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Modify conditioning data in AI models using exponentiation for nuanced control over generated results and artistic effects.
The Pre CFG exponentiation node is designed to modify the conditioning data used in AI models by applying an exponentiation operation. This node is particularly useful for fine-tuning the influence of conditioning and unconditioning data on the model's output, allowing for more nuanced control over the generated results. By adjusting the exponentiation factor, you can amplify or diminish the impact of certain conditions, leading to more precise and desired outcomes in your AI-generated art. This node is essential for artists looking to experiment with different levels of conditioning influence to achieve specific artistic effects.
This parameter represents the AI model that will be modified by the node. It is a required input and ensures that the node has a model to apply the exponentiation operation on.
This parameter determines which parts of the conditioning data the exponentiation operation will be applied to. It has three options: both
, cond
, and uncond
. The default value is both
. Selecting both
applies the operation to both conditioning and unconditioning data, cond
applies it only to the conditioning data, and uncond
applies it only to the unconditioning data. This allows for targeted adjustments based on your specific needs.
This parameter specifies the exponent value used in the exponentiation operation. It is a floating-point number with a default value of 0.8. The minimum value is 0.0, and the maximum value is 10.0, with a step size of 0.05 and rounding to two decimal places. Adjusting this value changes the degree to which the conditioning data is modified, providing fine control over the model's behavior.
The output is the modified AI model with the applied exponentiation operation. This model will now use the adjusted conditioning data during its processing, leading to potentially different and more refined outputs based on the specified exponentiation settings.
exponent
values to see how they affect the output. Lower values will have a subtler effect, while higher values can significantly amplify or diminish the conditioning influence.do_on
parameter to target specific parts of the conditioning data. For example, if you only want to adjust the unconditioning data, set do_on
to uncond
.TypeError: 'NoneType' object is not subscriptable
None
.model
parameter.ValueError: Exponent value out of range
exponent
value is set outside the allowed range (0.0 to 10.0).exponent
value to be within the specified range.RuntimeError: Invalid 'do_on' option
do_on
parameter.do_on
parameter is set to one of the valid options: both
, cond
, or uncond
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