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Generates seeds by evaluating custom mathematical equations with a single floating-point parameter for dynamic AI transformations.
The Equation1param _O
node is designed to generate seeds for the model by evaluating a mathematical equation that involves a single floating-point parameter. This node allows you to input a custom equation as a string, where the variable x
represents the floating-point input. The node then computes the result of the equation, providing both the floating-point result and its integer equivalent. This functionality is particularly useful for AI artists who need to perform dynamic calculations or transformations based on a single input value, enabling more flexible and creative control over their models.
The x
parameter is a floating-point number that serves as the input to the equation. This parameter allows you to specify a value that will be substituted into the equation string. The minimum value for x
is 0.0, and the maximum value is 0xffffffffffffffff (a very large number). The default value is 0.0. This parameter is crucial as it directly influences the outcome of the equation and, consequently, the generated seed.
The equation
parameter is a string that represents the mathematical equation to be evaluated. This string can include the variable x
, which will be replaced by the value of the x
parameter during computation. The default value for this parameter is "x*1"
, which simply returns the value of x
. The equation can be multiline, allowing for more complex expressions. This parameter provides the flexibility to define custom mathematical transformations based on the input value.
The FLOAT
output is the result of evaluating the provided equation with the given x
value. This output is a floating-point number that represents the computed value of the equation. It is essential for scenarios where precise numerical results are required.
The int
output is the integer equivalent of the FLOAT
output. This output is useful when an integer value is needed, such as for indexing or other operations that require whole numbers. It provides a convenient way to convert the floating-point result into an integer without additional steps.
x
parameter is set to a value within the acceptable range to avoid unexpected results or errors.equation
parameter to define custom mathematical transformations that suit your specific needs. For example, you can use "x*2"
to double the input value or "x**2"
to square it.x
correctly. Avoid using unsupported characters or syntax.x
value or modify the equation to ensure that the result stays within the allowable range for floating-point numbers.© Copyright 2024 RunComfy. All Rights Reserved.