Math: Numeric

Nodes in this category perform discontinuous numeric operations such as rounding, clamping, mapping, and randomization.

Nodes

Node	Details	Possible Types
Absolute Value	The absolute value function (`abs`) removes the negative sign from an input value, if present. With a vec2 input, this applies separately to the X and Y components. For the overall length of a vec2, see the "Magnitude" node instead.	`f64 → f64` `f64[] → f64[]` `f32 → f32` `f32[] → f32[]` `i32 → i32` `i32[] → i32[]` `i64 → i64` `i64[] → i64[]` `Vec2 → Vec2` `Vec2[] → Vec2[]`
Average	Averages all the numbers in the input list. An empty list gives 0.	`f64[] → f64`
Ceiling	The ceiling function (`ceil`) rounds up an input value to the nearest whole number, unless the input number is already whole. With a vec2 input, this applies separately to the X and Y components.	`f64 → f64` `f64[] → f64[]` `f32 → f32` `f32[] → f32[]` `Vec2 → Vec2` `Vec2[] → Vec2[]`
Clamp	The clamp function (`clamp`) restricts a number to a specified range between a minimum and maximum value. The minimum and maximum values are automatically swapped if they are reversed. With vec2 inputs, this applies separately to the X and Y components.	`f64 → f64` `f64[] → f64[]` `f32 → f32` `f32[] → f32[]` `u32 → u32` `u32[] → u32[]` `String → String` `String[] → String[]` `Vec2 → Vec2` `Vec2[] → Vec2[]` `f64 → Vec2` `f64[] → Vec2[]`
Floor	The floor function (`floor`) rounds down an input value to the nearest whole number, unless the input number is already whole. With a vec2 input, this applies separately to the X and Y components.	`f64 → f64` `f64[] → f64[]` `f32 → f32` `f32[] → f32[]` `Vec2 → Vec2` `Vec2[] → Vec2[]`
Greatest Common Divisor	The greatest common divisor (GCD) calculates the largest positive integer that divides both of the two input numbers without leaving a remainder.	`u32 → u32` `u32[] → u32[]` `u64 → u64` `u64[] → u64[]` `i32 → i32` `i32[] → i32[]`
Least Common Multiple	The least common multiple (LCM) calculates the smallest positive integer that is a multiple of both of the two input numbers.	`u32 → u32` `u32[] → u32[]` `u64 → u64` `u64[] → u64[]` `i32 → i32` `i32[] → i32[]`
Lerp	Linearly interpolates between the start and end values, where a factor of 0 gives the start value, 1 gives the end value, and 0.5 gives their midpoint. With vec2 inputs, this traces the straight line path between the two points.	`f64 → f64` `f64[] → f64[]` `f32 → f32` `f32[] → f32[]` `Vec2 → Vec2` `Vec2[] → Vec2[]`
Max	The maximum function (`max`) picks the larger of two numbers. With vec2 inputs, this applies separately to the X and Y components.	`f64 → f64` `f64[] → f64[]` `f32 → f32` `f32[] → f32[]` `u32 → u32` `u32[] → u32[]` `String → String` `String[] → String[]` `Vec2 → Vec2` `Vec2[] → Vec2[]` `f64 → Vec2` `f64[] → Vec2[]`
Maximum	Gives the largest number in the input list. An empty list gives 0.	`f64[] → f64`
Min	The minimum function (`min`) picks the smaller of two numbers. With vec2 inputs, this applies separately to the X and Y components.	`f64 → f64` `f64[] → f64[]` `f32 → f32` `f32[] → f32[]` `u32 → u32` `u32[] → u32[]` `String → String` `String[] → String[]` `Vec2 → Vec2` `Vec2[] → Vec2[]` `f64 → Vec2` `f64[] → Vec2[]`
Minimum	Gives the smallest number in the input list. An empty list gives 0.	`f64[] → f64`
Random	The random function (`rand`) converts a seed into a random number within the specified range, inclusive of the minimum and exclusive of the maximum. The minimum and maximum values are automatically swapped if they are reversed.	`→ f64` `→ f64[]`
Remap	Linearly maps an input value from one range to another. The ranges may be reversed. For example, 0.5 in the input range `[0, 1]` would map to 0 in the output range `[-180, 180]`.	`f64 → f64` `f64[] → f64[]` `f32 → f32` `f32[] → f32[]`
Round	The rounding function (`round`) maps an input value to its nearest whole number. Halfway values are rounded away from zero. With a vec2 input, this applies separately to the X and Y components.	`f64 → f64` `f64[] → f64[]` `f32 → f32` `f32[] → f32[]` `Vec2 → Vec2` `Vec2[] → Vec2[]`
Sign	The sign function (`sign`) reports whether an input value is positive (1), negative (-1), or zero (0). With a vec2 input, this applies separately to the X and Y components.	`f64 → f64` `f64[] → f64[]` `f32 → f32` `f32[] → f32[]` `Vec2 → Vec2` `Vec2[] → Vec2[]`
Sum	Adds together all the numbers in the input list, producing their total.	`f64[] → f64`