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| number | math::eq (any x, any y) |
| | Equality operator ==. Mathematical equality relation for numeric values \(=\).
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| |
| number | math::ne (any x, any y) |
| | Inequality operator !=. Mathematical inequality relation for numeric values \(\ne\).
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| number | math::lt (any x, any y) |
| | Less than operator <. Mathematical less-than relation for numeric values \(\lt\).
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| number | math::le (any x, any y) |
| | Less than or equal operator <=. Mathematical less-than or equal relation for numeric values \(\leq\).
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| number | math::gt (any x, any y) |
| | Greater than operator >. Mathematical greater-than relation for numeric values \(\gt\).
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| number | math::ge (any x, any y) |
| | Greater than or equal operator >=. Mathematical greater-than or equal relation for numeric values \(\geq\).
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| number | math::rematch (any x, any y) |
| | Regular expression matching operator ~
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| number | math::renomatch (any x, any y) |
| | Negated regular expression matching operator !~
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| number | math::is (any x, any y) |
| | Identity operator: Equality in value and type.
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| number | math::ni (any x, any y) |
| | Non-identity operator: Inequality in value or type.
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| bool | math::eqBool (any x, any y) |
| | Equality operator == that returns a number|bool
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| bool | math::neBool (any x, any y) |
| | Equality operator != that returns a number|bool
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| bool | math::ltBool (any x, any y) |
| | Equality operator < that returns a number|bool
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| bool | math::leBool (any x, any y) |
| | Equality operator <= that returns a number|bool
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| bool | math::gtBool (any x, any y) |
| | Equality operator > that returns a number|bool
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| bool | math::geBool (any x, any y) |
| | Equality operator >= that returns a number|bool
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| bool | math::rematchBool (any x, any y) |
| | Equality operator ~ that returns a number|bool
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| bool | math::renomatchBool (any x, any y) |
| | Equality operator !~ that returns a number|bool
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| |
| auto | math::eqCollate (x, y) |
| | Check if strings collate equally.
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| number | math::cmp (any x, any y) |
| | Comparator or "spaceship operator".
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| number | math::add (numeric x, numeric y) |
| | Addition operator +. Arithmetic addition for numeric values \(+\).
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| number | math::subt (numeric x, numeric y) |
| | Subtraction operator -. Arithmetic subtraction for numeric values \(-\).
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| number | math::mul (numeric x, numeric y) |
| | Multiplication operator *. Arithmetic multiplication for numeric values \(\times\).
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| number | math::div (numeric x, numeric y) |
| | Division operator /. Arithmetic division for numeric values \(\div\).
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| number | math::rdiv (numeric x, numeric y) |
| | Right division operator. Arithmetic division for numeric values \(\div\) with operands in reversed order.
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| number | math::mod (numeric x, numeric y) |
| | Modulo or remainder operator %. Binary operation for numeric values \(mod\).
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| number | math::pow (numeric x, numeric y) |
| | Exponentiation operator ^. Arithmetic exponentiation for numeric values \(x^y\).
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| number | math::floorDiv (numeric x, numeric y) |
| | Floor division.
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| |
| number | math::ln (numeric x) |
| | Natural logarithm (base \(e\)) function \(\ln\) or \(\log_e\).
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| number | math::logb (numeric x, numeric b) |
| | Logarithm function \(\log_b\).
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| number | math::log10 (numeric x) |
| | Common logarithm (base 10) function \(\text{lg}\) or \(\log_{10}\).
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| number | math::log2 (numeric x) |
| | Binary logarithm (base 2) function \(\text{lb}\) or \(\log_2\).
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| number | math::cbrt (numeric x) |
| | Cube root function \(\sqrt[3]{\phantom{x}}\).
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| number | math::root (numeric x, numeric n) |
| | Nth root function \(\sqrt[n]{\phantom{x}}\).
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| number | math::abs (numeric x) |
| | Absolute value function \(|\phantom{x}|\).
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| number | math::abs2 (numeric x) |
| | Absolute value squared function \(|\phantom{x}|^2\).
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| number | math::floor (numeric x) |
| | Floor function \(\lfloor \phantom{x} \rfloor\).
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| number | math::ceil (numeric x) |
| | Ceil function \(\lceil \phantom{x} \rceil\).
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| number | math::frac (numeric x) |
| | Fractional or decimal part function \(\{~~\}\).
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| unassigned | math::modf (array A, numeric x) |
| | Modulus fraction function.
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| number | math::round (numeric x) |
| | Round function.
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| number | math::roundUp (numeric x, numeric y) |
| | Round to next multiple of.
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| number | math::roundDown (numeric x, numeric y) |
| | Round to previous multiple of.
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| number | math::max (any x, any y) |
| | Maximum function \(\max\).
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| number | math::min (any x, any y) |
| | Minimum function \(\min\).
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| unassigned | math::minmax (array A, any x, any y) |
| | Min-max function \(\text{minmax}\).
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| number | math::muladd (numeric x, numeric y, numeric z) |
| | Multiply then add operation (MAD)
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| number | math::isBetween (numeric a, numeric x, numeric b, bool eq) |
| | Check if x is bounded between a and b
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| number | math::approx (numeric v1, numeric v2, numeric rt=0.01, numeric at=0.00) |
| | Approximately function \(\approx\).
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| number | math::sgn (numeric x) |
| | Sign function (or signum) \(sgn\).
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| number | math::signbit (numeric x) |
| | Signbit function.
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| |
| number | math::flipsign (numeric x, numeric y) |
| | Flip the sign of x if y is negative.
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| number | math::copysign (numeric x, numeric y) |
| | Copy the sign of y into x
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| number | math::triangular (numeric x) |
| | Triangular function. \(x?\).
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| number | math::factorial (numeric x) |
| | Factorial function. \(x!\).
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| number | math::sumSeq (numeric x, numeric y) |
| | Sum of sequence function. \(\sum\).
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| number | math::prodSeq (numeric x, numeric y) |
| | Product of sequence function. \(\prod\).
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| |
| number | math::hypot (numeric x, numeric y, numeric z) |
| | Hypotenuse function (or euclidean distance function, or polar length, or pythagorean addition) \(\oplus\).
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| number | math::gcd (numeric x, numeric y) |
| | Greatest common denominator function \(\gcd\).
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| number | math::lcm (numeric x, numeric y) |
| | Least common multiple function \(\text{lcm}\).
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| |
| number | math::sine (numeric x) |
| | Sine function \(\sin\).
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| |
| number | math::cosine (numeric x) |
| | Cosine function \(\cos\).
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| number | math::tan (numeric x) |
| | Tangent function \(\tan\).
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| |
| number | math::cot (numeric x) |
| | Cotangent function \(\cot\).
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| |
| number | math::sec (numeric x) |
| | Secant function \(\sec\).
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| |
| number | math::csc (numeric x) |
| | Cosecant function \(\csc\).
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| number | math::asin (numeric x) |
| | Arc sine function. Inverse of the sine function. \(\arcsin = \sin^{-1}\).
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| number | math::acos (numeric x) |
| | Arc cosine function. Inverse of the cosine function. \(\arccos = \cos^{-1}\).
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| number | math::atan (numeric x) |
| | Arc tangent function. Inverse of the tangent function. \(\arctan = \tan^{-1}\).
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| |
| number | math::acot (numeric x) |
| | Arc cotangent function. Inverse of the cotangent function. \(\text{arccot} = \cot^{-1}\).
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| |
| number | math::asec (numeric x) |
| | Arc secant function. Inverse of the secant function. \(\text{arcsec} = \sec^{-1}\).
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| number | math::acsc (numeric x) |
| | Arc cosecant function. Inverse of the cosecant function. \(\text{arccsc} = \csc^{-1}\).
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| |
| number | math::sinh (numeric x) |
| | Hyperbolic sine function \(\sinh\).
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| |
| number | math::cosh (numeric x) |
| | Hyperbolic cosine function \(\cosh\).
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| |
| number | math::tanh (numeric x) |
| | Hyperbolic tangent function \(\tanh\).
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| |
| number | math::coth (numeric x) |
| | Hyperbolic cotangent function \(\coth\).
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| |
| number | math::sech (numeric x) |
| | Hyperbolic secant function \(\text{sech}\).
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| |
| number | math::csch (numeric x) |
| | Hyperbolic cosecant function \(\text{csch}\).
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| |
| number | math::asinh (numeric x) |
| | Arc hyperbolic sine function. Inverse of the hyperbolic sine function. \(\text{arcsinh} = \sinh^{-1}\).
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| |
| number | math::acosh (numeric x) |
| | Arc hyperbolic cosine function. Inverse of the hyperbolic cosine function. \(\text{arccosh} = \cosh^{-1}\).
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| |
| number | math::atanh (numeric x) |
| | Arc hyperbolic tangent function. Inverse of the hyperbolic tangent function. \(\text{arctanh} = \tanh^{-1}\).
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| |
| number | math::acoth (numeric x) |
| | Arc hyperbolic cotangent function. Inverse of the hyperbolic cotangent function. \(\text{arccoth} = \coth^{-1}\).
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| |
| number | math::asech (numeric x) |
| | Arc hyperbolic secant function. Inverse of the hyperbolic sine function. \(\text{arcsech} = \text{sech}^{-1}\).
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| |
| number | math::acsch (numeric x) |
| | Arc hyperbolic cosecant function. Inverse of the hyperbolic sine function. \(\text{arccsch} = \text{csch}^{-1}\).
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1.10.0