Loading...
Searching...
No Matches
ql_math.dox.h
namespace Qore {
int abs(int i);
number abs(number n);
float abs(softfloat f);
float abs();
number acos(number n);
float acos(softfloat f);
number asin(number n);
float asin(softfloat f);
float asin();
number atan(number n);
float atan(softfloat f);
float atan();
number atan2(number y, number x);
float atan2(softfloat y, softfloat x);
float atan2();
number cbrt(number n);
float cbrt(softfloat f);
float cbrt();
int ceil(int num, int prec = 0);
float ceil(softfloat num, int prec = 0);
number ceil(number num, int prec = 0);
float ceil();
int compare(number n1, number n2, number epsilon);
int compare(float n1, float n2, float epsilon);
number cos(number n);
float cos(float f);
float cos();
number cosh(number n);
float cosh(softfloat f);
float cosh();
number exp(number n);
float exp(softfloat f);
float exp();
number exp2(number n);
float exp2(softfloat f);
float exp2();
number expm1(number n);
float expm1(softfloat f);
float expm1();
int floor(int num, int prec = 0);
float floor(softfloat f, int prec = 0);
number floor(number num, int prec = 0);
float floor();
number hypot(number x, number y);
float hypot(softfloat x, softfloat y);
float hypot();
number log10(number n);
float log10(softfloat f);
float log10();
number log1p(number n);
float log1p(softfloat f);
float log1p();
float logb(softfloat f);
float logb();
number nlog(number n);
float nlog(softfloat f);
float nlog();
number pow(number x, number y);
float pow(softfloat x = 0.0, softfloat y = 0.0);
int round(softint num, int prec = 0);
float round(softfloat num, int prec = 0);
number round(number num, int prec = 0);
float round();
number sin(number n);
float sin(softfloat f);
float sin();
number sinh(number n);
float sinh(softfloat f);
float sinh();
number sqrt(number n);
float sqrt(softfloat f);
float sqrt();
number tan(number n);
float tan(softfloat f);
float tan();
number tanh(number n);
float tanh(softfloat f);
float tanh();
}
namespace Qore {
const MAXINT = LLONG_MAX;
const MININT = qore(QoreValue(-LLONG_MAX - 1));
const M_PI = 3.14159265358979323846;
const M_PIn = qore(pi_number());
}
Qore::M_PIn
const M_PIn
PI (arbitrary-precision numeric)
Definition: ql_math.dox.h:1098
Qore::MAXINT
const MAXINT
largest integer
Definition: ql_math.dox.h:1088
Qore::MININT
const MININT
smallest integer
Definition: ql_math.dox.h:1092
Qore::M_PI
const M_PI
PI (floating-point)
Definition: ql_math.dox.h:1094
Qore::cos
float cos()
This function variant does nothing at all; it is only included for backwards-compatibility with qore ...
Qore::compare
int compare(number n1, number n2, number epsilon)
Compares numbers with a given epsilon.
Qore::cosh
float cosh()
This function variant does nothing at all; it is only included for backwards-compatibility with qore ...
Qore::hypot
float hypot()
This function variant does nothing at all; it is only included for backwards-compatibility with qore ...
Qore::tan
float tan()
This function variant does nothing at all; it is only included for backwards-compatibility with qore ...
Qore::exp2
float exp2()
This function variant does nothing at all; it is only included for backwards-compatibility with qore ...
Qore::expm1
float expm1()
This function variant does nothing at all; it is only included for backwards-compatibility with qore ...
Qore::acos
number acos(number n)
Returns the value in radians of the arc cosine of the given value.
Qore::cbrt
float cbrt()
This function variant does nothing at all; it is only included for backwards-compatibility with qore ...
Qore::sinh
float sinh()
This function variant does nothing at all; it is only included for backwards-compatibility with qore ...
Qore::asin
float asin()
This function variant does nothing at all; it is only included for backwards-compatibility with qore ...
Qore::abs
float abs()
This function variant does nothing at all; it is only included for backwards-compatibility with qore ...
Qore::log1p
float log1p()
This function variant does nothing at all; it is only included for backwards-compatibility with qore ...
Qore::tanh
float tanh()
This function variant does nothing at all; it is only included for backwards-compatibility with qore ...
Qore::sqrt
float sqrt()
This function variant does nothing at all; it is only included for backwards-compatibility with qore ...
Qore::log10
float log10()
This function variant does nothing at all; it is only included for backwards-compatibility with qore ...
Qore::atan
float atan()
This function variant does nothing at all; it is only included for backwards-compatibility with qore ...
Qore::logb
float logb()
This function variant does nothing at all; it is only included for backwards-compatibility with qore ...
Qore::floor
float floor()
This function variant does nothing at all; it is only included for backwards-compatibility with qore ...
Qore::sin
float sin()
This function variant does nothing at all; it is only included for backwards-compatibility with qore ...
Qore::nlog
float nlog()
This function variant does nothing at all; it is only included for backwards-compatibility with qore ...
Qore::atan2
float atan2()
This function variant does nothing at all; it is only included for backwards-compatibility with qore ...
Qore::ceil
float ceil()
This function variant does nothing at all; it is only included for backwards-compatibility with qore ...
Qore::exp
float exp()
This function variant does nothing at all; it is only included for backwards-compatibility with qore ...
Qore::round
float round()
This function variant does nothing at all; it is only included for backwards-compatibility with qore ...
Qore::pow
number pow(number x, number y)
Returns a number raised to the power of another number.
Qore::number
number number()
Always returns 0.0.
Qore
main Qore-language namespace
Definition: Pseudo_QC_All.dox.h:3