dvec< LEN > Class Template Reference

#include <dvec.h>

Data Structures
class	add
class	mul
class	sqrt
class	sub

Public Member Functions
	dvec (double s)
	dvec (const double *vals)
	dvec (const float *vals)
	dvec (const dvec< LEN > &p)
dvec< LEN > &	operator= (const dvec< LEN > &p)
double	operator[] (int index) const
void	u_store (double *arr) const
void	u_store (float *arr) const
void	a_store (double *arr) const
void	a_store (float *arr) const
bool	operator== (const dvec< LEN > &b) const
dvec< LEN >	operator+ (const dvec< LEN > &b)
dvec< LEN >	operator- (const dvec< LEN > &b)
dvec< LEN >	operator* (const dvec< LEN > &b)
dvec< LEN >	operator/ (const dvec< LEN > &b)
dvec< LEN >	madd (const dvec< LEN > &s, const dvec< LEN > &b)
dvec< LEN >	madd (const double s, const dvec< LEN > &b)
dvec< LEN >	map (const dvec_unop &operation, int limit=LEN)
double	foldr (double proto, const dvec_op &operation, int limit=LEN)
double	foldl (double proto, const dvec_op &operation, int limit=LEN)

Detailed Description

template<int LEN>
class dvec< LEN >

Definition at line 74 of file dvec.h.

Constructor & Destructor Documentation

dvec() [1/4]

template<int LEN>

dvec

(

double

s

)

Referenced by BRNode::GetBBox(), PooledObject< T >::operator new(), Deserializer::read_uint32(), and Serializer::write_uint32().

dvec() [2/4]

template<int LEN>

dvec

(

const double *

vals

)

dvec() [3/4]

template<int LEN>

dvec

(

const float *

vals

)

dvec() [4/4]

template<int LEN>

dvec

(

const dvec< LEN > &

p

)

Member Function Documentation

operator=()

template<int LEN>

dvec< LEN > & operator=

(

const dvec< LEN > &

p

)

operator[]()

template<int LEN>

double operator[]

(

int

index

)

const

u_store() [1/2]

template<int LEN>

void u_store

(

double *

arr

)

const

u_store() [2/2]

template<int LEN>

void u_store

(

float *

arr

)

const

a_store() [1/2]

template<int LEN>

void a_store

(

double *

arr

)

const

Referenced by mat2d_inverse(), mat2d_pt2d_mul(), and pt2dsub().

a_store() [2/2]

template<int LEN>

void a_store

(

float *

arr

)

const

operator==()

template<int LEN>

bool operator==

(

const dvec< LEN > &

b

)

const

operator+()

template<int LEN>

dvec< LEN > operator+

(

const dvec< LEN > &

b

)

operator-()

template<int LEN>

dvec< LEN > operator-

(

const dvec< LEN > &

b

)

operator*()

template<int LEN>

dvec< LEN > operator*

(

const dvec< LEN > &

b

)

operator/()

template<int LEN>

dvec< LEN > operator/

(

const dvec< LEN > &

b

)

madd() [1/2]

template<int LEN>

dvec< LEN > madd	(	const dvec< LEN > &	s,
		const dvec< LEN > &	b
	)

madd() [2/2]

template<int LEN>

dvec< LEN > madd	(	const double	s,
		const dvec< LEN > &	b
	)

map()

template<int LEN>

dvec< LEN > map	(	const dvec_unop &	operation,
		int	limit = LEN
	)

foldr()

template<int LEN>

double foldr	(	double	proto,
		const dvec_op &	operation,
		int	limit = LEN
	)

Referenced by mat2d_inverse(), and v2mag().

foldl()

template<int LEN>

double foldl	(	double	proto,
		const dvec_op &	operation,
		int	limit = LEN
	)

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

• include/bn/dvec.h