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Versatile mathematical operations tool for AI artists, simplifying complex calculations with various functions for precise control.
The ezMath
node is designed to perform a variety of mathematical operations, making it a versatile tool for AI artists who need to manipulate numerical data within their workflows. This node simplifies complex calculations by providing a range of operations such as addition, subtraction, multiplication, division, and more. It is particularly useful for tasks that require dynamic adjustments and precise control over numerical values, enhancing the flexibility and efficiency of your creative processes.
This parameter specifies the mathematical operation to be performed. The available options include "add (a+b+c)", "subtract (a-b-c)", "multiply add (a*b+c)", "divide (a/b)", "modulo (a%b)", "maximum (abc)", "minimum (abc)", "floor (a)", "ceiling (a)", and "round (a to b decimals)". Each operation dictates how the input values a
, b
, and c
will be processed. For example, selecting "add (a+b+c)" will sum the three input values, while "divide (a/b)" will divide a
by b
. The choice of operation directly impacts the result produced by the node.
This is the first numerical input for the operation. It can be any integer or floating-point number. The value of a
plays a crucial role in the calculation, as it is one of the primary operands in the selected mathematical operation.
This is the second numerical input for the operation. Similar to a
, it can be any integer or floating-point number. The value of b
is essential for operations that involve two operands, such as addition, subtraction, multiplication, and division.
This is the third numerical input for the operation. It is used in operations that require three operands, such as "add (a+b+c)" and "subtract (a-b-c)". The value of c
allows for more complex calculations and provides additional flexibility in mathematical operations.
The output parameter value
represents the result of the selected mathematical operation. Depending on the operation chosen, this value can be the sum, difference, product, quotient, remainder, maximum, minimum, floor, ceiling, or rounded value of the input parameters a
, b
, and c
. This output is crucial for further processing or decision-making within your workflow.
b
is not zero when performing division or modulo operations.b
is zero during a division or modulo operation, which is mathematically undefined.b
is not zero before performing division or modulo operations. You can add a conditional check or use a default non-zero value for b
.operation
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