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Bounded::Integer< T, MaxVal, MinVal, Boundary > Class Template Reference

#include <boundednumber.h>

List of all members.

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Detailed Description

template<class T, LargeInt MaxVal = LargeInt(MAX_UNSIGNED(T)), LargeInt MinVal = 0, class Boundary = Crop<LargeInt>>
class Bounded::Integer< T, MaxVal, MinVal, Boundary >

Bounded number with integral type.

The template can be instantiated for any integral type smaller than or equal to type LargeInt.

An instance of this class or the Float class stores a single number, silently enforcing upper and lower bounds for construction, assignment, and copying from other types. Unlike the implicit aliasing of e.g. a char, the boundaries may be smaller than the maximum representable in that type (although for integers the default range is the full range available) and values outside the range can either be truncated (cropped) at the boundaries, or aliased (wrapped) into the valid range.

Definition at line 65 of file boundednumber.h.

Public Methods
	Integer ()
	Default constructor.
	Integer (value_type val)
	Constructs using specified value.
	Integer (const self &other)
	Copy constructor.
template<class OT, LargeInt OMaxVal, LargeInt OMinVal, class OBoundary>	Integer (const Float< OT, OMaxVal, OMinVal, OBoundary > &other)
	Construct from a Bounded::Float.
void	operator= (const LargeInt &val)
	Set to a numeric value; assumes LargeInt is an encompassing type.
self &	operator *= (const LargeFloat m)
	Multiplicative scaling.
self	operator+ (const self &B) const
	Integer addition.
Magnitude	mag () const
	Returns the current numeric value as a fraction of the maximum.
value_type	raw () const
	Returns the current numeric value in the native units.
Static Public Attributes
const value_type	Min = MinVal
	Minimum legal value.
const value_type	Max = MaxVal
	Maximum legal value.

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

• boundednumber.h

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