Documentation
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Index ¶
Constants ¶
This section is empty.
Variables ¶
This section is empty.
Functions ¶
func Permutations ¶
Permutations returns a sampling plan [0,1] p: dimension; w: number of discrete samples
Types ¶
type HaltonDigitalSequence ¶
type HaltonDigitalSequence struct {
U [][]float64
// contains filtered or unexported fields
}
HaltonDigitalSequence is the structure to hold the state of one instance of the Halton digital sequence. New instances can be allocated using the HaltonDigitalSequence.New() function.
func NewHalton ¶
func NewHalton(n, p int) *HaltonDigitalSequence
NewHalton allocates a new instance of the LHC
func (*HaltonDigitalSequence) SampleSize ¶
func (hds *HaltonDigitalSequence) SampleSize() int
SampleSize simply returns the number of samples
type KnuthShuffle ¶
type KnuthShuffle struct {
Z [][]int
// contains filtered or unexported fields
}
KnuthShuffle is the structure to hold the state of one instance of the LHC. New instances can be allocated using the knuthShuffle.New() function.
func NewKS ¶
func NewKS(n, p int) *KnuthShuffle
NewKS allocates a new instance of the Knuth Shuffle from n samples of p integers.
func (*KnuthShuffle) Make ¶
func (ks *KnuthShuffle) Make(rng *rand.Rand)
Make builds the sampling plan nxp matrix.
type LatinHyperCube ¶
type LatinHyperCube struct {
U [][]float64
// contains filtered or unexported fields
}
LatinHyperCube is the structure to hold the state of one instance of the LHC. New instances can be allocated using the latinHyperCube.New() function.
func NewLHC ¶
func NewLHC(rng *rand.Rand, n, p int, midpoint bool) *LatinHyperCube
NewLHC allocates a new instance of the LHC from n samples of p dimensions.
func (*LatinHyperCube) SampleSize ¶
func (lhc *LatinHyperCube) SampleSize() int
SampleSize simply returns the number of samples
func (*LatinHyperCube) UT ¶
func (lhc *LatinHyperCube) UT() [][]float64
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