEFINE_PRECISION_RECURSIVE_SPECIALIZATION | ( | argtype | ) | DEFINE_PRECISION_RECURSIVE_SPECIALIZATION_T(argtype, typename T) |
◆ DEFINE_PRECISION_RECURSIVE_SPECIALIZATION_T
| #define DEFINE_PRECISION_RECURSIVE_SPECIALIZATION_T | ( | argtype, | |
| targs | |||
| ) |
◆ TIL_COMMA
◆ TIL_DEFINE_CHANGE_PRECISION_FOR_NUMERIC_TYPES
| #define TIL_DEFINE_CHANGE_PRECISION_FOR_NUMERIC_TYPES | ( | argtype | ) |
◆ TIL_DEFINE_CHANGE_PRECISION_RECURSIVE_SPECIALIZATION
| #define TIL_DEFINE_CHANGE_PRECISION_RECURSIVE_SPECIALIZATION | ( | argtype | ) | TIL_DEFINE_CHANGE_PRECISION_RECURSIVE_SPECIALIZATION_T(argtype, typename T) |
◆ TIL_DEFINE_CHANGE_PRECISION_RECURSIVE_SPECIALIZATION_T
| #define TIL_DEFINE_CHANGE_PRECISION_RECURSIVE_SPECIALIZATION_T | ( | argtype, | |
| targs | |||
| ) |
Value:
template < targs , typename TNewPrecision> \
struct change_precision< argtype , TNewPrecision> \
{ \
typedef typename change_precision<T, TNewPrecision>::type type; \
private: \
typedef typename enable_if_c<std::numeric_limits<TNewPrecision>::is_specialized>::type CheckIsNumeric; \
}; \
