ComfyUI Node: Manual XY Entry Info

Manual XY Entry Info:

The "Manual XY Entry Info" node is designed to facilitate the manual entry of XY plot data, allowing you to define specific values for the X and Y axes in a controlled manner. This node is particularly useful for creating custom plots where you need precise control over the data points, such as in AI art generation where specific parameters need to be tested or visualized. By enabling manual entry, this node provides flexibility and precision, ensuring that you can tailor the plot data to meet your specific requirements. This can be especially beneficial for tasks that require detailed analysis or fine-tuning of parameters, making it an essential tool for AI artists looking to optimize their workflows.

Manual XY Entry Info Input Parameters:

control_net

This parameter allows you to specify the control network to be used in the plot. It is essential for defining the network that will control the generation process, impacting the overall behavior and output of the plot.

image

This parameter is used to input the image that will be processed. The image serves as the base for the plot, and its characteristics will influence the resulting data points.

strength

This parameter defines the strength of the effect applied to the image. It ranges from 0 to 1, with higher values indicating a stronger effect. Adjusting this parameter will impact the intensity of the changes applied to the image.

start_percent

This parameter specifies the starting percentage for the effect. It determines the initial point at which the effect begins to be applied, influencing the progression of the effect over the image.

end_percent

This parameter defines the ending percentage for the effect. It sets the final point at which the effect stops being applied, affecting the overall duration and intensity of the effect.

plot_type

This parameter allows you to specify the type of plot to be generated. It is a string that defines the X and Y types, separated by a comma. This parameter is crucial for determining the nature of the plot and the data points it will contain.

X_batch_count

This parameter specifies the number of batches for the X-axis. It determines how many data points will be generated along the X-axis, impacting the resolution and detail of the plot.

X_first_value

This parameter defines the first value for the X-axis. It sets the starting point for the X-axis data, influencing the range and scale of the plot.

X_last_value

This parameter specifies the last value for the X-axis. It sets the ending point for the X-axis data, determining the overall range and scale of the plot.

Y_batch_count

This parameter specifies the number of batches for the Y-axis. It determines how many data points will be generated along the Y-axis, impacting the resolution and detail of the plot.

Y_first_value

This parameter defines the first value for the Y-axis. It sets the starting point for the Y-axis data, influencing the range and scale of the plot.

Y_last_value

This parameter specifies the last value for the Y-axis. It sets the ending point for the Y-axis data, determining the overall range and scale of the plot.

cnet_stack

This optional parameter allows you to provide a stack of control networks. If provided, it will extend each inner array with its content, adding additional layers of control to the plot.

Manual XY Entry Info Output Parameters:

x_entry

This output parameter provides the X-axis entry data. It includes the type and value of the X-axis data points, which are essential for generating the plot and understanding the distribution of data along the X-axis.

y_entry

This output parameter provides the Y-axis entry data. It includes the type and value of the Y-axis data points, which are crucial for generating the plot and understanding the distribution of data along the Y-axis.

Manual XY Entry Info Usage Tips:

• Ensure that the plot_type parameter is correctly formatted as "X_type, Y_type" to avoid errors in plot generation.
• Use the strength parameter to fine-tune the intensity of the effect applied to the image, adjusting it based on the desired outcome.
• Utilize the cnet_stack parameter to add additional layers of control, enhancing the complexity and detail of the plot.

Manual XY Entry Info Common Errors and Solutions:

Join XY Inputs Error: Input types must match

• Explanation: This error occurs when the input types for the X and Y axes do not match.
• Solution: Ensure that the input types for both axes are the same before attempting to join them.

Invalid plot_type format

• Explanation: This error occurs when the plot_type parameter is not correctly formatted.
• Solution: Verify that the plot_type parameter is formatted as "X_type, Y_type" and that both types are valid.

Missing control_net or image input

• Explanation: This error occurs when either the control_net or image input is not provided.
• Solution: Ensure that both the control_net and image inputs are specified before executing the node.