Harlinn::Math::Constants< float > Struct Reference

#include <Math.h>

Inheritance diagram for Harlinn::Math::Constants< float >:

Collaboration diagram for Harlinn::Math::Constants< float >:

Public Types
using	ValueType = float

Static Public Attributes
static constexpr ValueType	ShadowEpsilon = static_cast< ValueType >( 0.0001 )
static constexpr ValueType	MinusOne = -1.f
static constexpr ValueType	MinusZero = -0.f
static constexpr ValueType	Zero = 0.f
static constexpr ValueType	One = 1.f
static constexpr ValueType	Two = 2.f
static constexpr ValueType	Three = 3.f
static constexpr ValueType	Pi = static_cast< ValueType >( 3.14159265358979323846 )
static constexpr ValueType	NegativePi = -Pi
static constexpr ValueType	PiTimes2 = static_cast< ValueType >( 2. * M_PI )
static constexpr ValueType	InvPi = static_cast< ValueType >( 0.31830988618379067154 )
static constexpr ValueType	Inv2Pi = static_cast< ValueType >( 0.15915494309189533577 )
static constexpr ValueType	Inv4Pi = static_cast< ValueType >( 0.07957747154594766788 )
static constexpr ValueType	PiOver2 = static_cast< ValueType >( 1.57079632679489661923 )
static constexpr ValueType	PiOver3 = static_cast< ValueType >( M_PI / 3. )
static constexpr ValueType	PiOver4 = static_cast< ValueType >( 0.78539816339744830961 )
static constexpr ValueType	PiOver6 = static_cast< ValueType >( M_PI / 6. )
static constexpr ValueType	Sqrt2 = static_cast< ValueType >( 1.41421356237309504880 )
static constexpr ValueType	E = static_cast< ValueType >( M_E )
static constexpr ValueType	E2 = static_cast< ValueType >( M_E * M_E )
static constexpr ValueType	E3 = static_cast< ValueType >( M_E * M_E * M_E )
static constexpr ValueType	Infinity = std::numeric_limits<ValueType >::infinity( )
static constexpr ValueType	NegativeInfinity = -std::numeric_limits<ValueType >::infinity( )
static constexpr ValueType	NaN = std::numeric_limits<ValueType >::quiet_NaN( )
static constexpr ValueType	NegativeNaN = -std::numeric_limits<ValueType >::quiet_NaN( )
static constexpr ValueType	sNaN = std::numeric_limits<ValueType >::quiet_NaN( )
static constexpr ValueType	sNegativeNaN = -std::numeric_limits<ValueType >::signaling_NaN( )
static constexpr ValueType	MachineEpsilon = std::numeric_limits<ValueType>::epsilon( ) * 0.5f
static constexpr ValueType	OneMinusEpsilon = 0x1.fffffep-1f
static constexpr ValueType	Max = std::numeric_limits<ValueType>::max( )
static constexpr ValueType	Min = std::numeric_limits<ValueType>::min( )
static constexpr ValueType	DenormalMin = std::numeric_limits<ValueType>::denorm_min( )
static constexpr ValueType	Lowest = std::numeric_limits<ValueType>::lowest( )

Member Typedef Documentation

ValueType

using Harlinn::Math::Constants< float >::ValueType = float

Member Data Documentation

DenormalMin

ValueType Harlinn::Math::Constants< float >::DenormalMin = std::numeric_limits<ValueType>::denorm_min( )

staticconstexpr

E

ValueType Harlinn::Math::Constants< float >::E = static_cast< ValueType >( M_E )

staticconstexpr

E2

ValueType Harlinn::Math::Constants< float >::E2 = static_cast< ValueType >( M_E * M_E )

staticconstexpr

E3

ValueType Harlinn::Math::Constants< float >::E3 = static_cast< ValueType >( M_E * M_E * M_E )

staticconstexpr

Infinity

ValueType Harlinn::Math::Constants< float >::Infinity = std::numeric_limits<ValueType >::infinity( )

staticconstexpr

Inv2Pi

ValueType Harlinn::Math::Constants< float >::Inv2Pi = static_cast< ValueType >( 0.15915494309189533577 )

staticconstexpr

Inv4Pi

ValueType Harlinn::Math::Constants< float >::Inv4Pi = static_cast< ValueType >( 0.07957747154594766788 )

staticconstexpr

InvPi

ValueType Harlinn::Math::Constants< float >::InvPi = static_cast< ValueType >( 0.31830988618379067154 )

staticconstexpr

Lowest

ValueType Harlinn::Math::Constants< float >::Lowest = std::numeric_limits<ValueType>::lowest( )

staticconstexpr

MachineEpsilon

ValueType Harlinn::Math::Constants< float >::MachineEpsilon = std::numeric_limits<ValueType>::epsilon( ) * 0.5f

staticconstexpr

Max

ValueType Harlinn::Math::Constants< float >::Max = std::numeric_limits<ValueType>::max( )

staticconstexpr

Min

ValueType Harlinn::Math::Constants< float >::Min = std::numeric_limits<ValueType>::min( )

staticconstexpr

MinusOne

ValueType Harlinn::Math::Constants< float >::MinusOne = -1.f

staticconstexpr

MinusZero

ValueType Harlinn::Math::Constants< float >::MinusZero = -0.f

staticconstexpr

NaN

ValueType Harlinn::Math::Constants< float >::NaN = std::numeric_limits<ValueType >::quiet_NaN( )

staticconstexpr

NegativeInfinity

ValueType Harlinn::Math::Constants< float >::NegativeInfinity = -std::numeric_limits<ValueType >::infinity( )

staticconstexpr

NegativeNaN

ValueType Harlinn::Math::Constants< float >::NegativeNaN = -std::numeric_limits<ValueType >::quiet_NaN( )

staticconstexpr

NegativePi

ValueType Harlinn::Math::Constants< float >::NegativePi = -Pi

staticconstexpr

One

ValueType Harlinn::Math::Constants< float >::One = 1.f

staticconstexpr

OneMinusEpsilon

ValueType Harlinn::Math::Constants< float >::OneMinusEpsilon = 0x1.fffffep-1f

staticconstexpr

Pi

ValueType Harlinn::Math::Constants< float >::Pi = static_cast< ValueType >( 3.14159265358979323846 )

staticconstexpr

PiOver2

ValueType Harlinn::Math::Constants< float >::PiOver2 = static_cast< ValueType >( 1.57079632679489661923 )

staticconstexpr

PiOver3

ValueType Harlinn::Math::Constants< float >::PiOver3 = static_cast< ValueType >( M_PI / 3. )

staticconstexpr

PiOver4

ValueType Harlinn::Math::Constants< float >::PiOver4 = static_cast< ValueType >( 0.78539816339744830961 )

staticconstexpr

PiOver6

ValueType Harlinn::Math::Constants< float >::PiOver6 = static_cast< ValueType >( M_PI / 6. )

staticconstexpr

PiTimes2

ValueType Harlinn::Math::Constants< float >::PiTimes2 = static_cast< ValueType >( 2. * M_PI )

staticconstexpr

ShadowEpsilon

ValueType Harlinn::Math::Constants< float >::ShadowEpsilon = static_cast< ValueType >( 0.0001 )

staticconstexpr

sNaN

ValueType Harlinn::Math::Constants< float >::sNaN = std::numeric_limits<ValueType >::quiet_NaN( )

staticconstexpr

sNegativeNaN

ValueType Harlinn::Math::Constants< float >::sNegativeNaN = -std::numeric_limits<ValueType >::signaling_NaN( )

staticconstexpr

Sqrt2

ValueType Harlinn::Math::Constants< float >::Sqrt2 = static_cast< ValueType >( 1.41421356237309504880 )

staticconstexpr

Three

ValueType Harlinn::Math::Constants< float >::Three = 3.f

staticconstexpr

Two

ValueType Harlinn::Math::Constants< float >::Two = 2.f

staticconstexpr

Zero

ValueType Harlinn::Math::Constants< float >::Zero = 0.f

staticconstexpr

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

• include/Harlinn/Math/Math.h