abs() |
stdlib.h |
abs() — Calculate Integer Absolute Value |
Calculates the absolute value of
an integer. |
ceil() |
math.h |
ceil() — Find Integer >=Argument |
Calculates the double value representing
the smallest integer that is greater than or equal to a number. |
div() |
stdlib.h |
div() — Calculate Quotient and Remainder |
Calculates the quotient and remainder
of an integer. |
erf() |
math.h |
erf() – erfc() — Calculate Error Functions |
Calculates the error function. |
erfc() |
math.h |
erf() – erfc() — Calculate Error Functions |
Calculates the error function for
large numbers. |
exp() |
math.h |
exp() — Calculate Exponential Function |
Calculates an exponential function. |
fabs() |
math.h |
fabs() — Calculate Floating-Point Absolute Value |
Calculates the absolute value of
a floating-point number. |
floor() |
math.h |
floor() — Find Integer <=Argument |
Calculates the double value representing
the largest integer that is less than or equal to a number. |
fmod() |
math.h |
fmod() — Calculate Floating-Point Remainder |
Calculates the floating-point remainder
of one argument divided by another. |
frexp() |
math.h |
frexp() — Separate Floating-Point Value |
Separates a floating-point number
into its mantissa and exponent. |
gamma() |
math.h |
gamma() — Gamma Function |
Calculates the gamma function. |
hypot() |
math.h |
hypot() — Calculate Hypotenuse |
Calculates the hypotenuse. |
labs() |
stdlib.h |
labs() – llabs() — Calculate Absolute Value of Long and Long Long Integer |
Calculates the absolute value of
a long integer. |
llabs() |
stdlib.h |
labs() – llabs() — Calculate Absolute Value of Long and Long Long Integer |
Calculates the absolute value of
a long long integer. |
ldexp() |
math.h |
ldexp() — Multiply by a Power of Two |
Multiplies a floating-point number
by an integral power of 2. |
ldiv() |
stdlib.h |
ldiv() – lldiv() — Perform Long and Long Long Division |
Calculates the quotient and remainder
of a long integer. |
lldiv() |
stdlib.h |
ldiv() – lldiv() — Perform Long and Long Long Division |
Calculates the quotient and remainder
of a long long integer. |
log() |
math.h |
log() — Calculate Natural Logarithm |
Calculates natural logarithm. |
log10() |
math.h |
log10() — Calculate Base 10 Logarithm |
Calculates base 10 logarithm. |
modf() |
math.h |
modf() — Separate Floating-Point Value |
Calculates the signed fractional
portion of the argument. |
nextafter() |
math.h |
nextafter() – nextafterl() – nexttoward() – nexttowardl() — Calculate the Next Representable Floating-Point Value |
Calculates the next representable floating-point
value. |
nextafterl() |
math.h |
nextafter() – nextafterl() – nexttoward() – nexttowardl() — Calculate the Next Representable Floating-Point Value |
Calculates the next representable floating-point
value. |
nexttoward() |
math.h |
nextafter() – nextafterl() – nexttoward() – nexttowardl() — Calculate the Next Representable Floating-Point Value |
Calculates the next representable floating-point
value. |
nexttowardl() |
math.h |
nextafter() – nextafterl() – nexttoward() – nexttowardl() — Calculate the Next Representable Floating-Point Value |
Calculates the next representable floating-point
value. |
pow() |
math.h |
pow() — Compute Power |
Calculates the value of an argument
raised to a power. |
quantexpd32() |
math.h |
quantexpd32() - quantexpd64() - quantexpd128() — Compute the Quantum Exponent |
Compute the quantum exponent of
a single-precision decimal floating-point value. |
quantexpd64() |
math.h |
quantexpd32() - quantexpd64() - quantexpd128() — Compute the Quantum Exponent |
Compute the quantum exponent of
a double-precision decimal floating-point value. |
quantexpd128() |
math.h |
quantexpd32() - quantexpd64() - quantexpd128() — Compute the Quantum Exponent |
Compute the quantum exponent of
a quad-precision decimal floating-point value. |
quantized32() |
math.h |
quantized32() - quantized64() - quantized128() — Set the Quantum Exponent of X to the Quantum Exponent of Y |
Set the quantum exponent of a single-precision
decimal floating-point value to the quantum exponent of another single-precision
decimal floating-point value. |
quantized64() |
math.h |
quantized32() - quantized64() - quantized128() — Set the Quantum Exponent of X to the Quantum Exponent of Y |
Set the quantum exponent of a double-precision
decimal floating-point value to the quantum exponent of another double-precision
decimal floating-point value. |
quantized128() |
math.h |
quantized32() - quantized64() - quantized128() — Set the Quantum Exponent of X to the Quantum Exponent of Y |
Set the quantum exponent of a quad-precision
decimal floating-point value to the quantum exponent of another quad-precision
decimal floating-point value. |
samequantumd32() |
math.h |
samequantumd32() - samequantumd64() - samequantumd128() — Determine if Quantum Exponents X and Y are the Same |
Determine if the quantum exponents
of two single-precision decimal floating-point values are the same. |
samequantumd64() |
math.h |
samequantumd32() - samequantumd64() - samequantumd128() — Determine if Quantum Exponents X and Y are the Same |
Determine if the quantum exponents
of two double-precision decimal floating-point values are the same. |
samequantumd128() |
math.h |
samequantumd32() - samequantumd64() - samequantumd128() — Determine if Quantum Exponents X and Y are the Same |
Determine if the quantum exponents
of two quad-precision decimal floating-point values are the same. |
sqrt() |
math.h |
sqrt() — Calculate Square Root |
Calculates the square root of a number. |