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Merge multiple conditioning inputs into a cohesive output for complex tasks, ensuring essential characteristics are retained.
The ConditioningCombineMultiple+
node is designed to merge multiple conditioning inputs into a single output. This node is particularly useful when you need to combine various conditioning data streams, such as different layers of conditioning information, into one cohesive output. By allowing up to five conditioning inputs, it provides flexibility and scalability for complex conditioning tasks. The primary goal of this node is to streamline the process of combining multiple conditioning sources, ensuring that the resulting output retains the essential characteristics of all inputs. This can be especially beneficial in scenarios where multiple conditioning factors need to be considered simultaneously, enhancing the overall conditioning process.
conditioning_1
is the first required conditioning input. This parameter represents the primary conditioning data that will be combined with other conditioning inputs. It is essential for the execution of the node as it forms the base of the combined conditioning output.
conditioning_2
is the second required conditioning input. Similar to conditioning_1
, this parameter is crucial as it will be merged with the first conditioning input to create a more comprehensive conditioning output.
conditioning_3
is an optional conditioning input. If provided, it will be added to the combined output of conditioning_1
and conditioning_2
. This parameter allows for additional layers of conditioning to be incorporated, enhancing the depth and complexity of the final output.
conditioning_4
is another optional conditioning input. When included, it will be combined with the outputs of the previous conditioning inputs, further enriching the final conditioning output with more detailed information.
conditioning_5
is the final optional conditioning input. If this parameter is provided, it will be added to the combined output of all previous conditioning inputs, ensuring that the final output is as comprehensive and detailed as possible.
The output parameter CONDITIONING
represents the combined conditioning data resulting from the merging of all provided conditioning inputs. This output retains the essential characteristics of each input, creating a cohesive and comprehensive conditioning output that can be used in subsequent processing steps.
conditioning_3
, conditioning_4
, conditioning_5
) to add additional layers of conditioning information only when necessary. This can help in managing the complexity of the final output.TypeError: unsupported operand type(s) for +: 'NoneType' and 'NoneType'
conditioning_1
or conditioning_2
) are not provided or are set to None
.conditioning_1
and conditioning_2
are provided and contain valid conditioning data before executing the node.AttributeError: 'NoneType' object has no attribute 'shape'
None
and the node attempts to access its attributes.conditioning_3
, conditioning_4
, conditioning_5
) are either provided with valid data or explicitly handled in the code to avoid accessing attributes of NoneType
objects.© Copyright 2024 RunComfy. All Rights Reserved.