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Enhances conditioning process by automatically scaling delta to match conditioning scale for seamless integration.
The ApplyConDeltaAutoScale
node is designed to enhance the conditioning process by applying a conditioning delta to an existing conditioning. This node automatically scales the delta to match the conditioning by calculating the ratio of the means of the two vectors involved. This scaling ensures that the delta is appropriately adjusted to the conditioning's scale, providing a more seamless integration. The primary benefit of this node is its ability to automatically adjust the strength of the conditioning delta, making it easier to achieve the desired effect without manual scaling. This feature is particularly useful for AI artists who want to fine-tune their conditioning effects with precision and ease.
This parameter represents the base conditioning to which the delta will be applied. It serves as the foundation for the transformation and is crucial for determining how the delta will be integrated. The conditioning is typically a vector that influences the output of a model.
The condelta
parameter specifies the conditioning delta to be applied. It is essentially a modification or adjustment that will be added to the base conditioning. The delta is selected from a list of available options, often referred to as LoRA (Low-Rank Adaptation), which are pre-defined adjustments.
This parameter determines the method used to calculate the scaling ratio between the conditioning and the delta. The available options are "mean," "max," and "median," with "median" being the default. The choice of ratio type affects how the delta is scaled to match the conditioning, influencing the final output.
The strength
parameter controls the intensity of the conditioning delta's effect. It is a floating-point value with a default of 1.0, allowing for fine-tuning from -100.0 to 100.0. Adjusting the strength can amplify or diminish the impact of the delta on the conditioning.
This boolean parameter determines whether the values of the conditioning delta should be clamped. When set to true, it restricts the delta's values to prevent them from exceeding a specified range, ensuring stability in the output.
The clamp_value
parameter sets the maximum absolute value for clamping the conditioning delta. It is a floating-point value with a default of 3.0, providing a range for clamping when the clamp
parameter is enabled. This helps in maintaining the delta within a controlled range.
The output of this node is a modified conditioning vector, which incorporates the scaled conditioning delta. This output is crucial for further processing in the AI model, as it reflects the adjusted conditioning that influences the model's behavior. The output ensures that the conditioning delta is seamlessly integrated, providing a refined and controlled effect.
ratio_type
settings to see how they affect the scaling of the conditioning delta. This can help you achieve the desired effect more precisely.strength
parameter to fine-tune the impact of the conditioning delta. A higher strength can create more pronounced effects, while a lower strength can provide subtle adjustments.clamp
option if you notice that the conditioning delta is causing instability or extreme values in the output. This can help maintain a balanced and controlled effect.condelta
file could not be located.condelta
file name is correct and that it exists in the specified directory.strength
parameter is set outside the allowable range of -100.0 to 100.0.strength
value to fall within the specified range to avoid this error.RunComfy is the premier ComfyUI platform, offering ComfyUI online environment and services, along with ComfyUI workflows featuring stunning visuals. RunComfy also provides AI Playground, enabling artists to harness the latest AI tools to create incredible art.