Package com.metsci.glimpse.util.primitives.sorted

Interface SortedDoubles

All Superinterfaces:

Doubles

All Known Subinterfaces:

SortedDoublesModifiable

All Known Implementing Classes:

SortedDoublesArithmetic, SortedDoublesArray

public interface SortedDoubles
extends Doubles

Author:

hogye

Method Summary

Modifier and Type	Method	Description
ContinuousIndex	continuousIndexOf(double x)	The continuous index at which x falls in this sequence.
void	continuousIndexOf(double x, ContinuousIndex result)	The continuous index at which x falls in this sequence.
ContinuousIndexArray	continuousIndicesOf(Doubles xs)	For each x in xs, the continuous index at which x falls in this sequence.
void	continuousIndicesOf(Doubles xs, ContinuousIndexArray result)	For each x in xs, the continuous index at which x falls in this sequence.
ContinuousIndexArray	continuousIndicesOf(SortedDoubles xs)	For each x in xs, the continuous index at which x falls in this sequence.
void	continuousIndicesOf(SortedDoubles xs, ContinuousIndexArray result)	For each x in xs, the continuous index at which x falls in this sequence.
SortedDoubles	copy()
int	indexAfter(double x)	Smallest index whose value is greater than x
int	indexAtOrAfter(double x)	Smallest index whose value is greater than or equal to x
int	indexAtOrBefore(double x)	Largest index whose value is less than or equal to x
int	indexBefore(double x)	Largest index whose value is less than x
int	indexNearest(double x)	Index of the value closest to x.
int	indexOf(double x)	Follows the convention of Arrays.binarySearch(double[], double): If x is contained in this sequence, returns the index of x Otherwise, returns (-insertionPoint - 1)

Methods inherited from interface com.metsci.glimpse.util.primitives.Doubles

copyOf, copyOf, copyTo, copyTo, copyTo, first, isEmpty, last, n, v

Method Detail

indexOf

int indexOf(double x)

Follows the convention of Arrays.binarySearch(double[], double):

• If x is contained in this sequence, returns the index of x
• Otherwise, returns (-insertionPoint - 1)

See Also:

Arrays.binarySearch(double[], double)

indexNearest

int indexNearest(double x)

Index of the value closest to x. If the two closest values are x-C and x+C, returns the index of x+C. If doubles is empty, returns -1.

indexBefore

int indexBefore(double x)

Largest index whose value is less than x

indexAfter

int indexAfter(double x)

Smallest index whose value is greater than x

indexAtOrBefore

int indexAtOrBefore(double x)

Largest index whose value is less than or equal to x

indexAtOrAfter

int indexAtOrAfter(double x)

Smallest index whose value is greater than or equal to x

continuousIndexOf

void continuousIndexOf(double x,
                       ContinuousIndex result)

The continuous index at which x falls in this sequence.

See Also:

ContinuousIndex

continuousIndexOf

ContinuousIndex continuousIndexOf(double x)

The continuous index at which x falls in this sequence.

See Also:

ContinuousIndex

continuousIndicesOf

void continuousIndicesOf(Doubles xs,
                         ContinuousIndexArray result)

For each x in xs, the continuous index at which x falls in this sequence.

See Also:

ContinuousIndexArray

continuousIndicesOf

ContinuousIndexArray continuousIndicesOf(Doubles xs)

For each x in xs, the continuous index at which x falls in this sequence.

See Also:

com.metsci.tracks.ContinuousIndexArray

continuousIndicesOf

void continuousIndicesOf(SortedDoubles xs,
                         ContinuousIndexArray result)

For each x in xs, the continuous index at which x falls in this sequence. Since xs is sorted, this method may be faster than continuousIndicesOf(Doubles, ContinuousIndexArray) in some implementations.

See Also:

ContinuousIndexArray

continuousIndicesOf

ContinuousIndexArray continuousIndicesOf(SortedDoubles xs)

For each x in xs, the continuous index at which x falls in this sequence. Since xs is sorted, this method may be faster than continuousIndicesOf(Doubles) in some implementations.

See Also:

ContinuousIndexArray

copy

SortedDoubles copy()

Specified by:

copy in interface Doubles