Visit ComfyUI Online for ready-to-use ComfyUI environment
Facilitates numerical input within serving configuration for AI artists, validating and constraining data dynamically.
The ServingInputNumber
node is designed to facilitate the input of numerical values within a serving configuration, making it an essential tool for AI artists who need to manage and manipulate numerical data dynamically. This node listens to an API or Discord for incoming data and processes it according to the specified configuration. It ensures that the numerical input is validated and constrained within defined limits, providing a robust mechanism to handle numbers in various formats. The node's primary function is to retrieve a numerical value from the serving configuration, apply constraints such as minimum and maximum values, and return the processed number in multiple formats. This capability is particularly useful for scenarios where precise numerical input is required, such as setting parameters for AI models or controlling various aspects of an AI-driven application.
This parameter represents the configuration settings from which the node retrieves the numerical value. It is essential for the node to function correctly, as it contains the data and settings that dictate how the number should be processed.
The argument
parameter specifies the key in the serving_config
from which the numerical value should be retrieved. It is a string with a default value of "number". This parameter allows you to define which specific piece of data within the configuration should be used.
The default
parameter sets the default numerical value to be used if the specified argument
is not found in the serving_config
. It is a floating-point number with a default value of 0.0. This ensures that the node can still function even if the expected data is missing.
The min_value
parameter defines the minimum allowable value for the numerical input. It is a floating-point number with a default value of -999999.0. This parameter helps in constraining the input to a specified lower limit, ensuring that the value does not go below a certain threshold.
The max_value
parameter sets the maximum allowable value for the numerical input. It is a floating-point number with a default value of 999999.0. This parameter ensures that the input value does not exceed a specified upper limit, providing a safeguard against excessively large numbers.
The step
parameter determines the increment step for the numerical value. It is a floating-point number with a default value of 0.1. This parameter is useful for defining the granularity of the numerical input, allowing for precise control over the value adjustments.
The float_value
output is the processed numerical value in floating-point format. This output ensures that the number is within the specified constraints and adjusted according to the defined step.
The int_value
output is the processed numerical value in integer format. This output provides a rounded version of the float_value
, making it suitable for scenarios where an integer is required.
The number_text
output is the processed numerical value in string format. This output is useful for displaying the number as text or for further processing where a string representation is needed.
serving_config
contains the necessary data and settings to avoid default values being used unintentionally.min_value
and max_value
parameters to constrain the numerical input within a desired range, preventing invalid or extreme values.step
parameter to control the precision of the numerical input, especially when fine-tuning parameters for AI models.serve_text_function
is missing from the serving_config
, which is necessary for processing text outputs.serving_config
includes the serve_text_function
key with a valid function assigned to it.serving_config
is not a valid number.argument
specified in the serving_config
contains a valid numerical value. If necessary, update the configuration to include a valid number.min_value
or max_value
constraints.min_value
and max_value
parameters to accommodate the expected range of numerical values, or ensure that the input value falls within the defined limits.© Copyright 2024 RunComfy. All Rights Reserved.