ComfyUI Node: XY Input: Steps

XY Input: Steps:

The XY Input: Steps node is designed to generate a series of values for a specified parameter over a range of steps, which can be used in various AI art generation processes. This node allows you to define the start and end values for different parameters such as steps, start step, end step, and refine step, and then generates a sequence of values between these ranges. This functionality is particularly useful for creating smooth transitions and variations in your AI-generated art, enabling you to experiment with different settings and observe their effects on the final output. By automating the generation of these values, the node helps streamline your workflow and enhances the efficiency of your creative process.

XY Input: Steps Input Parameters:

target_parameter

This parameter specifies the target parameter for which the steps will be generated. The available options are steps, start_at_step, end_at_step, and refine_at_step. Each option corresponds to a different aspect of the AI art generation process, allowing you to control various stages of the workflow. Selecting the appropriate target parameter is crucial as it determines the focus of the generated values.

batch_count

This parameter defines the number of values to be generated in the sequence. It accepts an integer value with a default of XYPLOT_DEF, a minimum of 0, and a maximum of XYPLOT_LIM. The batch count determines the granularity of the generated values, with higher counts providing more detailed transitions.

first_step

This parameter sets the starting value for the steps target parameter. It accepts an integer value with a default of 10, a minimum of 1, and a maximum of 10000. The first step value marks the beginning of the sequence for the steps parameter.

last_step

This parameter sets the ending value for the steps target parameter. It accepts an integer value with a default of 20, a minimum of 1, and a maximum of 10000. The last step value marks the end of the sequence for the steps parameter.

first_start_step

This parameter sets the starting value for the start_at_step target parameter. It accepts an integer value with a default of 0, a minimum of 0, and a maximum of 10000. The first start step value marks the beginning of the sequence for the start step parameter.

last_start_step

This parameter sets the ending value for the start_at_step target parameter. It accepts an integer value with a default of 10, a minimum of 0, and a maximum of 10000. The last start step value marks the end of the sequence for the start step parameter.

first_end_step

This parameter sets the starting value for the end_at_step target parameter. It accepts an integer value with a default of 10, a minimum of 0, and a maximum of 10000. The first end step value marks the beginning of the sequence for the end step parameter.

last_end_step

This parameter sets the ending value for the end_at_step target parameter. It accepts an integer value with a default of 20, a minimum of 0, and a maximum of 10000. The last end step value marks the end of the sequence for the end step parameter.

first_refine_step

This parameter sets the starting value for the refine_at_step target parameter. It accepts an integer value with a default of 10, a minimum of 0, and a maximum of 10000. The first refine step value marks the beginning of the sequence for the refine step parameter.

last_refine_step

This parameter sets the ending value for the refine_at_step target parameter. It accepts an integer value with a default of 20, a minimum of 0, and a maximum of 10000. The last refine step value marks the end of the sequence for the refine step parameter.

XY Input: Steps Output Parameters:

X or Y

This output parameter returns a tuple containing the type of the target parameter and the generated sequence of values. The type indicates which parameter the values correspond to (e.g., Steps, StartStep, EndStep, RefineStep), and the sequence of values represents the generated steps between the specified start and end values. This output is essential for feeding into other nodes or processes that require a series of values for the specified parameter.

XY Input: Steps Usage Tips:

• To create smooth transitions in your AI-generated art, use a higher batch count to generate more detailed sequences of values.
• Experiment with different target parameters to observe how changes in steps, start step, end step, and refine step affect your final output.
• Use the generated sequences to automate and streamline your workflow, saving time and effort in manual adjustments.

XY Input: Steps Common Errors and Solutions:

Join XY Inputs Error: Input types must match

• Explanation: This error occurs when the input types for XY_1 and XY_2 do not match.
• Solution: Ensure that both inputs are of the same type before attempting to join them.

No values generated

• Explanation: This error occurs when the node fails to generate a sequence of values.
• Solution: Check the input parameters to ensure they are within the valid range and correctly specified. Adjust the batch count, start, and end values as needed.