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Perform multiplication operations on floating-point and integer values for AI art projects, enabling scaling and mathematical transformations.
The Multiply [DVB] node is designed to perform multiplication operations on both floating-point and integer values, providing a versatile tool for various computational needs in your AI art projects. This node allows you to multiply a given number by specified float and integer values, combining the results to produce both a precise floating-point output and a rounded integer output. By leveraging this node, you can easily scale values, adjust parameters, or apply mathematical transformations to your data, enhancing the flexibility and control over your creative processes.
This parameter specifies the integer value by which the other inputs (float and int) will be multiplied. It acts as a scaling factor, allowing you to adjust the magnitude of the resulting values. The default value is 2, and it accepts any integer.
This parameter represents the floating-point value that will be multiplied by the multiple
parameter. It allows for precise adjustments and fine-tuning of the resulting value. The default value is 0.0, and it accepts any floating-point number.
This parameter represents the integer value that will be multiplied by the multiple
parameter. It provides an additional scaling factor that is combined with the float multiplication to produce the final result. The default value is 0, and it accepts any integer.
This output provides the result of the multiplication operation as a floating-point number. It combines the products of the multiple
parameter with both the float
and int
inputs, offering a precise and detailed result that can be used for further calculations or adjustments.
This output provides the result of the multiplication operation as a rounded integer. It takes the combined product of the multiple
parameter with both the float
and int
inputs and rounds it to the nearest integer, offering a simplified and easily interpretable result.
float
parameter to your desired value and adjust the multiple
parameter accordingly.int
parameter in combination with the multiple
parameter to achieve the desired magnitude.float
and int
parameters to create complex scaling transformations that leverage both precise and rounded results.multiple
parameter is not provided as an integer.multiple
parameter is set to an integer value.float
parameter is not provided as a floating-point number.float
parameter is set to a floating-point number.int
parameter is not provided as an integer.int
parameter is set to an integer value.© Copyright 2024 RunComfy. All Rights Reserved.