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FLT_EVAL_METHOD

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< cpp‎ | types‎ | climits

 
 
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Objetos Function
initializer_list(C++11)
bitset
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Operadores relacionales
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Relational operators
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rel_ops::operator!=
rel_ops::operator>
rel_ops::operator<=
rel_ops::operator>=
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Pairs and tuples
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pair
tuple(C++11)
piecewise_construct_t(C++11)
piecewise_construct(C++11)
Cambiar, hacia adelante y mover
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Swap, forward and move
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swap
forward(C++11)
move(C++11)
move_if_noexcept(C++11)
declval(C++11)
 
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Tipos básicos
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Basic types
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Tipos fundamentales
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Límites numéricos
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Numeric limits
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numeric_limits
C numérico limita interfaz
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Runtime type information
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Type traits
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Categorías primarias de tipo
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Primary type categories
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is_void(C++11)
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Propiedades de tipo
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Type properties
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is_const(C++11)
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Operaciones compatibles
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Supported operations
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is_constructible
is_trivially_constructible
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(C++11)
(C++11)
(C++11)
is_default_constructible
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(C++11)
(C++11)
(C++11)
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(C++11)
(C++11)
(C++11)
is_move_constructible
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(C++11)
(C++11)
(C++11)
is_assignable
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(C++11)
(C++11)
is_copy_assignable
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(C++11)
(C++11)
(C++11)
is_move_assignable
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(C++11)
(C++11)
is_destructible
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(C++11)
(C++11)
(C++11)
has_virtual_destructor(C++11)
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is_same(C++11)
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rank(C++11)
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Modificaciones de tipo
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Type modifications
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remove_cv
remove_const
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(C++11)
(C++11)
(C++11)
add_cv
add_const
add_volatile
(C++11)
(C++11)
(C++11)
make_signed(C++11)
make_unsigned(C++11)
Transformaciones de tipo
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Type transformations
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aligned_storage(C++11)
aligned_union(C++11)
decay(C++11)
enable_if(C++11)
conditional(C++11)
common_type(C++11)
underlying_type(C++11)
result_of(C++11)
Escriba constantes rasgos
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Type trait constants
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integral_constant(C++11)
 
 
Defined in header <cfloat>
#define FLT_EVAL_METHOD /* implementation defined */
(desde C++11)
Especifica la precisión en el que todas las operaciones aritméticas de punto flotante se realizan .
Original:
Specifies the precision in which all floating-point arithmetic operations are done.
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Valor
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Value
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Explanation
negative values except -1
definido por la implantación comportamiento
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implementation-defined behavior
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-1
la precisión predeterminada no se conoce
Original:
the default precision is not known
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0
todas las operaciones y constantes de evaluar en el rango y la precisión del tipo utilizado. Además, float_t y double_t son equivalentes a float y double respectivamente
Original:
all operations and constants evaluate in the range and precision of the type used. Additionally, float_t and double_t are equivalent to float and double respectively
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1
todas las operaciones y constantes de evaluar en el rango y la precisión de double. Además, tanto float_t y double_t son equivalentes a double
Original:
all operations and constants evaluate in the range and precision of double. Additionally, both float_t and double_t are equivalent to double
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2
todas las operaciones y constantes de evaluar en el rango y la precisión de long double. Además, tanto float_t y double_t son equivalentes a long double
Original:
all operations and constants evaluate in the range and precision of long double. Additionally, both float_t and double_t are equivalent to long double
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[editar] Ver también

C documentation for FLT_EVAL_METHOD