Class SBDTypeCubicPolynomial< float >#

template <>

ClassList > SBDTypeCubicPolynomial< float >

Public Attributes#

Type	Name
float	c0
float	c0
float	c1
float	c1
float	c2
float	c2
float	c3
float	c3
double	endTime
double	endTime
double	startTime
double	startTime

Public Functions#

Type	Name
	SBDTypeCubicPolynomial ()
	SBDTypeCubicPolynomial (const float & c0, const float & c1, const float & c2, const float & c3, double startTime, double endTime)
	SBDTypeCubicPolynomial ()
	SBDTypeCubicPolynomial (const float & c0, const float & c1, const float & c2, const float & c3, double startTime, double endTime)
float	evaluate (double time) const
float	evaluate (double time) const
void	serialize (SBCSerializer * serializer, const SBVersionNumber & sdkVersionNumber=SB_SDK_VERSION_NUMBER) const Serializes the cubic polynomial using the provided `serializer` . This function can only be used when the template parameter is a physical quantity.
void	serialize (SBCSerializer * serializer, const SBVersionNumber & sdkVersionNumber=SB_SDK_VERSION_NUMBER) const Serializes the cubic polynomial using the provided `serializer` . This function can only be used when the template parameter is a physical quantity.
void	unserialize (SBCSerializer * serializer, const SBVersionNumber & sdkVersionNumber=SB_SDK_VERSION_NUMBER) Unserializes the physical interval using the provided `serializer` . This function can only be used when the template parameter is a physical quantity.
void	unserialize (SBCSerializer * serializer, const SBVersionNumber & sdkVersionNumber=SB_SDK_VERSION_NUMBER) Unserializes the physical interval using the provided `serializer` . This function can only be used when the template parameter is a physical quantity.
	~SBDTypeCubicPolynomial ()
	~SBDTypeCubicPolynomial ()

Public Static Functions#

Type	Name
SBVector< SBDTypeCubicPolynomial< float > >	interpolate (const SBVector< double > & timeVector, const SBVector< float > & valueVector)
SBVector< SBDTypeCubicPolynomial< float > >	interpolate (const SBVector< double > & timeVector, const SBVector< float > & valueVector)

Public Attributes Documentation#

variable c0 [1/2]#

float SBDTypeCubicPolynomial< float >::c0;

variable c0 [2/2]#

float SBDTypeCubicPolynomial< float >::c0;

variable c1 [1/2]#

float SBDTypeCubicPolynomial< float >::c1;

variable c1 [2/2]#

float SBDTypeCubicPolynomial< float >::c1;

variable c2 [1/2]#

float SBDTypeCubicPolynomial< float >::c2;

variable c2 [2/2]#

float SBDTypeCubicPolynomial< float >::c2;

variable c3 [1/2]#

float SBDTypeCubicPolynomial< float >::c3;

variable c3 [2/2]#

float SBDTypeCubicPolynomial< float >::c3;

variable endTime [1/2]#

double SBDTypeCubicPolynomial< float >::endTime;

variable endTime [2/2]#

double SBDTypeCubicPolynomial< float >::endTime;

variable startTime [1/2]#

double SBDTypeCubicPolynomial< float >::startTime;

variable startTime [2/2]#

double SBDTypeCubicPolynomial< float >::startTime;

Public Functions Documentation#

function SBDTypeCubicPolynomial [1/4]#

inline SBDTypeCubicPolynomial< float >::SBDTypeCubicPolynomial ()

function SBDTypeCubicPolynomial [2/4]#

inline SBDTypeCubicPolynomial< float >::SBDTypeCubicPolynomial (
    const float & c0,
    const float & c1,
    const float & c2,
    const float & c3,
    double startTime,
    double endTime
)

function SBDTypeCubicPolynomial [3/4]#

inline SBDTypeCubicPolynomial< float >::SBDTypeCubicPolynomial ()

function SBDTypeCubicPolynomial [4/4]#

inline SBDTypeCubicPolynomial< float >::SBDTypeCubicPolynomial (
    const float & c0,
    const float & c1,
    const float & c2,
    const float & c3,
    double startTime,
    double endTime
)

function evaluate [1/2]#

inline float SBDTypeCubicPolynomial< float >::evaluate (
    double time
) const

function evaluate [2/2]#

inline float SBDTypeCubicPolynomial< float >::evaluate (
    double time
) const

function serialize [1/2]#

Serializes the cubic polynomial using the provided serializer . This function can only be used when the template parameter is a physical quantity.

inline void SBDTypeCubicPolynomial< float >::serialize (
    SBCSerializer * serializer,
    const SBVersionNumber & sdkVersionNumber=SB_SDK_VERSION_NUMBER
) const

function serialize [2/2]#

Serializes the cubic polynomial using the provided serializer . This function can only be used when the template parameter is a physical quantity.

inline void SBDTypeCubicPolynomial< float >::serialize (
    SBCSerializer * serializer,
    const SBVersionNumber & sdkVersionNumber=SB_SDK_VERSION_NUMBER
) const

function unserialize [1/2]#

Unserializes the physical interval using the provided serializer . This function can only be used when the template parameter is a physical quantity.

inline void SBDTypeCubicPolynomial< float >::unserialize (
    SBCSerializer * serializer,
    const SBVersionNumber & sdkVersionNumber=SB_SDK_VERSION_NUMBER
)

function unserialize [2/2]#

Unserializes the physical interval using the provided serializer . This function can only be used when the template parameter is a physical quantity.

inline void SBDTypeCubicPolynomial< float >::unserialize (
    SBCSerializer * serializer,
    const SBVersionNumber & sdkVersionNumber=SB_SDK_VERSION_NUMBER
)

function ~SBDTypeCubicPolynomial [1/2]#

inline SBDTypeCubicPolynomial< float >::~SBDTypeCubicPolynomial ()

function ~SBDTypeCubicPolynomial [2/2]#

inline SBDTypeCubicPolynomial< float >::~SBDTypeCubicPolynomial ()

Public Static Functions Documentation#

function interpolate [1/2]#

static inline SBVector< SBDTypeCubicPolynomial < float > > SBDTypeCubicPolynomial< float >::interpolate (
    const SBVector< double > & timeVector,
    const SBVector< float > & valueVector
)

function interpolate [2/2]#

static inline SBVector< SBDTypeCubicPolynomial < float > > SBDTypeCubicPolynomial< float >::interpolate (
    const SBVector< double > & timeVector,
    const SBVector< float > & valueVector
)