Math: Arithmetic

Nodes in this category perform common arithmetic operations on numerical values (and where applicable, vec2 values).

Nodes

Node	Details	Possible Types
Add	The addition operation (`+`) calculates the sum of two scalar numbers or vec2s.	`f64 → f64` `f64[] → f64[]` `f32 → f32` `f32[] → f32[]` `u32 → u32` `u32[] → u32[]` `Vec2 → Vec2` `Vec2[] → Vec2[]` `f64 → Vec2` `f64[] → Vec2[]`
Divide	The division operation (`÷`) calculates the quotient of two scalar numbers or vec2s. Produces 0 for any division by 0. With vec2 inputs, this applies separately to the X and Y components.	`f64 → f64` `f64[] → f64[]` `f32 → f32` `f32[] → f32[]` `u32 → u32` `u32[] → u32[]` `Vec2 → Vec2` `Vec2[] → Vec2[]` `f64 → Vec2` `f64[] → Vec2[]`
Exponent	The exponent operation (`^`) calculates the result of raising a number to a power. With vec2 inputs, this applies separately to the X and Y components.	`f64 → f64` `f64[] → f64[]` `f32 → f32` `f32[] → f32[]` `u32 → u32` `u32[] → u32[]` `Vec2 → Vec2` `Vec2[] → Vec2[]` `f64 → Vec2` `f64[] → Vec2[]`
Logarithm	The logarithmic function (`log`) calculates the logarithm of a number with a specified base. If the natural logarithm function (`ln`) is desired, set the base to "e". With vec2 inputs, this applies separately to the X and Y components.	`f64 → f64` `f64[] → f64[]` `f32 → f32` `f32[] → f32[]` `Vec2 → Vec2` `Vec2[] → Vec2[]` `f64 → Vec2` `f64[] → Vec2[]`
Math	Calculates a mathematical expression with input values "A" and "B".	`f64 → f64` `f64[] → f64[]` `f32 → f32` `f32[] → f32[]`
Modulo	The modulo operation (`%`) calculates the remainder from the division of two scalar numbers or vec2s. The sign of the result shares the sign of the numerator unless Always Positive is enabled.	`f64 → f64` `f64[] → f64[]` `f32 → f32` `f32[] → f32[]` `u32 → u32` `u32[] → u32[]` `Vec2 → Vec2` `Vec2[] → Vec2[]` `f64 → Vec2` `f64[] → Vec2[]`
Multiply	The multiplication operation (`×`) calculates the product of two scalar numbers, vec2s, or transforms.	`f64 → f64` `f64[] → f64[]` `f32 → f32` `f32[] → f32[]` `u32 → u32` `u32[] → u32[]` `Vec2 → Vec2` `Vec2[] → Vec2[]` `f64 → Vec2` `f64[] → Vec2[]` `Transform → Transform` `Transform[] → Transform[]`
Reciprocal	The reciprocal operation (`1/x`) calculates the multiplicative inverse of a number. Produces 0 if the input is 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[]`
Root	The `n`th root operation (`√`) calculates the inverse of exponentiation. Square root inverts squaring, cube root inverts cubing, and so on. This is equivalent to raising the number to the power of `1/n`. With vec2 inputs, this applies separately to the X and Y components.	`f64 → f64` `f64[] → f64[]` `f32 → f32` `f32[] → f32[]` `Vec2 → Vec2` `Vec2[] → Vec2[]` `f64 → Vec2` `f64[] → Vec2[]`
Subtract	The subtraction operation (`-`) calculates the difference between two scalar numbers or vec2s.	`f64 → f64` `f64[] → f64[]` `f32 → f32` `f32[] → f32[]` `u32 → u32` `u32[] → u32[]` `Vec2 → Vec2` `Vec2[] → Vec2[]` `f64 → Vec2` `f64[] → Vec2[]`