physical::FixedPhysical< T, Exponents > Struct Template Reference

physical quantity with compile-time fixed physical dimension. More...

#include <Copy of fixedphysical.hpp>

List of all members.

Public Types
typedef Exponents	exponents
typedef T	numerical_value_t
typedef UnitSystem	unitsystem
typedef Exponents	exponents
typedef T	numerical_value_t
Public Member Functions
	FixedPhysical (numerical_value_t v)
	explicit C'tor from real numbers. FIXME: should probably be private, but who is the friend?
	FixedPhysical (const FixedPhysical &v)
	copy c'tor
	FixedPhysical (const DynamicPhysical &v)
	conversion c'tor from DynamicPhysical
template<typename T2>
	FixedPhysical (const FixedPhysical< T2, exponents > &v)
	conversion c'tor from other numerical type
	FixedPhysical (numerical_value_t v)
	explicit C'tor from real numbers. FIXME: should probably be private, but who is the friend?
	FixedPhysical (const FixedPhysical &v)
	copy c'tor
	FixedPhysical (const DynamicPhysical< UnitSystem > &v)
	conversion c'tor from DynamicPhysical
template<typename T2>
	FixedPhysical (const FixedPhysical< UnitSystem, T2, exponents > &v)
	conversion c'tor from other numerical type
Public Attributes
numerical_value_t	numerical_value

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Detailed Description

template<typename T, class Exponents>
struct physical::FixedPhysical< T, Exponents >

physical quantity with compile-time fixed physical dimension.

Definition at line 32 of file Copy of fixedphysical.hpp.

---

Member Typedef Documentation

template<typename T, class Exponents>

typedef Exponents physical::FixedPhysical< T, Exponents >::exponents

Definition at line 33 of file Copy of fixedphysical.hpp.

template<typename T, class Exponents>

typedef T physical::FixedPhysical< T, Exponents >::numerical_value_t

Definition at line 34 of file Copy of fixedphysical.hpp.

template<typename T, class Exponents>

typedef UnitSystem physical::FixedPhysical< T, Exponents >::unitsystem

Definition at line 34 of file fixedphysical.hpp.

template<typename T, class Exponents>

typedef Exponents physical::FixedPhysical< T, Exponents >::exponents

Definition at line 35 of file fixedphysical.hpp.

template<typename T, class Exponents>

typedef T physical::FixedPhysical< T, Exponents >::numerical_value_t

Definition at line 36 of file fixedphysical.hpp.

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Constructor & Destructor Documentation

template<typename T, class Exponents>

physical::FixedPhysical< T, Exponents >::FixedPhysical

(

numerical_value_t

v

)

[inline, explicit]

explicit C'tor from real numbers. FIXME: should probably be private, but who is the friend?

Definition at line 38 of file Copy of fixedphysical.hpp.

:numerical_value(v){};

template<typename T, class Exponents>

physical::FixedPhysical< T, Exponents >::FixedPhysical

(

const FixedPhysical< T, Exponents > &

v

)

[inline]

copy c'tor

Definition at line 41 of file Copy of fixedphysical.hpp.

: numerical_value(v.numerical_value){};

template<class UnitSystem, typename T, class Exponents>

physical::FixedPhysical< UnitSystem, T, Exponents >::FixedPhysical

(

const DynamicPhysical &

v

)

conversion c'tor from DynamicPhysical

Definition at line 70 of file dynamicphysical.hpp.

References physical::DynamicPhysical< UnitSystem >::exponents, physical::DynamicPhysical< UnitSystem >::numerical_value, and physical::FixedPhysical< T, Exponents >::numerical_value.

                                                                                                   {

                detail::DynamicExponents<UnitSystem> dynexp( (typename exponents()) );

                if (dynexp==v.exponents) {
                        numerical_value = v.numerical_value;
                } else {
                        // incompatible dimension, throw exception:
                        throw IncompatibleUnitException("attempt of conversion between incompatible quantities");
                };
        }

template<typename T, class Exponents>

template<typename T2>

physical::FixedPhysical< T, Exponents >::FixedPhysical

(

const FixedPhysical< T2, exponents > &

v

)

[inline]

conversion c'tor from other numerical type

Definition at line 48 of file Copy of fixedphysical.hpp.

: numerical_value(v.numerical_value){};

template<typename T, class Exponents>

physical::FixedPhysical< T, Exponents >::FixedPhysical

(

numerical_value_t

v

)

[inline, explicit]

explicit C'tor from real numbers. FIXME: should probably be private, but who is the friend?

Definition at line 40 of file fixedphysical.hpp.

:numerical_value(v){};

template<typename T, class Exponents>

physical::FixedPhysical< T, Exponents >::FixedPhysical

(

const FixedPhysical< T, Exponents > &

v

)

[inline]

copy c'tor

Definition at line 43 of file fixedphysical.hpp.

: numerical_value(v.numerical_value){};

template<typename T, class Exponents>

physical::FixedPhysical< T, Exponents >::FixedPhysical

(

const DynamicPhysical< UnitSystem > &

v

)

conversion c'tor from DynamicPhysical

template<typename T, class Exponents>

template<typename T2>

physical::FixedPhysical< T, Exponents >::FixedPhysical

(

const FixedPhysical< UnitSystem, T2, exponents > &

v

)

[inline]

conversion c'tor from other numerical type

Definition at line 50 of file fixedphysical.hpp.

: numerical_value(v.numerical_value){};

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Member Data Documentation

template<typename T, class Exponents>

numerical_value_t physical::FixedPhysical< T, Exponents >::numerical_value

Definition at line 35 of file Copy of fixedphysical.hpp.

Referenced by BOOST_AUTO_UNIT_TEST(), physical::FixedPhysical< T, Exponents >::FixedPhysical(), physical::operator *(), physical::operator!=(), physical::operator+(), physical::operator-(), physical::operator/(), physical::operator==(), physical::operator>(), and physical::operator>=().

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The documentation for this struct was generated from the following files:

• C:/nobackup/private/physical_svn/trunk/include/physical/Copy of fixedphysical.hpp
• C:/nobackup/private/physical_svn/trunk/include/physical/fixedphysical.hpp
• C:/nobackup/private/physical_svn/trunk/include/physical/dynamicphysical.hpp

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