Segment Struct Reference

#include <Segment.h>

Detailed Description

Bounds of a closed index interval.

The lower and upper bounds are named front and back to match Segment wording. This also avoids confusion when working with table segments, where the lower bound is upward the upper bound.

Static Public Member Functions
static Segment	fromSize (long front, long size)
	Create a segment specified by a lower bound and size.
static Segment	whole ()
	Create a maximal segment (from index 0 to max).

Public Member Functions
long	size () const
	Get the number of elements.

Public Attributes
long	back
	The upper bound.
long	front
	The lower bound.

Related Functions
(Note that these are not member functions.)
bool	operator!= (const Segment &lhs, const Segment &rhs)
	Check whether two segments are different.
Segment	operator+ (const Segment &lhs, long rhs)
	Add a segment and a scalar.
Segment	operator+ (const Segment &rhs)
	Identity.
Segment &	operator++ (Segment &lhs)
	Add 1.
Segment	operator++ (Segment &lhs, int)
	Return the current segment and then add 1.
Segment &	operator+= (Segment &lhs, long rhs)
	Add a scalar.
Segment	operator- (const Segment &lhs, long rhs)
	Subtract a segment and a scalar.
Segment	operator- (const Segment &rhs)
	Change the sign of each coordinate.
Segment &	operator-- (Segment &lhs)
	Subtract 1.
Segment	operator-- (Segment &lhs, int)
	Return the current segment and then subtract 1.
Segment &	operator-= (Segment &lhs, long rhs)
	Subtract a scalar.
bool	operator== (const Segment &lhs, const Segment &rhs)
	Check whether two segments are equal.

---

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

• EleFitsData/EleFitsData/Segment.h