Detailed description

Latin-Hypercube Sampler

#include <latin_hypercube.h>

Public Methods
	LHSampler (const uint32 seed=0)

template<typename T , uint32 DIM>
void	sample (const uint32 n_samples, Vector< T, DIM > *samples)

template<bool SOA, typename T >
void	sample (const uint32 n_samples, const uint32 n_dims, T *samples)

Public Members
Random	m_random

Constructor & Destructor Documentation

◆ LHSampler()

cugar::LHSampler::LHSampler ( const uint32 seed = 0 )

inline

constructor

Member Function Documentation

◆ sample() [1/2]

template<typename T , uint32 DIM>

void cugar::LHSampler::sample	(	const uint32	n_samples,
		Vector< T, DIM > *	samples
	)

get a set of stratified samples

◆ sample() [2/2]

template<bool SOA, typename T>

void cugar::LHSampler::sample	(	const uint32	n_samples,
		const uint32	n_dims,
		T *	samples
	)

get a set of stratified d-dimensional samples the output vectors can be stored either in AOS or SOA layout, if the latter, the j-th coordinate of the i-th point is stored in samples[i + j * n_samples]

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

C:/p4research/research/jpantaleoni/Fermat-Public/contrib/cugar/sampling/latin_hypercube.h
C:/p4research/research/jpantaleoni/Fermat-Public/contrib/cugar/sampling/latin_hypercube_inline.h