hello
taken from:
dinkumware
INFINITY
#define INFINITY <float rvalue> [added with C99]
The macro yields a float value that represents positive infinity.
isfinite
#define isfinite(x) <int rvalue> [added with C99, bool functions in C++]
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hello
taken from:
dinkumware
INFINITY
#define INFINITY <float rvalue> [added with C99]
The macro yields a float value that represents positive infinity.
isfinite
#define isfinite(x) <int rvalue> [added with C99, bool functions in C++]
Sure. I'm not sure what the significance is to this thread though.Quote:
Originally Posted by cdalten
Incorrect. THe specification of floating point is in terms of sign*mantissa*10^exponent. The individual fields in the floating point variable (mantissa and exponent) will be represented in binary, but that doesn't mean floating point formats are specified as you have stated here.Quote:
Originally Posted by cdalten