`math` module

Floating-point math. Trig, exponentials, rounding, min/max/clamp, and a couple of list aggregations (sum, mean, product).

import "math" as math;

print(math.sqrt(2));         // 1.4142...
print(math.pi);              // 3.1415926...
print(math.clamp(150, 0, 100));   // 100
print(math.sum([1, 2, 3]));  // 6

Powers & exponentials

Function	Description
`math.sqrt(x)`, `math.pow(x, y)`
`math.exp(x)`	e^x
`math.log(x)`, `math.log2(x)`, `math.log10(x)`

Trig

Function	Description
`math.sin(x)`, `math.cos(x)`, `math.tan(x)`	Argument in radians.
`math.asin(x)`, `math.acos(x)`, `math.atan(x)`, `math.atan2(y, x)`
`math.to_radians(deg)`, `math.to_degrees(rad)`

Rounding & abs

Function	Description
`math.floor(x)`, `math.ceil(x)`, `math.round(x)`, `math.trunc(x)`
`math.abs(x)`	Absolute value.
`math.sign(x)`	`-1`, `0`, or `1`.

min / max / clamp / lerp

Function	Description
`math.min(a, b)`, `math.max(a, b)`
`math.clamp(x, lo, hi)`
`math.lerp(a, b, t)`	Linear interpolation.
`math.mod(a, b)`	Non-negative modulo (`%` follows sign of `a`).

List aggregations

Function	Description
`math.sum(xs)`, `math.product(xs)`, `math.mean(xs)`

Predicates & constants

Item	Description
`math.is_nan(x)`, `math.is_finite(x)`
`math.pi`, `math.e`	Constants.