Expression

A String representing a mathematical expression.

Operators

Operation	Operator(s)	Syntax	Description
Addition	`+`	`a + b`	Adds `a` by `b`.
Subtraction	`-`	`a - b`	Subtracts `a` from `b`.
Multiplication	`*`, `×`	`a × b`	Multiplies `a` by `b`.
Division	`/`, `÷`	`a ÷ b`	Divides `a` by `b`.
Fraction	`_`	`a_b`	Represents a fraction of `a / b`.
Mixed number	`_`	`c_a_b`	Represents a fraction of `a / b` with a whole number `c`, or `c + (a / b)`.
Exponentiation	`^`	`a^b`	Raises `a` by the power of `b`.
Factorial	`!`	`a!`	Returns the factorial of `a`.
Modulo	`#`	`a # b`	Returns the modulo of `a` by `b`.
Percentage	`%`	`a%`	Makes `a` a percentage, then turns it into it's decimal format: `(a / 100)`.
Negation	`-`	`-a`	Returns the negative value of `a`.
Tetration or hyper-4	`^^`	`a^^b`	Raises `a` by itself `b` times.
Integer division	`\`	`a\b`	Returns the integer part of a division operation.
Implied multiplication	`()`	`a(b)`	Multiplies `a` by `b`.
Square Root	`sqrt()`	`sqrt(a)`	Returns the square root of `a`.
Absolute value	`abs()`	`abs(a)`	Returns the absolute value of `a`.

Functions

Name	Function	Syntax	Description
Trigonometric sine	`sin()`	`sin(a)`	Returns the sine of `a`.
Trigonometric cosine	`cos()`	`cos(a)`	Returns the cosine of `a`.
Trigonometric tangent	`tan()`, `tg()`	`tan(a)`	Returns the tangent of `a`.
Trigonometric secant	`sec()`	`sec(a)`	Returns the secant of `a`.
Trigonometric cosecant	`csc()`, `cosec()`	`csc(a)`	Returns the cosecant of `a`.
Trigonometric cotangent	`cot()`, `ctg()`, `ctan()`	`cot(a)`	Returns the cotangent of `a`.
Inverse trigonometric sine	`asin()`, `arsin()`, `arcsin()`	`asin(a)`	Returns the inverse sine of `a`.
Inverse trigonometric cosine	`acos()`, `arcos()`, `arccos()`	`acos(a)`	Returns the inverse cosine of `a`.
Inverse trigonometric tangent	`atan()`, `atg()`, `arctg()`, `arctan()`	`atan(a)`	Returns the inverse tangent of `a`.
Natural logarithm (base e)	`ln()`	`ln(a)`	Returns the natural logarithm of `a`.
Binary logarithm (base 2)	`log2()`	`log2(a)`	Returns the binary logarithm of `a`.
Common logarithm (base 10)	`lg()`, `log10()`	`log10(a)`	Returns the common logarithm of `a`.

Random functions

Name	Function	Syntax	Description
Random uniform continuous distribution	`rUni()`	`rUni(a, b)`	Returns a random real number between `a` and `b`, inclusive, with equal probability for all numbers in the interval `[a, b]`.
Random uniform discrete distribution	`rUnid()`	`rUnid(a, b)`	Returns a random integer between `a` and `b`, inclusive, with equal probability for all numbers in the specified interval.
Normal (Gaussian) continuous distribution	`rNor()`	`rNor(μ, σ)`	Returns a real number drawn from `N(μ, σ)`; values are clustered around `m` with their spread determined by `s`.
Random from given list	`rList()`	`rList(a, b, ..., z)`	Returns a random number from the provided list of numbers `a, b, ..., z`, with equal probability for all numbers in the list.

Random generators

Name	Function	Description
Random integer	`[Int]`	Returns a random integer between `-2^31` and `2^31 - 1`, inclusive, with equal probability for all numbers in the specified interval.
Random bounded integer	`[IntX]`	Returns a random integer between `-(10^X)` and `10^X`, inclusive, with equal probability for all numbers in the specified interval.
Random natural number (incl `0`)	`[nat]`	Returns a random integer between `0` and `2^31 - 1`, inclusive, with equal probability for all numbers in the specified interval.
Random natural number (incl `0`)	`[natX]`	Returns a random integer between `0` and `10^X`, inclusive, with equal probability for all numbers in the specified interval.
Random natural number (excl `0`)	`[Nat]`	Returns a random integer between `1` and `2^31 - 1`, inclusive, with equal probability for all numbers in the specified interval.
Random natural number (excl `0`)	`[NatX]`	Returns a random integer between `1` and `10^X`, inclusive, with equal probability for all numbers in the specified interval.
Random uniform continuous distribution	`[Uni]`	Returns a random integer between `0` and `1`, inclusive, with equal probability for all numbers in the specified interval.
Normal (Gaussian) continuous distribution	`[Nor]`	Returns a random integer between `-2^31` and `2^31 - 1`, inclusive, following the normal distribution `N(μ = 0, σ = 1)`.

For a full list of possible mathematical operations, operators, and more, you may look at the tutorial for mXparser, the Math parser Origins: Math uses in evaluating mathematical expressions.

Warning

A bug prevents some Unicode math symbols such as ⨉, √, π, and etc., from working. Make sure that the resource returns a proper value. In this case, NaN automatically defaults to 0, so try looking for Resource powers that have a value of 0 when they shouldn't.