58float abs(softfloat f);
201float atan2(softfloat y, softfloat x);
266int ceil(
int num,
int prec = 0);
289float ceil(softfloat num,
int prec = 0);
349int compare(
float n1,
float n2,
float epsilon);
578float floor(softfloat f,
int prec = 0);
640float hypot(softfloat x, softfloat y);
817float pow(softfloat x = 0.0, softfloat y = 0.0);
836int pow(
int x = 0,
int y = 0);
855int round(softint num,
int prec = 0);
879float round(softfloat num,
int prec = 0);
1111 const MININT = qore(QoreValue(-LLONG_MAX - 1));
1113 const M_PI = 3.14159265358979323846;
const M_PIn
PI (arbitrary-precision numeric)
Definition ql_math.dox.h:1117
const MAXINT
largest integer
Definition ql_math.dox.h:1107
const MININT
smallest integer
Definition ql_math.dox.h:1111
const M_PI
PI (floating-point)
Definition ql_math.dox.h:1113
float cos()
This function variant does nothing at all; it is only included for backwards-compatibility with qore ...
int compare(number n1, number n2, number epsilon)
Compares numbers with a given epsilon.
float cosh()
This function variant does nothing at all; it is only included for backwards-compatibility with qore ...
float hypot()
This function variant does nothing at all; it is only included for backwards-compatibility with qore ...
float tan()
This function variant does nothing at all; it is only included for backwards-compatibility with qore ...
float exp2()
This function variant does nothing at all; it is only included for backwards-compatibility with qore ...
float expm1()
This function variant does nothing at all; it is only included for backwards-compatibility with qore ...
number acos(number n)
Returns the value in radians of the arc cosine of the given value.
float cbrt()
This function variant does nothing at all; it is only included for backwards-compatibility with qore ...
float sinh()
This function variant does nothing at all; it is only included for backwards-compatibility with qore ...
float asin()
This function variant does nothing at all; it is only included for backwards-compatibility with qore ...
float abs()
This function variant does nothing at all; it is only included for backwards-compatibility with qore ...
float log1p()
This function variant does nothing at all; it is only included for backwards-compatibility with qore ...
float tanh()
This function variant does nothing at all; it is only included for backwards-compatibility with qore ...
float sqrt()
This function variant does nothing at all; it is only included for backwards-compatibility with qore ...
float log10()
This function variant does nothing at all; it is only included for backwards-compatibility with qore ...
float atan()
This function variant does nothing at all; it is only included for backwards-compatibility with qore ...
float logb()
This function variant does nothing at all; it is only included for backwards-compatibility with qore ...
float floor()
This function variant does nothing at all; it is only included for backwards-compatibility with qore ...
float sin()
This function variant does nothing at all; it is only included for backwards-compatibility with qore ...
float nlog()
This function variant does nothing at all; it is only included for backwards-compatibility with qore ...
float atan2()
This function variant does nothing at all; it is only included for backwards-compatibility with qore ...
float ceil()
This function variant does nothing at all; it is only included for backwards-compatibility with qore ...
float exp()
This function variant does nothing at all; it is only included for backwards-compatibility with qore ...
float round()
This function variant does nothing at all; it is only included for backwards-compatibility with qore ...
number pow(number x, number y)
Returns a number raised to the power of another number.
number number()
Always returns 0.0.
main Qore-language namespace
Definition Pseudo_QC_All.dox.h:3