G3D::HaltonSequence Class Reference

Public Member Functions
	HaltonSequence (int xBase, int yBase)
	To be a true Halton sequence, xBase and yBase must be prime, and not equal. More...
void	next (Point2 &p)
	The next point in the Halton Sequence. More...
Point2	next ()
void	reset ()
void	trash (int n)
	Throw out the next N terms in the sequence. More...

Static Public Member Functions
static float	sample (int index, float base)
	Samples the Halton Van der Corput sequence statelessly. More...

Static Public Attributes
static const int	numPrimes = 46
	Length of primeBases. More...
static const float	primeBases [numPrimes]

Constructor & Destructor Documentation

HaltonSequence()

G3D::HaltonSequence::HaltonSequence ( int  xBase, int  yBase  )

inline

To be a true Halton sequence, xBase and yBase must be prime, and not equal.

Member Function Documentation

next() [1/2]

void G3D::HaltonSequence::next

(

Point2 &

p

)

The next point in the Halton Sequence.

next() [2/2]

Point2 G3D::HaltonSequence::next ( )

inline

reset()

void G3D::HaltonSequence::reset ( )

inline

sample()

static float G3D::HaltonSequence::sample ( int  index, float  base  )

inlinestatic

Samples the Halton Van der Corput sequence statelessly.

Base should be prime. Returns a number on [0, 1]

trash()

void G3D::HaltonSequence::trash ( int  n )

inline

Throw out the next N terms in the sequence.

Member Data Documentation

numPrimes

const int G3D::HaltonSequence::numPrimes = 46

static

Length of primeBases.

primeBases

const float G3D::HaltonSequence::primeBases[numPrimes]

static