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Scale integer values by a factor and align to a specified multiple constraint for precise scaling operations.
The SeargeIntegerScaler node is designed to scale integer values by a specified factor and then adjust the result to be a multiple of a given integer. This node is particularly useful when you need to perform precise scaling operations on integer values while ensuring that the final result adheres to a specific multiple constraint. By leveraging this node, you can achieve consistent and controlled integer scaling, which is essential in various computational and artistic applications where integer precision and alignment are critical.
The value
parameter represents the initial integer that you want to scale. This parameter accepts integer values ranging from 0 to 0xffffffffffffffff (a very large number). The default value is set to 0. This parameter is crucial as it serves as the base value that will be scaled and adjusted according to the other parameters.
The factor
parameter is a floating-point number that determines the scaling factor applied to the value
. The default value is 1.0, and it can be adjusted in steps of 0.01. This parameter allows you to control the degree of scaling applied to the initial integer value, enabling fine-tuned adjustments to meet specific requirements.
The multiple_of
parameter specifies the integer multiple to which the scaled value should be adjusted. This parameter accepts integer values ranging from 0 to 65536, with a default value of 1. By setting this parameter, you ensure that the final scaled value is a multiple of the specified integer, which is useful for maintaining alignment and consistency in your computations.
The value
output parameter represents the final scaled integer value that has been adjusted to be a multiple of the specified multiple_of
parameter. This output is the result of the scaling operation and is crucial for applications that require precise and controlled integer values.
factor
parameter to match your desired scaling requirements.multiple_of
parameter to ensure that the final scaled value aligns with specific multiples, which can be important for maintaining consistency in your computations.value
parameter is set to an invalid integer outside the acceptable range.value
parameter is within the range of 0 to 0xffffffffffffffff.factor
parameter is set to an invalid floating-point number.factor
parameter is a valid floating-point number and within the acceptable range.multiple_of
parameter is set to an invalid integer outside the acceptable range.multiple_of
parameter is within the range of 0 to 65536.© Copyright 2024 RunComfy. All Rights Reserved.