Expand description
Constants for the f64 double-precision floating point type.
See also the f64 primitive type.
Mathematically significant numbers are provided in the consts sub-module.
For the constants defined directly in this module
(as distinct from those defined in the consts sub-module),
new code should instead use the associated constants
defined directly on the f64 type.
Modules§
- consts
- Basic mathematical constants.
- math
Experimental - Experimental implementations of floating point functions in
core.
Constants§
- DIGITS
Deprecation planned - Approximate number of significant digits in base 10.
Use
f64::DIGITSinstead. - EPSILON
Deprecation planned - Machine epsilon value for
f64. Usef64::EPSILONinstead. - INFINITY
Deprecation planned - Infinity (∞).
Use
f64::INFINITYinstead. - MANTISSA_
DIGITS Deprecation planned - Number of significant digits in base 2.
Use
f64::MANTISSA_DIGITSinstead. - MAX
Deprecation planned - Largest finite
f64value. Usef64::MAXinstead. - MAX_
10_ EXP Deprecation planned - Maximum possible power of 10 exponent.
Use
f64::MAX_10_EXPinstead. - MAX_EXP
Deprecation planned - Maximum possible power of 2 exponent.
Use
f64::MAX_EXPinstead. - MIN
Deprecation planned - Smallest finite
f64value. Usef64::MINinstead. - MIN_
10_ EXP Deprecation planned - Minimum possible normal power of 10 exponent.
Use
f64::MIN_10_EXPinstead. - MIN_EXP
Deprecation planned - One greater than the minimum possible normal power of 2 exponent.
Use
f64::MIN_EXPinstead. - MIN_
POSITIVE Deprecation planned - Smallest positive normal
f64value. Usef64::MIN_POSITIVEinstead. - NAN
Deprecation planned - Not a Number (NaN).
Use
f64::NANinstead. - NEG_
INFINITY Deprecation planned - Negative infinity (−∞).
Use
f64::NEG_INFINITYinstead. - RADIX
Deprecation planned - The radix or base of the internal representation of
f64. Usef64::RADIXinstead.