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Manage and modify conditioning pairs in computational graphs, adjusting influence and strength for image generation and art creation.
The PairConditioningSetProperties
node is designed to manage and modify conditioning pairs in a computational graph, specifically focusing on setting properties for both positive and negative conditioning inputs. This node is particularly useful in scenarios where you need to adjust the influence or strength of conditioning data, which can be crucial in tasks like image generation or AI-driven art creation. By allowing you to specify the area of conditioning application and the strength of the conditioning effect, this node provides a flexible and powerful tool for fine-tuning the behavior of conditioning pairs. The node's primary function is to apply these properties to the conditioning pairs, potentially using additional parameters like masks or hooks to further refine the conditioning process. This capability is especially beneficial for advanced users looking to experiment with different conditioning strategies to achieve desired artistic outcomes.
This parameter represents the new positive conditioning input that you want to apply properties to. It is crucial for defining the positive aspect of the conditioning pair, which can influence the output in a favorable direction. The parameter is of type CONDITIONING
.
This parameter represents the new negative conditioning input, which is used to apply properties that might counteract or balance the positive conditioning. It is of type CONDITIONING
and is essential for scenarios where a dual conditioning approach is needed.
The strength
parameter controls the intensity of the conditioning effect applied to both the positive and negative inputs. It is a FLOAT
value with a default of 1.0, a minimum of 0.0, and a maximum of 10.0, adjustable in steps of 0.01. This parameter allows you to fine-tune how strongly the conditioning influences the output, providing flexibility in achieving the desired artistic effect.
This parameter determines the area where the conditioning properties are applied. It can be set to either default
or mask bounds
, allowing you to specify whether the conditioning should be applied globally or within a specific masked area. This choice can significantly impact the final output by focusing the conditioning effect on particular regions.
An optional parameter of type MASK
, which can be used to define a specific area where the conditioning properties should be applied. This allows for more targeted conditioning, enabling you to apply effects only to certain parts of the input.
This optional parameter allows you to pass a HOOKS
object, which can be used to integrate additional processing or modifications into the conditioning process. Hooks provide a way to extend the node's functionality by incorporating custom logic or operations.
An optional parameter of type TIMESTEPS_RANGE
, which can be used to specify a range of timesteps over which the conditioning properties should be applied. This can be useful for dynamic or time-based conditioning scenarios.
The positive
output represents the modified positive conditioning after the properties have been applied. This output is crucial for understanding how the positive conditioning has been adjusted and how it will influence the final result.
The negative
output represents the modified negative conditioning, providing insight into how the negative aspect of the conditioning pair has been altered. This output is important for balancing the overall conditioning effect and achieving the desired artistic outcome.
strength
values to see how they affect the balance between positive and negative conditioning, allowing you to achieve subtle or dramatic effects as needed.mask
parameter to apply conditioning properties selectively, which can be particularly useful for focusing effects on specific areas of an image or scene.CONDITIONING
type.CONDITIONING
type before passing them to the node.strength
parameter is set outside the allowed range of 0.0 to 10.0.strength
value to be within the specified range, ensuring it is between 0.0 and 10.0.mask
parameter does not match the expected shape or dimensions.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.