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Manage and average conditioning data for smooth transitions and blending in AI art generation.
The ConditioningAverageScheduler
is designed to manage and average conditioning data over a series of steps, providing a smooth transition between different conditioning states. This node is particularly useful in scenarios where you need to blend or interpolate between two sets of conditioning data, ensuring a gradual change rather than abrupt shifts. By averaging the conditioning data, it helps in maintaining consistency and coherence in the output, which is crucial for generating high-quality AI art. The node's primary function is to take multiple conditioning inputs and compute an average based on specified ratios, allowing for fine-tuned control over the conditioning process.
This parameter represents the first set of conditioning data that you want to average. It serves as one of the primary inputs for the averaging process. The conditioning data typically includes various attributes that influence the output, such as style, color, or other artistic elements.
This parameter is the second set of conditioning data to be averaged with conditioning_0
. Like the first conditioning input, it contains attributes that affect the final output. The node will blend this data with conditioning_0
based on the specified ratios.
The ratio
parameter is a list of values that determine the weight of each conditioning input at each step of the averaging process. Each value in the list corresponds to a specific step and dictates how much influence conditioning_0
and conditioning_1
have at that step. The values typically range from 0 to 1, where a value closer to 0 gives more weight to conditioning_1
, and a value closer to 1 gives more weight to conditioning_0
.
The output is a single set of conditioning data that represents the averaged result of conditioning_0
and conditioning_1
over the specified steps. This output is used to guide the generation process, ensuring that the final result reflects the desired blend of the input conditionings. The averaged conditioning data maintains the attributes necessary for producing coherent and high-quality AI art.
ratio
values to control the influence of each conditioning input at different steps.conditioning_0
and conditioning_1
are properly defined and contain valid conditioning data before running the node.ratio
list does not match the number of steps required for the averaging process.ratio
list has the correct number of elements corresponding to the number of steps you intend to use for averaging. Adjust the list length as necessary.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.