Inheritance diagram for numeric_limits< unsigned int >:

Public Member Functions
	_STCONS (bool, is_signed, false)

	_STCONS (int, digits, CHAR_BIT *sizeof(unsigned int))

Public Member Functions inherited from _Num_int_base
	_STCONS (bool, is_bounded, true)

	_STCONS (bool, is_exact, true)

	_STCONS (bool, is_integer, true)

	_STCONS (bool, is_modulo, true)

	_STCONS (bool, is_specialized, true)

	_STCONS (int, radix, 2)

Public Member Functions inherited from _Num_base
	_STCONS (float_denorm_style, has_denorm, denorm_absent)

	_STCONS (bool, has_denorm_loss, false)

	_STCONS (bool, has_infinity, false)

	_STCONS (bool, has_quiet_NaN, false)

	_STCONS (bool, has_signaling_NaN, false)

	_STCONS (bool, is_bounded, false)

	_STCONS (bool, is_exact, false)

	_STCONS (bool, is_iec559, false)

	_STCONS (bool, is_integer, false)

	_STCONS (bool, is_modulo, false)

	_STCONS (bool, is_signed, false)

	_STCONS (bool, is_specialized, false)

	_STCONS (bool, tinyness_before, false)

	_STCONS (bool, traps, false)

	_STCONS (float_round_style, round_style, round_toward_zero)

	_STCONS (int, digits, 0)

	_STCONS (int, digits10, 0)

	_STCONS (int, max_digits10, 0)

	_STCONS (int, max_exponent, 0)

	_STCONS (int, max_exponent10, 0)

	_STCONS (int, min_exponent, 0)

	_STCONS (int, min_exponent10, 0)

	_STCONS (int, radix, 0)

Static Public Member Functions
static _Ty()	min () _THROW0()

static _Ty()	max () _THROW0()

static _Ty	lowest () _THROW0()

static _Ty	epsilon () _THROW0()

static _Ty	round_error () _THROW0()

static _Ty	denorm_min () _THROW0()

static _Ty	infinity () _THROW0()

static _Ty	quiet_NaN () _THROW0()

static _Ty	signaling_NaN () _THROW0()

Member Typedef Documentation

typedef unsigned int numeric_limits< unsigned int >::_Ty

Member Function Documentation

numeric_limits< unsigned int >::_STCONS	(	bool	,
		is_signed	,
		false
	)

numeric_limits< unsigned int >::_STCONS	(	int	,
		digits	,
		CHAR_BIT *	sizeofunsigned int
	)

static _Ty numeric_limits< unsigned int >::denorm_min ( )

inlinestatic

         {   // return minimum denormalized value
         return (0);
         }

static _Ty numeric_limits< unsigned int >::epsilon ( )

inlinestatic

         {   // return smallest effective increment from 1.0
         return (0);
         }

static _Ty numeric_limits< unsigned int >::infinity ( )

inlinestatic

         {   // return positive infinity
         return (0);
         }

static _Ty numeric_limits< unsigned int >::lowest ( )

inlinestatic

         {   // return most negative value
         return ((min)());
         }

static _Ty() numeric_limits< unsigned int >::max ( )

inlinestatic

         {   // return maximum value
         return (UINT_MAX);
         }

static _Ty() numeric_limits< unsigned int >::min ( )

inlinestatic

         {   // return minimum value
         return (0);
         }

static _Ty numeric_limits< unsigned int >::quiet_NaN ( )

inlinestatic

         {   // return non-signaling NaN
         return (0);
         }

static _Ty numeric_limits< unsigned int >::round_error ( )

inlinestatic

         {   // return largest rounding error
         return (0);
         }

static _Ty numeric_limits< unsigned int >::signaling_NaN ( )

inlinestatic

         {   // return signaling NaN
         return (0);
         }

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