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Convert floating-point numbers to integers with various rounding methods for transforming continuous values into discrete ones, offering flexibility and control.
The JWFloatToInteger node is designed to convert floating-point numbers to integers using various rounding methods. This node is particularly useful when you need to transform continuous numerical values into discrete ones, which is a common requirement in many computational and artistic processes. By providing different modes of conversion, such as rounding, flooring, and ceiling, it offers flexibility in how the conversion is performed, allowing you to choose the method that best fits your specific needs. This node ensures that you can handle floating-point numbers effectively and convert them into integers in a controlled and predictable manner.
The value
parameter represents the floating-point number that you want to convert to an integer. This parameter is essential as it is the primary input for the conversion process. The default value is 0
, but you can input any floating-point number within the range of typical floating-point values. The accuracy and precision of the conversion depend on the value provided.
The mode
parameter determines the method used to convert the floating-point number to an integer. It accepts three options: "round"
, "floor"
, and "ceiling"
. The "round"
option rounds the number to the nearest integer, "floor"
converts the number to the largest integer less than or equal to the value, and "ceiling"
converts the number to the smallest integer greater than or equal to the value. This parameter allows you to control the conversion method, ensuring the output meets your specific requirements.
The integer
parameter is the result of the conversion process. It represents the integer value obtained from the floating-point number based on the selected mode. This output is crucial for any subsequent operations that require integer values, ensuring that the data is in the correct format for further processing.
"round"
mode when you need the closest integer value to the floating-point number, which is useful for general rounding purposes."floor"
mode when you need to ensure the integer value is always less than or equal to the floating-point number, which is helpful in scenarios where you need to avoid exceeding a certain threshold."ceiling"
mode when you need the integer value to be greater than or equal to the floating-point number, which is beneficial in cases where you need to guarantee a minimum value.<mode>
mode
parameter. The node only supports "round"
, "floor"
, and "ceiling"
modes.mode
parameter is set to one of the supported values: "round"
, "floor"
, or "ceiling"
. Double-check the spelling and case sensitivity of the mode string.<value>
value
parameter is not a valid floating-point number.value
parameter is a valid floating-point number. Ensure that it is not a string or any other type that cannot be converted to a float.© Copyright 2024 RunComfy. All Rights Reserved.