Math

Description

The Math nodes provide several operations, specifically used for evaluating simple mathematical tasks.

Unary

These nodes accept only one numerical parameter, to produce a numerical result.

Node	Description
Absolute	Returns the absolute value of the input
Exp	Returns the value of the exponential function, where the input value is used as exponent

Binary

These nodes accept two numerical parameters, to produce a numerical result.

Node	Description
Addition	Returns the sum of the inputs
Subtraction	Returns the value of the first input minus the second
Multiplication	Returns the multiplication result of the inputs
Division	Returns the division of the first and the second input
Module	Returns the module between the first and the second input
Power	Returns the value of the power function, where the first input is the base and the second input value is used as the exponent

Clamp

These nodes are used to clamp the value of given numerical values, to give them an approximation.

Node	Description
Min	Returns the lesser value between two inputs
Max	Returns the greater value between two inputs
Floor	Returns the closest integer value, less than the input provided
Ceil	Returns the closest integer value, greater than the input provided
Clamp	Returns the value between a given minimum and maximum values. Returns the given input as is, if it is within the minimum and maximum range

Trigonometry

These nodes are used to implement simple operations involving angles.

Node	Description
Sin	Returns the sin value of the given input
Cos	Returns the cos value of the given input
Tan	Returns the tan value of the given input
ArcSin	Returns the arcsin value of the given input
ArcCos	Returns the arccos value of the given input
ArcTan	Returns the arctan value of the given input
Deg to Rad	Return the value converted to radiants
Rad to Deg	Return the value converted to Degrees

Random

This node is used to generate new random numbers in an inclusive range, from a min to a max value.

To ensure a single Random number is generated at a given time, this OverNode needs to be part of an execution flow.

Utils

Those nodes are used just to get easily the well-known constant values

Node	Description
Pi	Returns the Pie value
Epsilon	Returns a tiny floating point value
Infinity	Returns a rapresentation of positive infinity
Neg. Infinity	Returns a representation of negative infinity