comparison.hpp File Reference

#include <uavcan/util/templates.hpp>
#include <uavcan/build_config.hpp>

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Classes
struct	uavcan::are_close_impl_::Applicable
struct	uavcan::are_close_impl_::HasIsCloseMethod< This, Rhs >::ByValue< U, R, const >
struct	uavcan::are_close_impl_::HasIsCloseMethod< This, Rhs >::ConstRef< U, R, const >
struct	uavcan::are_close_impl_::HasIsCloseMethod< This, Rhs >
struct	uavcan::are_close_impl_::NotApplicable

Namespaces
	uavcan
	uavcan::are_close_impl_

Functions
template<typename L , typename R >
UAVCAN_EXPORT bool	uavcan::areClose (const L &left, const R &right)
template<>
UAVCAN_EXPORT bool	uavcan::areClose< double, double > (const double &left, const double &right)
template<>
UAVCAN_EXPORT bool	uavcan::areClose< double, float > (const double &left, const float &right)
template<>
UAVCAN_EXPORT bool	uavcan::areClose< double, long double > (const double &left, const long double &right)
template<>
UAVCAN_EXPORT bool	uavcan::areClose< float, double > (const float &left, const double &right)
template<>
UAVCAN_EXPORT bool	uavcan::areClose< float, float > (const float &left, const float &right)
template<>
UAVCAN_EXPORT bool	uavcan::areClose< float, long double > (const float &left, const long double &right)
template<>
UAVCAN_EXPORT bool	uavcan::areClose< long double, double > (const long double &left, const double &right)
template<>
UAVCAN_EXPORT bool	uavcan::areClose< long double, float > (const long double &left, const float &right)
template<>
UAVCAN_EXPORT bool	uavcan::areClose< long double, long double > (const long double &left, const long double &right)
template<typename L , typename R >
UAVCAN_EXPORT bool	uavcan::are_close_impl_::areCloseImplFirst (const L &left, const R &right, IntToType< sizeof(Applicable)>)
	First stage: bool L::isClose(R) More...
template<typename L , typename R >
UAVCAN_EXPORT bool	uavcan::are_close_impl_::areCloseImplFirst (const L &left, const R &right, IntToType< sizeof(NotApplicable)>)
	First stage: select either L == R or bool R::isClose(L) More...
template<typename L , typename R >
UAVCAN_EXPORT bool	uavcan::are_close_impl_::areCloseImplSecond (const L &left, const R &right, IntToType< sizeof(Applicable)>)
	Second stage: bool R::isClose(L) More...
template<typename L , typename R >
UAVCAN_EXPORT bool	uavcan::are_close_impl_::areCloseImplSecond (const L &left, const R &right, IntToType< sizeof(NotApplicable)>)
	Second stage: L == R. More...
template<typename T >
UAVCAN_EXPORT bool	uavcan::areFloatsClose (T a, T b, const T &absolute_epsilon, const T &relative_epsilon)
template<typename T >
UAVCAN_EXPORT bool	uavcan::areFloatsExactlyEqual (const T &left, const T &right)
template<typename T >
UAVCAN_EXPORT bool	uavcan::isCloseToZero (const T &x)
template<>
UAVCAN_EXPORT bool	uavcan::isCloseToZero< double > (const double &x)
template<>
UAVCAN_EXPORT bool	uavcan::isCloseToZero< float > (const float &x)
template<>
UAVCAN_EXPORT bool	uavcan::isCloseToZero< long double > (const long double &x)