Deprecate this, do not use! More...

#include <gopoint.h>

Public Member Functions
	goPoint (T xf=T(0.0), T yf=T(0.0), T zf=T(0.0), T wf=T(0.0), goDouble v=0.0)
	Constructor. More...

template<class To >
	goPoint (const goPoint< To > &other)

template<class To >
	goPoint (const go4Vector< To > &other)

template<class To >
	goPoint (const goMath::Vector< To > &other)

bool	operator< (const goPoint< T > &other) const

bool	operator> (const goPoint< T > &other) const

bool	operator== (const goPoint< T > &other) const
	Comparison of the coordinates. More...

bool	operator!= (const goPoint< T > &other) const

template<class To >
goPoint< T > &	operator= (const goPoint< To > &other)

template<class To >
goPoint< T > &	operator= (const goMath::Vector< To > &other)

Public Member Functions inherited from go4Vector< T >
	go4Vector (T x_=(T) 0, T y_=(T) 0, T z_=(T) 0, T t_=(T) 0)

template<class To >
	go4Vector (const go4Vector< To > &other)

template<class To >
	go4Vector (const goMath::Vector< To > &other)

T &	x ()

T &	y ()

T &	z ()

T &	t ()

T &	w ()

const T &	x () const

const T &	y () const

const T &	z () const

const T &	t () const

const T &	w () const

GO4VECTOR_FUNCTION_PREFIX void	cross (const go4Vector< T > &other)
	Cross-product. Uses only the first three elements.

GO4VECTOR_FUNCTION_PREFIX void	div ()

Public Member Functions inherited from goMath::Vector< T >
	Vector (goSize_t s, goSize_t reserve=0, goSize_t resize_overhead=0)

	Vector (T *ptr, goSize_t size, goIndex_t stride=1)

	Vector (const goFixedArray< T > &o)

Vector< T > &	operator= (const goFixedArray< T > &other)

void	print (const char *formatstring="%f\n") const

Vector< T >	operator* (const goMath::Matrix< T > &M) const
	Quite inefficient vector-matrix multiplication. More...

Vector< T >	cross (const Vector< T > &other) const

bool	cross (const Vector< T > &other, Vector< T > &ret) const

T	operator* (const Vector< T > &other) const
	Inner product. More...

Vector< T > &	*operator=** (T scalar)

Vector< T > &	operator/= (T scalar)

Vector< T > &	operator-= (T s)

Vector< T > &	operator+= (T s)

Vector< T > &	operator+= (const Vector< T > &other)

Vector< T > &	operator-= (const Vector< T > &other)

Vector< T >	operator- (const Vector< T > &other) const

Vector< T >	operator+ (const Vector< T > &other) const

Vector< T >	operator* (T scalar) const

Vector< T >	operator/ (T scalar) const

template<class To >
Vector< T > &	*operator=** (const Vector< To > &other)

template<class To >
Vector< T > &	operator/= (const Vector< To > &other)

Vector< T > &	operator*= (const goMath::Matrix< T > &m)
	this = m * this More...

void	outerProduct (const Vector< T > &other, goMath::Matrix< T > &ret) const
	Outer product. More...

template<class To >
bool	copy (Vector< To > &target, goIndex_t startIndex=0, goIndex_t skip=0, goIndex_t lastIndex=-1) const

template<class To >
bool	copy (To *target, goIndex_t startIndex=0, goIndex_t skip=0, goIndex_t lastIndex=-1) const

template<class To , class To2 >
bool	cat (const Vector< To > &other, Vector< To2 > &target) const

T	square () const

T	conjInnerProduct (const Vector< T > &) const

T	abs () const
	Deprecated. Calls norm2() for scalar real types, special implementation for goComplex types. More...

T	norm2 () const
	2-Norm of this vector. More...

T	norm1 () const
	1-Norm of this vector: The sum of absolute values. More...

T	sum (goIndex_t start=0, goIndex_t end=-1) const

T	min () const

T	max () const

void	fillRange (const T &start, const T &step, const T &end)

bool	readASCII (const char *filename)

bool	readASCII (FILE *file)

bool	writeASCII (const char *filename) const

bool	writeASCII (FILE *file) const

template<>
goComplexf	conjInnerProduct (const Vector< goComplexf > &v) const

template<>
goMath::Vector< goFloat > &	operator= (const goFixedArray< goFloat > &other)

template<>
goMath::Vector< goDouble > &	operator= (const goFixedArray< goDouble > &other)

template<>
void	print (const char *formatstring) const

template<>
void	print (const char *formatstring) const

template<>
goFloat	operator* (const goMath::Vector< goFloat > &other) const

template<>
goDouble	operator* (const goMath::Vector< goDouble > &other) const

template<>
goMath::Vector< goComplexf > &	*operator=** (const goMath::Matrix< goComplexf > &)

template<>
goComplexf	square () const
	Calculates conj(this) * this. More...

template<>
goComplexf	abs () const

template<>
goComplexd	abs () const

template<>
goFloat	norm2 () const

template<>
goDouble	norm2 () const

template<>
goFloat	norm1 () const

template<>
goDouble	norm1 () const

template<>
goComplexf	norm2 () const

template<>
goComplexd	norm2 () const

template<>
goComplexf	norm1 () const

template<>
goComplexd	norm1 () const

template<>
bool	writeASCII (FILE *) const

template<>
bool	readASCII (FILE *)

template<>
goComplexf	min () const

template<>
goComplexf	max () const

template<>
goMath::Vector< goFloat > &	*operator=** (goFloat n)

template<>
goMath::Vector< goDouble > &	*operator=** (goDouble n)

template<>
goMath::Vector< goFloat > &	operator-= (const goMath::Vector< goFloat > &other)

template<>
goMath::Vector< goDouble > &	operator-= (const goMath::Vector< goDouble > &other)

template<>
goMath::Vector< goFloat > &	operator+= (const goMath::Vector< goFloat > &other)

template<>
goMath::Vector< goDouble > &	operator+= (const goMath::Vector< goDouble > &other)

template<>
goMath::Vector< goFloat >	operator- (const goMath::Vector< goFloat > &other) const

template<>
goMath::Vector< goDouble >	operator- (const goMath::Vector< goDouble > &other) const

template<>
goMath::Vector< goFloat >	operator+ (const goMath::Vector< goFloat > &other) const

template<>
goMath::Vector< goDouble >	operator+ (const goMath::Vector< goDouble > &other) const

Public Member Functions inherited from goFixedArray< T >
	goFixedArray (goSize_t size=1, goSize_t reserve=0, goSize_t resize_overhead=0)
	Constructor. More...

	goFixedArray (const goFixedArray< T > &other)

	goFixedArray (T *ptr, goSize_t size, goIndex_t stride)

goFixedArray< T > &	operator= (const goFixedArray< T > &other)

void	setData (T *ptr, goSize_t size, goIndex_t stride)

void	setPtr (T *ptr)

void	ref (goFixedArray< T > &target, goSize_t startIndex=0, goSize_t size=0)

T &	operator() (goIndex_t i)

T &	operator[] (goIndex_t i)

const T &	operator() (goIndex_t i) const

const T &	operator[] (goIndex_t i) const

goSize_t	getSize () const
	Get the size of the array in number of elements. More...

goSize_t	size () const
	Same as getSize().

goSize_t	getReserved () const
	Get the number of actually allocated elements. More...

goSize_t	getResizeOverhead () const
	Get the number of resize overhead elements. More...

goIndex_t	getStride () const

void	setResizeOverhead (goSize_t ro)
	Set the resize overhead in number of elements. More...

void	setSize (goSize_t newSize, goSize_t reserve=0, goSize_t resize_overhead=0)
	Set the size of the array, deleting old content. More...

bool	resize (goSize_t newSize)
	Proper resize with copying. More...

bool	operator== (const goFixedArray< T > &other) const

bool	operator!= (const goFixedArray< T > &other) const

T *	getPtr ()
	Get the pointer to the data. More...

const T *	getPtr () const
	Get the pointer to the data. More...

void	fill (const T &value)
	Fill the array with `value`. More...

void	flip ()
	Flip the direction of the data. More...

Public Attributes
goDouble	value

Additional Inherited Members
Public Types inherited from goMath::Vector< T >
typedef T	value_type

Detailed Description

template<class T>
class goPoint< T >

Deprecate this, do not use!

Deprecated:

Constructor & Destructor Documentation

◆ goPoint()

template<class T >

goPoint< T >::goPoint	(	T	xf = `T(0.0)`,
		T	yf = `T(0.0)`,
		T	zf = `T(0.0)`,
		T	wf = `T(0.0)`,
		goDouble	v = `0.0`
	)

Constructor.

Note: Note that the 4th entry in a new vector is initialised to 1. This is to support work with homogeneous coordinates, which is the main reason for the existence of this class.

Parameters

xf	x coordinate. Default 0.0.
yf	y coordinate. Default 0.0.
zf	z coordinate. Default 0.0.
wf	w or t coordinate. Default 0.0.
v	Value (misc.) for this point. This is not used for calculations with matrices, i.e. it is not interpreted as coordinate value. Default 0.0.

Member Function Documentation

◆ operator==()

template<class T >

bool goPoint< T >::operator== ( const goPoint< T > & other ) const

Comparison of the coordinates.

Parameters

other goPoint of the same type

Note: Only the coordinates are compared, NOT the value.

Returns: True if the coordinates of this point are equal to those of other.

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

gopoint.h
gopoint.cpp

Public Member Functions

Public Attributes