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Blend conditioning inputs while preserving vector magnitudes for nuanced, balanced outputs in AI generative models.
The Conditioning (Average keep magnitude) node is designed to blend two conditioning inputs while preserving the magnitude of their vectors. This node is particularly useful in scenarios where you want to combine different conditioning sources without losing the intensity or strength of the original vectors. By averaging the vectors and maintaining their magnitudes, this node ensures that the resulting conditioning retains the characteristics of both inputs, leading to more nuanced and balanced outputs. This method is beneficial for AI artists who want to merge different styles or influences in their generative models, providing a seamless way to integrate multiple conditioning sources.
This parameter represents the primary conditioning input that you want to modify. It is a required input of type CONDITIONING
. The vectors from this input will be averaged with those from the conditioning_from
input, with the strength of the averaging controlled by the conditioning_to_strength
parameter.
This parameter represents the secondary conditioning input that will be blended with the conditioning_to
input. It is also a required input of type CONDITIONING
. The vectors from this input will be averaged with those from the conditioning_to
input, contributing to the final output based on the specified strength.
This parameter controls the strength of the conditioning_to
input in the averaging process. It is a required input of type FLOAT
with a default value of 0.5, a minimum value of 0, a maximum value of 1, and a step size of 0.01. A value closer to 1 gives more weight to the conditioning_to
input, while a value closer to 0 gives more weight to the conditioning_from
input.
The output of this node is a single CONDITIONING
type parameter. This output represents the blended conditioning result, where the vectors from the conditioning_to
and conditioning_from
inputs have been averaged while preserving their magnitudes. This ensures that the final conditioning retains the strengths and characteristics of both inputs, providing a balanced and nuanced output for further processing or generation tasks.
conditioning_to_strength
parameter to 0.5. This will give equal weight to both inputs in the averaging process.conditioning_to_strength
value closer to 1. Conversely, to emphasize the secondary conditioning input, decrease the value closer to 0.IndexError: list index out of range
conditioning_to
and conditioning_from
inputs do not match, causing an out-of-range access.RuntimeError: The size of tensor a (X) must match the size of tensor b (Y)
TypeError: unsupported operand type(s) for *: 'NoneType' and 'float'
conditioning_to
and conditioning_from
inputs are correctly provided and are of type CONDITIONING
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