hep.aida
Interface IRangeSet

All Known Implementing Classes:

RangeSet

public interface IRangeSet

User level interface to RangeSet. Proposed rules for ranges: - By default (no arguments) RangeSet object is created with one valid range: (-infinity, +infinity). - size=0 means no valid ranges (isInRange(double point) will return false for any point). It also can be used to check if any range is set - RangeSet include valid interval only if size!=0. - RangeSet can be smart, e.g merge overlapping valid ranges. So size() does not always equal to the number of times user call include method.

Method Summary

void	exclude(double xMin, double xMax) Exclude [xMin, xMax] interval from the existing set of valid ranges
void	excludeAll() Set empty range.
void	include(double xMin, double xMax) Add [xMin, xMax] interval to existing set of valid ranges
void	includeAll() Set full range (from MINUS_INF to PLUS_INF ).
boolean	isInRange(double point)
double[]	lowerBounds() Return array of lower Bounds for the current set of ranges
double	MINUS_INF()
double	PLUS_INF()
int	size() Return current number of disjoint ranges (non-overlapping intervals).
double[]	upperBounds() Return array of upper Bounds for the current set of ranges

Method Detail

lowerBounds

double[] lowerBounds()

Return array of lower Bounds for the current set of ranges

Returns:

Array of lower bounds for all valid ranges

upperBounds

double[] upperBounds()

Return array of upper Bounds for the current set of ranges

Returns:

Array of upper bounds for all valid ranges

include

void include(double xMin,
             double xMax)

Add [xMin, xMax] interval to existing set of valid ranges

Parameters:

xMin - - lower bound of a new valid range

xMax - - upper bound of a new valid range

exclude

void exclude(double xMin,
             double xMax)

Exclude [xMin, xMax] interval from the existing set of valid ranges

Parameters:

xMin - - lower bound of range to be excluded

xMax - - upper bound of range to be excluded

includeAll

void includeAll()

Set full range (from MINUS_INF to PLUS_INF ).

excludeAll

void excludeAll()

Set empty range.

isInRange

boolean isInRange(double point)

size

int size()

Return current number of disjoint ranges (non-overlapping intervals). Note: it is not always equal to the number of times user set the range

Returns:

Number of disjoint ranges

PLUS_INF

double PLUS_INF()

MINUS_INF

double MINUS_INF()