1.2 Data Types
1.4 Exception Conditions and Exception Behavior
1.5 IEEE Std 754 Considerations
1.6 X/Open Portability Guide Considerations
2.2 Specific Entry-Point Names
2.3 Working with Exception Conditions
2.4 DPML Routine Interface Examples
2.4.2 cdiv() Interface
acosh-Hyperbolic Arc Cosine of Angle
asinh-Hyperbolic Arc Sine of Angle
atan-Arc Tangent of Angle with One Argument
atan2-Arc Tangent of Angle with Two Arguments
atanh-Hyperbolic Arc Tangent of Angle
ccos-Cosine of Angle of a Complex Number
clog-Complex Natural Logarithm
cosh-Hyperbolic Cosine of Angle
csin-Sine of Angle of a Complex Number
cvt_ftof-Convert a Floating-Point Data Type to Another Supported Floating-Point Data Type
fp_class-Classifies IEEE Floating-Point Values
frexp-Convert to Fraction and Integral Power of 2
ilogb-Computes an Unbiased Exponent
ldexp-Multiply by an Integral Power of 2
lgamma-Computes the Logarithm of the gamma Function
logb-Radix-independent Exponent
modf-Return the Fractional Part and Integer Part of a Floating-Point Number
nextafter-Next Machine Number After
nint-Round to the Nearest Integer
pow-Raise the Base to a Floating-Point Exponent
random-Random Number Generator, Uniformly Distributed
rint-Return the Nearest Integral Value
sincos-Sine and Cosine of Angle
sinhcosh-Hyperbolic Sine and Cosine
unordered-Check for x Unordered with Respect to y
Tables
1-2 Floating-Point Complex Data Types
1-3 Default Action and Return Values for Exception Conditions
A-1 Hexadecimal and Decimal Boundary Values
B-1 Entry-Point Names for DPML Platforms