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Efficiently splits text into segments based on delimiter for organized text processing.
The TextSplitByDelimiter
node is designed to efficiently split a given text into smaller segments based on a specified delimiter. This node is particularly useful when you need to process or analyze text data in chunks, allowing for more manageable and organized handling of large text bodies. By providing the ability to specify a starting index, skip intervals, and a maximum count of segments, this node offers flexibility in how the text is divided, making it adaptable to various text processing needs. Whether you're preparing text for further analysis or simply organizing it for readability, the TextSplitByDelimiter
node provides a straightforward and effective solution.
The text
parameter is the main body of text that you want to split. It serves as the input data that will be divided into segments based on the specified delimiter. The content and length of this text will directly impact the number and size of the resulting segments.
The delimiter
parameter specifies the character or sequence of characters that will be used to split the text. If left empty, the entire text will be treated as a single segment. This parameter is crucial as it defines the boundaries between segments, and it can be customized to suit different text structures, such as commas, spaces, or custom strings.
The start_index
parameter determines the position in the text from which the splitting process will begin. This allows you to skip over initial segments that may not be relevant to your analysis or processing needs. The value should be a non-negative integer, with the default typically set to 0, meaning the process starts from the beginning of the text.
The skip_every
parameter allows you to specify intervals at which segments should be skipped. For example, a value of 1 would mean every other segment is skipped, while a value of 0 would mean no segments are skipped. This parameter is useful for reducing the number of segments processed, especially in large datasets.
The max_count
parameter limits the number of segments that will be returned. This is useful for controlling the output size and ensuring that only a manageable number of segments are processed or analyzed. The value should be a positive integer, with the default typically set to a value that suits the specific application or dataset size.
The arr
output parameter is a tuple containing the list of text segments that result from the splitting process. Each element in the list is a segment of the original text, divided according to the specified delimiter, starting index, skip interval, and maximum count. This output is essential for further processing or analysis, as it provides the organized and segmented text data.
start_index
and max_count
parameters to focus on specific sections of your text, especially when dealing with large datasets. This can help optimize performance and reduce processing time.start_index
or max_count
may exceed the number of available segments, leading to an index out of range error.start_index
and max_count
values are within the bounds of the text's segment count after splitting. Adjust these values as necessary to fit the text size.© Copyright 2024 RunComfy. All Rights Reserved.
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