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Decode single float value from list, control index for extraction, ensures valid value retrieval, essential for precise data extraction.
The FloatListInterpreter1
node is designed to decode a single Float
value from a provided list of floats. This node is particularly useful when you need to extract specific float values from a list for further processing or analysis. By specifying a starting index, you can control which float value is retrieved from the list. If the starting index exceeds the length of the list, the node will automatically restart from the beginning of the list, ensuring that a valid float value is always returned. This functionality is essential for tasks that require precise float value extraction from a sequence, making it a valuable tool for AI artists working with numerical data.
This parameter represents the list of float values from which a single float value will be extracted. The list should be provided in the form of a FLOAT_LIST
. The node will use this list to retrieve the float value based on the specified starting index.
This parameter determines the starting index in the float list from which the float value will be extracted. It is an integer value with a default of 0, a minimum value of 0, and a step of 1. If the specified index is greater than the length of the float list, the node will restart from index 0. This ensures that a valid float value is always returned, even if the index exceeds the list length.
This output parameter represents the single float value extracted from the provided float list based on the specified starting index. The extracted float value can be used for further processing or analysis in your AI art projects.
float_list
parameter contains the float values you need to work with, as the node will extract a value from this list.Start_At_Index
parameter to control which float value is retrieved from the list. If you need to cycle through the list, you can adjust this index accordingly.Start_At_Index
is greater than the length of the float_list
and the node fails to restart from index 0.Start_At_Index
is within the valid range of the float_list
length. If necessary, adjust the index to a valid value or ensure the list is not empty.float_list
parameter is not provided or is None
.float_list
is provided as input to the node. Verify that the list contains float values and is not empty.© Copyright 2024 RunComfy. All Rights Reserved.