numeric_limits Members
Visual Studio .NET 2003
Static Functions
| denorm_min | Returns the smallest nonzero denormalized value. |
| digits | Returns the number of radix digits that the type can represent without loss of precision. |
| digits10 | Returns the number of decimal digits that the type can represent without loss of precision. |
| epsilon | Returns the difference between 1 and the smallest value greater than 1 that the data type can represent. |
| has_denorm | Tests whether a type allows denormalized values. |
| has_denorm_loss | Tests whether loss of accuracy is detected as a denormalization loss rather than as an inexact result. |
| has_infinity | Tests whether a type has a representation for positive infinity. |
| has_quiet_NaN | Tests whether a type has a representation for a quiet not a number (NAN), which is nonsignaling. |
| has_signaling_NaN | Tests whether a type has a representation for signaling not a number (NAN). |
| infinity | The representation for positive infinity for a type, if available. |
| is_bounded | Tests if the set of values that a type may represent is finite. |
| is_exact | Tests if the calculations done on a type are free of rounding errors. |
| is_iec559 | Tests if a type conforms to IEC 559 standards. |
| is_integer | Tests if a type has an integer representation. |
| is_modulo | Tests if a type has a modulo representation. |
| is_signed | Tests if a type has a signed representation. |
| is_specialized | Tests if a type has an explicit specialization defined in the template class numeric_limits. |
| max | Returns the maximum finite value for a type. |
| max_exponent | Returns the maximum positive integral exponent that the floating-point type can represent as a finite value when a base of radix is raised to that power. |
| max_exponent10 | Returns the maximum positive integral exponent that the floating-point type can represent as a finite value when a base of ten is raised to that power. |
| min | Returns the minimum normalized value for a type. |
| min_exponent | Returns the maximum negative integral exponent that the floating-point type can represent as a finite value when a base of radix is raised to that power. |
| min_exponent10 | Returns the maximum negative integral exponent that the floating-point type can represent as a finite value when a base of ten is raised to that power. |
| quiet_NaN | Returns the representation of a quiet not a number (NAN) for the type. |
| radix | Returns the integral base, referred to as radix, used for the representation of a type. |
| round_error | Returns the maximum rounding error for the type. |
| round_style | Returns a value that describes the various methods that an implementation can choose for rounding a floating-point value to an integer value. |
| signaling_NaN | Returns the representation of a signaling not a number (NAN) for the type. |
| tinyness_before | Tests whether a type can determine that a value is too small to represent as a normalized value before rounding it. |
| traps | Tests whether trapping that reports on arithmetic exceptions is implemented for a type. |
See Also
strstreambuf Class | Thread Safety in the Standard C++ Library
