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Enhance AI art generation with refined control signals for precise model guidance and nuanced adjustments.
The chaosaiart_ControlNetApply2
node is designed to enhance your AI art generation process by applying control hints to your conditioning data. This node allows you to integrate additional control signals into your positive and negative conditioning, thereby refining the output of your AI models. By leveraging control hints derived from an image, you can guide the model more precisely, ensuring that the generated art aligns closely with your desired attributes. The node is particularly useful for artists looking to exert more control over the creative process, enabling nuanced adjustments to the strength and timing of the control signals.
This parameter represents the current active frame in the sequence. It is used to determine if the control hints should be applied based on the frame's position within the specified start and end frames. The value should be an integer.
This parameter takes the positive conditioning data, which is a set of conditions that positively influence the AI model's output. It is essential for guiding the model towards desired features.
This parameter takes the negative conditioning data, which is a set of conditions that negatively influence the AI model's output. It helps in steering the model away from unwanted features.
This parameter represents the control network that will be applied to the conditioning data. It is a crucial component that carries the control hints derived from the image.
This parameter is the image from which control hints are derived. The image is processed to extract control signals that guide the conditioning process.
This optional parameter allows you to override the default strength of the control hints. It is a float value that can be forced as input, providing flexibility in adjusting the influence of the control hints.
This optional parameter allows you to override the default start point for applying the control hints. It is a float value that can be forced as input, enabling precise control over when the hints begin to take effect.
This optional parameter allows you to override the default end point for applying the control hints. It is a float value that can be forced as input, allowing you to define when the hints should stop influencing the conditioning.
This parameter sets the default strength of the control hints. It is a float value with a default of 1, a minimum of 0, and a maximum of 3, adjustable in steps of 0.01. It determines how strongly the control hints affect the conditioning.
This parameter sets the default start point for applying the control hints. It is a float value with a default of 0, a minimum of 0, and a maximum of 1, adjustable in steps of 0.01. It defines when the control hints begin to influence the conditioning.
This parameter sets the default end point for applying the control hints. It is a float value with a default of 1, a minimum of 0, and a maximum of 1, adjustable in steps of 0.01. It specifies when the control hints stop affecting the conditioning.
This parameter defines the starting frame for applying the control hints. It is an integer value with a default of 1, a minimum of 1, and a maximum of 999999999, adjustable in steps of 1. It is used to determine the frame range for the control hints.
This parameter defines the ending frame for applying the control hints. It is an integer value with a default of 9999, a minimum of 1, and a maximum of 999999999, adjustable in steps of 1. It sets the frame range within which the control hints are applied.
This output parameter provides the modified positive conditioning data after applying the control hints. It reflects the adjustments made based on the control signals derived from the image.
This output parameter provides the modified negative conditioning data after applying the control hints. It shows the changes made to steer the model away from unwanted features based on the control signals.
strength
parameter is set appropriately to balance the influence of the control hints without overpowering the original conditioning.start
and end
parameters to fine-tune the timing of the control hints, especially when working with sequences or animations.strength_override
, start_override
, and end_override
parameters for more granular control when needed, allowing for dynamic adjustments during the creative process.ยฉ Copyright 2024 RunComfy. All Rights Reserved.