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Combine two mask sequences into a unified sequence for processing or analysis while maintaining integrity and structure.
The JWMaskSequenceJoin
node is designed to seamlessly combine two mask sequences into a single, unified sequence. This node is particularly useful when you need to merge different mask sequences for further processing or analysis. By concatenating the sequences along the first dimension, it ensures that the resulting mask sequence maintains the integrity and structure of the original sequences. This functionality is essential for tasks that require the integration of multiple mask sequences, such as in complex image processing workflows or advanced AI art projects.
mask_sequence_1
is the first mask sequence to be joined. It is a tensor that represents a sequence of masks, typically used in image processing or AI art applications. This parameter is crucial as it forms the first part of the combined mask sequence. The input must be a valid tensor to ensure proper execution of the node.
mask_sequence_2
is the second mask sequence to be joined. Similar to mask_sequence_1
, it is a tensor that represents another sequence of masks. This parameter is essential as it forms the second part of the combined mask sequence. The input must be a valid tensor to ensure proper execution of the node.
The output is a single MASK_SEQUENCE
tensor that results from concatenating mask_sequence_1
and mask_sequence_2
along the first dimension. This combined mask sequence can be used in subsequent processing steps, providing a unified sequence that incorporates the masks from both input sequences.
mask_sequence_1
and mask_sequence_2
are valid tensors and have compatible dimensions for concatenation.mask_sequence_1
is not a tensor.mask_sequence_1
is a valid tensor.mask_sequence_2
is not a tensor.mask_sequence_2
is a valid tensor.mask_sequence_1
and mask_sequence_2
are not compatible for concatenation.© Copyright 2024 RunComfy. All Rights Reserved.