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Numeric limits

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< c‎ | types

Defined in header <stdint.h>
PTRDIFF_MIN
(C99)
valeur minimale de l'objet de type ptrdiff_t
Original:
minimum value of object of ptrdiff_t type
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(constante macro)
PTRDIFF_MAX
(C99)
valeur maximale de l'objet de type ptrdiff_t
Original:
maximum value of object of ptrdiff_t type
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(constante macro)
SIZE_MAX
(C99)
valeur maximale de l'objet de type size_t
Original:
maximum value of object of size_t type
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(constante macro)
SIG_ATOMIC_MIN
(C99)
valeur maximale de l'objet de type sig_atomic_t
Original:
maximum value of object of sig_atomic_t type
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(constante macro)
SIG_ATOMIC_MAX
(C99)
valeur maximale de l'objet de type sig_atomic_t
Original:
maximum value of object of sig_atomic_t type
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(constante macro)
WCHAR_MIN
(C99)
valeur maximale de l'objet de type wchar_t
Original:
maximum value of object of wchar_t type
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(constante macro)
WCHAR_MAX
(C99)
valeur maximale de l'objet de type wchar_t
Original:
maximum value of object of wchar_t type
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(constante macro)
WINT_MIN
(C99)
valeur maximale de l'objet de type wint_t
Original:
maximum value of object of wint_t type
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(constante macro)
WINT_MAX
(C99)
valeur maximale de l'objet de type wint_t
Original:
maximum value of object of wint_t type
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(constante macro)

[modifier] Limites des types entiers

Defined in header <limits.h>
CHAR_BIT
nombre de bits de l'octet
Original:
number of bits in byte
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(constante macro)
MB_LEN_MAX
nombre maximal d'octets dans un caractère multi-octets
Original:
maximum number of bytes in a multibyte character
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(constante macro)
CHAR_MIN
valeur minimale de char
Original:
minimum value of char
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(constante macro)
CHAR_MAX
valeur maximale de char
Original:
maximum value of char
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(constante macro)
SCHAR_MIN
SHRT_MIN
INT_MIN
LONG_MIN
LLONG_MIN




(C99)
valeur minimale de signed char, short, int, long et long long respectivement
Original:
minimum value of signed char, short, int, long and long long respectively
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(constante macro)
SCHAR_MAX
SHRT_MAX
INT_MAX
LONG_MAX
LLONG_MAX




(C99)
valeur maximale de signed char, short, int, long et long long respectivement
Original:
maximum value of signed char, short, int, long and long long respectively
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(constante macro)
UCHAR_MAX
USHRT_MAX
UINT_MAX
ULONG_MAX
ULLONG_MAX




(C99)
valeur maximale de unsigned char, unsigned short, unsigned int,
unsigned long et unsigned long long respectivement
Original:
maximum value of unsigned char, unsigned short, unsigned int,
unsigned long and unsigned long long respectively
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(constante macro)

[modifier] Limites des types virgule flottante

Defined in header <float.h>
FLT_RADIX
la base (base entier) utilisé par la représentation de l'ensemble des trois types virgule flottante
Original:
the radix (integer base) used by the representation of all three floating-point types
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(constante macro)
DECIMAL_DIG
(C99)
nombre de chiffres décimaux qui peuvent être convertis en long double et en arrière sans perte de précision
Original:
number of decimal digits that can be converted to long double and back without losing precision
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(constante macro)
FLT_MIN
DBL_MIN
LDBL_MIN
valeur minimale de float, double et long double respectivement
Original:
minimum value of float, double and long double respectively
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(constante macro)
FLT_MAX
DBL_MAX
LDBL_MAX
valeur maximale de float, double et long double respectivement
Original:
maximum value of float, double and long double respectively
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(constante macro)
FLT_EPSILON
DBL_EPSILON
LDBL_EPSILON
1.0 différence entre la valeur et la prochaine représentable pour float, double et long double respectivement
Original:
difference between 1.0 and the next representable value for float, double and long double respectively
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(constante macro)
FLT_DIG
DBL_DIG
LDBL_DIG
nombre de chiffres décimaux qui peuvent être représentées sans perte de précision pour float, double et long double respectivement
Original:
number of decimal digits that can be represented without losing precision for float, double and long double respectively
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(constante macro)
FLT_MANT_DIG
DBL_MANT_DIG
LDBL_MANT_DIG
nombre de chiffres FLT_RADIX de base qui peut être représenté sans perte de précision pour float, double et long double respectivement
Original:
number of base FLT_RADIX digits that can be represented without losing precision for float, double and long double respectively
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(constante macro)
FLT_MIN_EXP
DBL_MIN_EXP
LDBL_MIN_EXP
minimale entier négatif tel que soulevé par la puissance FLT_RADIX un de moins que ce nombre entier est un float normalisée, double et long double respectivement
Original:
minimum negative integer such that FLT_RADIX raised by power one less than that integer is a normalized float, double and long double respectively
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(constante macro)
FLT_MIN_10_EXP
DBL_MIN_10_EXP
LDBL_MIN_10_EXP
minimale entier négatif tel que soulevé par la puissance 10 un de moins que ce nombre entier est un float normalisée, double et long double respectivement
Original:
minimum negative integer such that 10 raised by power one less than that integer is a normalized float, double and long double respectively
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(constante macro)
FLT_MAX_EXP
DBL_MAX_EXP
LDBL_MAX_EXP
maximale entier positif tel que FLT_RADIX soulevée par une puissance de plus de cet entier est un float normalisée, et double long double respectivement
Original:
maximum positive integer such that FLT_RADIX raised by power one more than that integer is a normalized float, double and long double respectively
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(constante macro)
FLT_MAX_10_EXP
DBL_MAX_10_EXP
LDBL_MAX_10_EXP
maximale entier positif tel que 10 soulevée par une puissance de plus de cet entier est un float normalisée, et double long double respectivement
Original:
maximum positive integer such that 10 raised by power one more than that integer is a normalized float, double and long double respectively
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(constante macro)
FLT_ROUNDS
mode d'arrondi de virgule flottante arithmétique, égale à float_round_style
Original:
rounding mode of floating-point arithmetics, equal to float_round_style
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(constante macro)
FLT_EVAL_METHOD
(C99)
l'utilisation de la précision étendue des résultats intermédiaires: 0 n'est pas utilisé, 1 double est utilisé à la place de float, 2: long double est utilisé
Original:
use of extended precision for intermediate results: 0 not used, 1 double is used instead of float, 2: long double is used
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(constante macro)