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Divide sigma values by specified divisor for scaling in AI workflows.
The Sigmas Quotient node is designed to perform a division operation on a sequence of sigma values, which are often used in various computational processes, particularly in AI and machine learning contexts. This node allows you to divide each element in the sigma sequence by a specified divisor, effectively scaling the sigma values. This operation can be particularly useful when you need to adjust the magnitude of sigma values for further processing or analysis. By providing a flexible and straightforward way to manipulate sigma values, the Sigmas Quotient node helps streamline workflows that involve sigma-based calculations, making it an essential tool for AI artists who need to fine-tune their models or simulations.
The sigmas
parameter represents a sequence of sigma values that you want to process. These values are crucial in various computational tasks, often related to noise levels or scaling factors in AI models. The sigmas
input is mandatory, ensuring that the node has the necessary data to perform the division operation. This parameter is expected to be provided as a sequence, and it serves as the primary data set that will be divided by the specified divisor.
The divisor
parameter is a floating-point number that determines the value by which each element in the sigmas
sequence will be divided. This parameter allows you to control the scaling of the sigma values, with a default value of 1. The divisor
can range from -1000 to 1000, providing flexibility in how you adjust the sigma values. A positive divisor will scale down the sigma values, while a negative divisor will invert and scale them. The step size for adjusting the divisor is 0.01, allowing for precise control over the division operation.
The output parameter, SIGMAS
, represents the result of the division operation performed on the input sigmas
sequence. Each element in the original sequence is divided by the specified divisor
, producing a new sequence of sigma values. This output is crucial for subsequent processing steps, as it provides the adjusted sigma values that can be used in further calculations or model adjustments. The SIGMAS
output maintains the same structure as the input, ensuring compatibility with other nodes or processes that utilize sigma sequences.
divisor
is not set to zero, as this will result in a division by zero error. Always check the divisor value before executing the node.divisor
parameter to fine-tune the scale of your sigma values, especially when preparing data for models that are sensitive to noise levels or require specific scaling.divisor
is set to zero, leading to an undefined division operation.divisor
is set to a non-zero value before executing the node. Double-check the input parameters to avoid this error.sigmas
inputsigmas
input is not provided or is in an incorrect format.sigmas
input is correctly formatted and provided as a sequence. Ensure that the input data is compatible with the node's requirements.RunComfy is the premier ComfyUI platform, offering ComfyUI online environment and services, along with ComfyUI workflows featuring stunning visuals. RunComfy also provides AI Playground, enabling artists to harness the latest AI tools to create incredible art.