std::numeric_limits< Dune::Fem::Double > Struct Reference

#include <dune/fem/misc/double.hh>

Static Public Member Functions
static Dune::Fem::Double	min () throw ()
static Dune::Fem::Double	max () throw ()
static Dune::Fem::Double	epsilon () throw ()
static Dune::Fem::Double	round_error () throw ()
static Dune::Fem::Double	infinity () throw ()
static Dune::Fem::Double	quiet_NaN () throw ()
static Dune::Fem::Double	signaling_NaN () throw ()
static Dune::Fem::Double	denorm_min () throw ()

Static Public Attributes
static const bool	is_specialized = true
static const int	radix = numeric_limits< double > :: radix
static const int	digits = numeric_limits< double > :: digits
static const int	digits10 = numeric_limits< double > :: digits10
static const bool	is_signed = numeric_limits< double > :: is_signed
static const bool	is_integer = numeric_limits< double > :: is_integer
static const bool	is_exact = numeric_limits< double > :: is_exact
static const int	min_exponent = numeric_limits< double > :: min_exponent
static const int	max_exponent = numeric_limits< double > :: max_exponent
static const int	min_exponent10 = numeric_limits< double > :: min_exponent10
static const int	max_exponent10 = numeric_limits< double > :: max_exponent10
static const bool	has_infinity = numeric_limits< double > :: has_infinity
static const bool	has_quiet_NaN = numeric_limits< double > :: has_quiet_NaN
static const bool	has_signaling_NaN = numeric_limits< double > :: has_signaling_NaN
static const float_denorm_style	has_denorm = numeric_limits< double > :: has_denorm
static const bool	has_denorm_loss = numeric_limits< double > :: has_denorm_loss
static const bool	is_iec559 = numeric_limits< double > :: is_iec559
static const bool	is_bounded = numeric_limits< double > :: is_bounded
static const bool	is_modulo = numeric_limits< double > :: is_modulo
static const bool	traps = numeric_limits< double > :: traps
static const bool	tinyness_before = numeric_limits< double > :: tinyness_before
static const float_round_style	round_style = numeric_limits< double > :: round_style

Member Function Documentation

denorm_min()

static Dune::Fem::Double std::numeric_limits< Dune::Fem::Double >::denorm_min ( ) throw ( )

inlinestatic

epsilon()

static Dune::Fem::Double std::numeric_limits< Dune::Fem::Double >::epsilon ( ) throw ( )

inlinestatic

infinity()

static Dune::Fem::Double std::numeric_limits< Dune::Fem::Double >::infinity ( ) throw ( )

inlinestatic

max()

static Dune::Fem::Double std::numeric_limits< Dune::Fem::Double >::max ( ) throw ( )

inlinestatic

min()

static Dune::Fem::Double std::numeric_limits< Dune::Fem::Double >::min ( ) throw ( )

inlinestatic

quiet_NaN()

static Dune::Fem::Double std::numeric_limits< Dune::Fem::Double >::quiet_NaN ( ) throw ( )

inlinestatic

round_error()

static Dune::Fem::Double std::numeric_limits< Dune::Fem::Double >::round_error ( ) throw ( )

inlinestatic

signaling_NaN()

static Dune::Fem::Double std::numeric_limits< Dune::Fem::Double >::signaling_NaN ( ) throw ( )

inlinestatic

Member Data Documentation

digits

const int std::numeric_limits< Dune::Fem::Double >::digits = numeric_limits< double > :: digits

static

digits10

const int std::numeric_limits< Dune::Fem::Double >::digits10 = numeric_limits< double > :: digits10

static

has_denorm

const float_denorm_style std::numeric_limits< Dune::Fem::Double >::has_denorm = numeric_limits< double > :: has_denorm

static

has_denorm_loss

const bool std::numeric_limits< Dune::Fem::Double >::has_denorm_loss = numeric_limits< double > :: has_denorm_loss

static

has_infinity

const bool std::numeric_limits< Dune::Fem::Double >::has_infinity = numeric_limits< double > :: has_infinity

static

has_quiet_NaN

const bool std::numeric_limits< Dune::Fem::Double >::has_quiet_NaN = numeric_limits< double > :: has_quiet_NaN

static

has_signaling_NaN

const bool std::numeric_limits< Dune::Fem::Double >::has_signaling_NaN = numeric_limits< double > :: has_signaling_NaN

static

is_bounded

const bool std::numeric_limits< Dune::Fem::Double >::is_bounded = numeric_limits< double > :: is_bounded

static

is_exact

const bool std::numeric_limits< Dune::Fem::Double >::is_exact = numeric_limits< double > :: is_exact

static

is_iec559

const bool std::numeric_limits< Dune::Fem::Double >::is_iec559 = numeric_limits< double > :: is_iec559

static

is_integer

const bool std::numeric_limits< Dune::Fem::Double >::is_integer = numeric_limits< double > :: is_integer

static

is_modulo

const bool std::numeric_limits< Dune::Fem::Double >::is_modulo = numeric_limits< double > :: is_modulo

static

is_signed

const bool std::numeric_limits< Dune::Fem::Double >::is_signed = numeric_limits< double > :: is_signed

static

is_specialized

const bool std::numeric_limits< Dune::Fem::Double >::is_specialized = true

static

max_exponent

const int std::numeric_limits< Dune::Fem::Double >::max_exponent = numeric_limits< double > :: max_exponent

static

max_exponent10

const int std::numeric_limits< Dune::Fem::Double >::max_exponent10 = numeric_limits< double > :: max_exponent10

static

min_exponent

const int std::numeric_limits< Dune::Fem::Double >::min_exponent = numeric_limits< double > :: min_exponent

static

min_exponent10

const int std::numeric_limits< Dune::Fem::Double >::min_exponent10 = numeric_limits< double > :: min_exponent10

static

radix

const int std::numeric_limits< Dune::Fem::Double >::radix = numeric_limits< double > :: radix

static

round_style

const float_round_style std::numeric_limits< Dune::Fem::Double >::round_style = numeric_limits< double > :: round_style

static

tinyness_before

const bool std::numeric_limits< Dune::Fem::Double >::tinyness_before = numeric_limits< double > :: tinyness_before

static

traps

const bool std::numeric_limits< Dune::Fem::Double >::traps = numeric_limits< double > :: traps

static

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

• double.hh