ON_3fVector Class Reference

#include <opennurbs_fpoint.h>

Public Member Functions
	ON_3fVector ()=default
	x,y,z not initialized More...
	ON_3fVector (const double *)
	from double[3] array More...
	ON_3fVector (const float *)
	from float[3] array More...
	ON_3fVector (const ON_2dPoint &)
	from 2d point More...
	ON_3fVector (const ON_2dVector &)
	from 2d vector More...
	ON_3fVector (const ON_2fPoint &)
	from 2f point More...
	ON_3fVector (const ON_2fVector &)
	from 2f vector More...
	ON_3fVector (const ON_3dPoint &)
	from 3d point More...
	ON_3fVector (const ON_3dVector &)
	from 3d vector More...
	ON_3fVector (const ON_3fPoint &)
	from 3f point More...
	ON_3fVector (const ON_3fVector &)=default
	ON_3fVector (float x, float y, float z)
	~ON_3fVector ()=default
ON__UINT32	DataCRC (ON__UINT32 current_remainder) const
double	Fuzz (double=ON_ZERO_TOLERANCE) const
	tolerance to use when comparing 3d vectors More...
bool	IsNotZero () const
bool	IsPerpendicularTo (const ON_3fVector &, double=ON_DEFAULT_ANGLE_TOLERANCE) const
bool	IsTiny (double=ON_ZERO_TOLERANCE) const
bool	IsUnitVector () const
bool	IsUnset () const
bool	IsValid () const
bool	IsZero () const
double	Length () const
double	LengthSquared () const
double	MaximumCoordinate () const
	absolute value of maximum coordinate More...
int	MaximumCoordinateIndex () const
	operator const float * () const
	operator float * ()
	(float*) conversion operators More...
bool	operator!= (const ON_3fVector &) const
double	operator* (const ON_3dVector &) const
	inner (dot) product More...
float	operator* (const ON_3fPoint &) const
	inner (dot) product (point acting as a vector) More...
float	operator* (const ON_3fVector &) const
	inner (dot) product More...
ON_3dVector	operator* (double) const
ON_3fVector	operator* (float) const
ON_3fVector	operator* (int) const
ON_3fVector &	operator*= (float)
ON_3dPoint	operator+ (const ON_2dPoint &) const
ON_3dVector	operator+ (const ON_2dVector &) const
ON_3fPoint	operator+ (const ON_2fPoint &) const
ON_3fVector	operator+ (const ON_2fVector &) const
ON_3dPoint	operator+ (const ON_3dPoint &) const
ON_3dVector	operator+ (const ON_3dVector &) const
ON_3fPoint	operator+ (const ON_3fPoint &) const
ON_3fVector	operator+ (const ON_3fVector &) const
ON_3fVector &	operator+= (const ON_3fVector &)
ON_3fVector	operator- () const
ON_3dPoint	operator- (const ON_2dPoint &) const
ON_3dVector	operator- (const ON_2dVector &) const
ON_3fPoint	operator- (const ON_2fPoint &) const
ON_3fVector	operator- (const ON_2fVector &) const
ON_3dPoint	operator- (const ON_3dPoint &) const
ON_3dVector	operator- (const ON_3dVector &) const
ON_3fPoint	operator- (const ON_3fPoint &) const
ON_3fVector	operator- (const ON_3fVector &) const
ON_3fVector &	operator-= (const ON_3fVector &)
ON_3dVector	operator/ (double) const
ON_3fVector	operator/ (float) const
ON_3fVector	operator/ (int) const
ON_3fVector &	operator/= (float)
bool	operator< (const ON_3fVector &) const
bool	operator<= (const ON_3fVector &) const
	dictionary order comparisons More...
ON_3fVector &	operator= (const double *)
	point = double[3] support More...
ON_3fVector &	operator= (const float *)
	point = float[3] support More...
ON_3fVector &	operator= (const ON_2dPoint &)
ON_3fVector &	operator= (const ON_2dVector &)
ON_3fVector &	operator= (const ON_2fPoint &)
	use implicit operator=(const ON_3fVector&) More...
ON_3fVector &	operator= (const ON_2fVector &)
ON_3fVector &	operator= (const ON_3dPoint &)
ON_3fVector &	operator= (const ON_3dVector &)
ON_3fVector &	operator= (const ON_3fPoint &)
ON_3fVector &	operator= (const ON_3fVector &)=default
bool	operator== (const ON_3fVector &) const
bool	operator> (const ON_3fVector &) const
bool	operator>= (const ON_3fVector &) const
float &	operator[] (int)
	index operators mimic float[3] behavior More...
float	operator[] (int) const
float &	operator[] (unsigned int)
float	operator[] (unsigned int) const
bool	PerpendicularTo (const ON_3fVector &)
	set this vector to be perpendicular to another vector More...
void	Reverse ()
	negate all coordinates More...
void	Rotate (double, const ON_3fVector &)
void	Rotate (double, double, const ON_3fVector &)
void	Set (float, float, float)
	set 3d vector value More...
void	Transform (const ON_Xform &)
bool	Unitize ()
	returns false if vector has zero length More...
ON_3fVector	UnitVector () const
void	Zero ()
	set all coordinates to zero More...

Static Public Member Functions
static int	Compare (const ON_3fVector &lhs, const ON_3fVector &rhs)
static const ON_3fVector &	UnitVector (int)

Public Attributes
float	x
float	y
float	z

Static Public Attributes
static const ON_3fVector	NanVector
	(ON_FLT_QNAN,ON_FLT_QNAN,ON_FLT_QNAN) More...
static const ON_3fVector	XAxis
	(1.0f,0.0f,0.0f) More...
static const ON_3fVector	YAxis
	(0.0f,1.0f,0.0f) More...
static const ON_3fVector	ZAxis
	(0.0f,0.0f,1.0f) More...
static const ON_3fVector	ZeroVector
	(0.0f,0.0f,0.0f) More...

Detailed Description

ON_3fVector

Constructor & Destructor Documentation

ON_3fVector() [1/12]

ON_3fVector::ON_3fVector ( )

default

x,y,z not initialized

~ON_3fVector()

ON_3fVector::~ON_3fVector ( )

default

ON_3fVector() [2/12]

ON_3fVector::ON_3fVector ( const ON_3fVector &  )

default

ON_3fVector() [3/12]

ON_3fVector::ON_3fVector ( float  x, float  y, float  z  )

explicit

ON_3fVector() [4/12]

ON_3fVector::ON_3fVector ( const ON_2fPoint &  )

explicit

from 2f point

ON_3fVector() [5/12]

ON_3fVector::ON_3fVector ( const ON_3fPoint &  )

explicit

from 3f point

ON_3fVector() [6/12]

ON_3fVector::ON_3fVector ( const ON_2fVector &  )

explicit

from 2f vector

ON_3fVector() [7/12]

ON_3fVector::ON_3fVector ( const float *  )

explicit

from float[3] array

ON_3fVector() [8/12]

ON_3fVector::ON_3fVector ( const ON_2dPoint &  )

explicit

from 2d point

ON_3fVector() [9/12]

ON_3fVector::ON_3fVector ( const ON_3dPoint &  )

explicit

from 3d point

ON_3fVector() [10/12]

ON_3fVector::ON_3fVector ( const ON_2dVector &  )

explicit

from 2d vector

ON_3fVector() [11/12]

ON_3fVector::ON_3fVector ( const ON_3dVector &  )

explicit

from 3d vector

ON_3fVector() [12/12]

ON_3fVector::ON_3fVector ( const double *  )

explicit

from double[3] array

Member Function Documentation

Compare()

static int ON_3fVector::Compare ( const ON_3fVector &  lhs, const ON_3fVector &  rhs  )

static

Description: A well ordered dictionary compare function that is nan aware and can be used for robust sorting.

DataCRC()

ON__UINT32 ON_3fVector::DataCRC

(

ON__UINT32

current_remainder

)

const

Fuzz()

double ON_3fVector::Fuzz

(

double

= ON_ZERO_TOLERANCE

)

const

tolerance to use when comparing 3d vectors

IsNotZero()

bool ON_3fVector::IsNotZero

(

)

const

Returns: true if at lease one coordinate is not zero and no coordinates are unset or nans.

IsPerpendicularTo()

bool ON_3fVector::IsPerpendicularTo	(	const ON_3fVector &	,
		double	= ON_DEFAULT_ANGLE_TOLERANCE
	)		const

IsTiny()

bool ON_3fVector::IsTiny

(

double

= ON_ZERO_TOLERANCE

)

const

Description: Test a vector to see if it is very short

Parameters: tiny_tol - [in] (default = ON_ZERO_TOLERANCE) a nonzero value used as the coordinate zero tolerance.

Returns: ( fabs(x) <= tiny_tol && fabs(y) <= tiny_tol && fabs(z) <= tiny_tol )

IsUnitVector()

bool ON_3fVector::IsUnitVector

(

)

const

IsUnset()

bool ON_3fVector::IsUnset

(

)

const

Returns: True if any coordinate is ON_UNSET_FLOAT or ON_UNSET_POSITIVE_FLOAT

IsValid()

bool ON_3fVector::IsValid

(

)

const

Returns: False if any coordinate is ON_UNSET_FLOAT, ON_UNSET_POSITIVE_FLOAT, nan, or infinite. True, otherwise.

IsZero()

bool ON_3fVector::IsZero

(

)

const

Returns: true if vector is the zero vector.

Length()

double ON_3fVector::Length

(

)

const

LengthSquared()

double ON_3fVector::LengthSquared

(

)

const

MaximumCoordinate()

double ON_3fVector::MaximumCoordinate

(

)

const

absolute value of maximum coordinate

MaximumCoordinateIndex()

int ON_3fVector::MaximumCoordinateIndex

(

)

const

operator const float *()

ON_3fVector::operator const float *

(

)

const

operator float *()

ON_3fVector::operator float *

(

)

(float*) conversion operators

operator!=()

bool ON_3fVector::operator!=

(

const ON_3fVector &

)

const

operator*() [1/6]

double ON_3fVector::operator*

(

const ON_3dVector &

)

const

inner (dot) product

operator*() [2/6]

float ON_3fVector::operator*

(

const ON_3fPoint &

)

const

inner (dot) product (point acting as a vector)

operator*() [3/6]

float ON_3fVector::operator*

(

const ON_3fVector &

)

const

inner (dot) product

operator*() [4/6]

ON_3dVector ON_3fVector::operator*

(

double

)

const

operator*() [5/6]

ON_3fVector ON_3fVector::operator*

(

float

)

const

operator*() [6/6]

ON_3fVector ON_3fVector::operator*

(

int

)

const

operator*=()

ON_3fVector& ON_3fVector::operator*=

(

float

)

operator+() [1/8]

ON_3dPoint ON_3fVector::operator+

(

const ON_2dPoint &

)

const

operator+() [2/8]

ON_3dVector ON_3fVector::operator+

(

const ON_2dVector &

)

const

operator+() [3/8]

ON_3fPoint ON_3fVector::operator+

(

const ON_2fPoint &

)

const

operator+() [4/8]

ON_3fVector ON_3fVector::operator+

(

const ON_2fVector &

)

const

operator+() [5/8]

ON_3dPoint ON_3fVector::operator+

(

const ON_3dPoint &

)

const

operator+() [6/8]

ON_3dVector ON_3fVector::operator+

(

const ON_3dVector &

)

const

operator+() [7/8]

ON_3fPoint ON_3fVector::operator+

(

const ON_3fPoint &

)

const

operator+() [8/8]

ON_3fVector ON_3fVector::operator+

(

const ON_3fVector &

)

const

operator+=()

ON_3fVector& ON_3fVector::operator+=

(

const ON_3fVector &

)

operator-() [1/9]

ON_3fVector ON_3fVector::operator-

(

)

const

operator-() [2/9]

ON_3dPoint ON_3fVector::operator-

(

const ON_2dPoint &

)

const

operator-() [3/9]

ON_3dVector ON_3fVector::operator-

(

const ON_2dVector &

)

const

operator-() [4/9]

ON_3fPoint ON_3fVector::operator-

(

const ON_2fPoint &

)

const

operator-() [5/9]

ON_3fVector ON_3fVector::operator-

(

const ON_2fVector &

)

const

operator-() [6/9]

ON_3dPoint ON_3fVector::operator-

(

const ON_3dPoint &

)

const

operator-() [7/9]

ON_3dVector ON_3fVector::operator-

(

const ON_3dVector &

)

const

operator-() [8/9]

ON_3fPoint ON_3fVector::operator-

(

const ON_3fPoint &

)

const

operator-() [9/9]

ON_3fVector ON_3fVector::operator-

(

const ON_3fVector &

)

const

operator-=()

ON_3fVector& ON_3fVector::operator-=

(

const ON_3fVector &

)

operator/() [1/3]

ON_3dVector ON_3fVector::operator/

(

double

)

const

operator/() [2/3]

ON_3fVector ON_3fVector::operator/

(

float

)

const

operator/() [3/3]

ON_3fVector ON_3fVector::operator/

(

int

)

const

operator/=()

ON_3fVector& ON_3fVector::operator/=

(

float

)

operator<()

bool ON_3fVector::operator<

(

const ON_3fVector &

)

const

operator<=()

bool ON_3fVector::operator<=

(

const ON_3fVector &

)

const

dictionary order comparisons

operator=() [1/10]

ON_3fVector& ON_3fVector::operator=

(

const double *

)

point = double[3] support

operator=() [2/10]

ON_3fVector& ON_3fVector::operator=

(

const float *

)

point = float[3] support

operator=() [3/10]

ON_3fVector& ON_3fVector::operator=

(

const ON_2dPoint &

)

operator=() [4/10]

ON_3fVector& ON_3fVector::operator=

(

const ON_2dVector &

)

operator=() [5/10]

ON_3fVector& ON_3fVector::operator=

(

const ON_2fPoint &

)

use implicit operator=(const ON_3fVector&)

operator=() [6/10]

ON_3fVector& ON_3fVector::operator=

(

const ON_2fVector &

)

operator=() [7/10]

ON_3fVector& ON_3fVector::operator=

(

const ON_3dPoint &

)

operator=() [8/10]

ON_3fVector& ON_3fVector::operator=

(

const ON_3dVector &

)

operator=() [9/10]

ON_3fVector& ON_3fVector::operator=

(

const ON_3fPoint &

)

operator=() [10/10]

ON_3fVector& ON_3fVector::operator= ( const ON_3fVector &  )

default

operator==()

bool ON_3fVector::operator==

(

const ON_3fVector &

)

const

operator>()

bool ON_3fVector::operator>

(

const ON_3fVector &

)

const

operator>=()

bool ON_3fVector::operator>=

(

const ON_3fVector &

)

const

operator[]() [1/4]

float& ON_3fVector::operator[]

(

int

)

index operators mimic float[3] behavior

operator[]() [2/4]

float ON_3fVector::operator[]

(

int

)

const

operator[]() [3/4]

float& ON_3fVector::operator[]

(

unsigned int

)

operator[]() [4/4]

float ON_3fVector::operator[]

(

unsigned int

)

const

PerpendicularTo()

bool ON_3fVector::PerpendicularTo

(

const ON_3fVector &

)

set this vector to be perpendicular to another vector

Reverse()

void ON_3fVector::Reverse

(

)

negate all coordinates

Deprecated:

Use v = -v;

Rotate() [1/2]

void ON_3fVector::Rotate	(	double	,
		const ON_3fVector &
	)

Rotate() [2/2]

void ON_3fVector::Rotate	(	double	,
		double	,
		const ON_3fVector &
	)

Set()

void ON_3fVector::Set	(	float	,
		float	,
		float
	)

set 3d vector value

Transform()

void ON_3fVector::Transform

(

const ON_Xform &

)

These transform the vector in place. The transformation matrix acts on the left of the vector; i.e., result = transformation*vector

Unitize()

bool ON_3fVector::Unitize

(

)

returns false if vector has zero length

UnitVector() [1/2]

ON_3fVector ON_3fVector::UnitVector

(

)

const

Returns: If this is a valid non-zero vector, a unit vector parallel to this is returned. Otherwise the zero vector is returned.

UnitVector() [2/2]

static const ON_3fVector& ON_3fVector::UnitVector ( int  )

static

Description: A index driven function to get unit axis vectors. Parameters: index - [in] 0 returns (1,0,0), 1 returns (0,1,0) 2 returns (0,0,1) Returns: Unit 3d vector with vector[i] = (i==index)?1:0;

Zero()

void ON_3fVector::Zero

(

)

set all coordinates to zero

Deprecated:

Use p = ON_3fVector::ZeroVector;

Member Data Documentation

NanVector

const ON_3fVector ON_3fVector::NanVector

static

(ON_FLT_QNAN,ON_FLT_QNAN,ON_FLT_QNAN)

x

float ON_3fVector::x

XAxis

const ON_3fVector ON_3fVector::XAxis

static

(1.0f,0.0f,0.0f)

y

float ON_3fVector::y

YAxis

const ON_3fVector ON_3fVector::YAxis

static

(0.0f,1.0f,0.0f)

z

float ON_3fVector::z

ZAxis

const ON_3fVector ON_3fVector::ZAxis

static

(0.0f,0.0f,1.0f)

ZeroVector

const ON_3fVector ON_3fVector::ZeroVector

static

(0.0f,0.0f,0.0f)