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ComfyUI Node: CivitAI metadata setup

Class Name

LF_CivitAIMetadataSetup

Category
✨ LF Nodes/Configuration
Author
lucafoscili (Account age: 2148 days)
Extension
LF Nodes
Latest Updated
10/15/2024
Github Stars
0.0K

How to Install LF Nodes

Install this extension via the ComfyUI Manager by searching for  LF Nodes
  • 1. Click the Manager button in the main menu
  • 2. Select Custom Nodes Manager button
  • 3. Enter LF Nodes in the search bar
After installation, click the  Restart button to restart ComfyUI. Then, manually refresh your browser to clear the cache and access the updated list of nodes.

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CivitAI metadata setup Description

Automates embedding metadata for CivitAI compatibility, streamlining image creation process with comprehensive details for reproducibility and traceability.

CivitAI metadata setup:

The LF_CivitAIMetadataSetup node is designed to streamline the process of embedding metadata into images for compatibility with CivitAI. This node automates the generation of a comprehensive metadata string that includes various parameters such as prompts, embeddings, LoRA tags, and other relevant settings used during the image creation process. By consolidating this information, the node ensures that all necessary details are preserved and can be easily referenced or shared, enhancing the reproducibility and traceability of AI-generated artwork. This is particularly beneficial for artists who need to maintain detailed records of their creative process or share their work with others in a standardized format.

CivitAI metadata setup Input Parameters:

get_civitai_info

This parameter is a function or method that retrieves information from CivitAI. It is essential for gathering the necessary data to populate the metadata string. The function should be capable of fetching details such as model information, embeddings, and other relevant metadata.

node_id

The unique identifier for the node instance. This ID is used to track and reference the specific node within the workflow, ensuring that the correct metadata is associated with the right node.

checkpoint

The checkpoint parameter refers to the specific model checkpoint used during the image generation process. This includes details about the model's state and configuration at a particular point in time, which is crucial for reproducing the same results in future runs.

randomize

A boolean parameter that determines whether certain aspects of the metadata should be randomized. This can be useful for introducing variability in the generated metadata, which might be necessary for specific artistic or experimental purposes.

seed

The seed value used for random number generation during the image creation process. This value is critical for ensuring reproducibility, as it allows the same random processes to be repeated exactly.

filter

A parameter that specifies any filters applied during the metadata generation process. Filters can be used to include or exclude certain types of information, tailoring the metadata to specific needs or preferences.

CivitAI metadata setup Output Parameters:

metadata_string

A comprehensive string that consolidates all the metadata related to the image creation process. This includes prompts, embeddings, LoRA tags, model and VAE details, and other relevant settings. The metadata string is formatted for compatibility with CivitAI, ensuring that all necessary information is preserved and easily accessible.

checkpoint

The checkpoint used during the image generation process, returned as part of the output to confirm the specific model state and configuration.

vae

The VAE (Variational Autoencoder) details used in the image creation process. This includes information about the VAE model and its configuration.

sampler

The sampling method used during the image generation process. This parameter is important for understanding the technique applied to generate the image.

scheduler

The scheduling method used in the image creation process. This parameter provides insight into the timing and sequence of operations during image generation.

embeddings

The embeddings used in the image creation process. These are vectors that represent various features or attributes of the image, contributing to its final appearance.

lora_tags

Tags related to LoRA (Low-Rank Adaptation) used in the image creation process. These tags provide additional context and information about the specific adaptations applied.

output_prompt

The final prompt used in the image creation process, including any embeddings if applicable. This prompt is a key component of the metadata, capturing the initial input that guided the image generation.

negative_prompt

The negative prompt used to guide the image generation process by specifying what should be avoided. This parameter helps refine the output by providing additional constraints.

steps

The number of steps taken during the image generation process. This parameter is important for understanding the complexity and duration of the process.

denoising

The denoising strength applied during the image creation process. This parameter affects the clarity and quality of the final image.

clip_skip

The number of layers skipped in the CLIP model during the image generation process. This parameter can influence the style and content of the generated image.

cfg

The CFG (Classifier-Free Guidance) scale used during the image creation process. This parameter controls the balance between following the prompt and maintaining image quality.

seed

The seed value used for random number generation, returned as part of the output to ensure reproducibility.

width

The width of the generated image. This parameter is important for understanding the dimensions and aspect ratio of the final output.

height

The height of the generated image. This parameter, along with the width, defines the size of the final image.

hires_upscaler

The upscaler used for high-resolution image generation. This parameter provides information about the technique applied to enhance the image resolution.

hires_upscale

The scale factor used for high-resolution upscaling. This parameter indicates how much the image was enlarged during the upscaling process.

CivitAI metadata setup Usage Tips:

  • Ensure that the get_civitai_info function is correctly implemented to fetch all necessary metadata details.
  • Use a consistent seed value to achieve reproducible results in your image generation process.
  • Adjust the randomize parameter based on whether you want variability in your metadata or consistent outputs.
  • Utilize the filter parameter to tailor the metadata to your specific needs, including or excluding certain types of information as required.

CivitAI metadata setup Common Errors and Solutions:

"Unsupported image format for <file_name>"

  • Explanation: This error occurs when the image format is not supported by the metadata extraction process.
  • Solution: Ensure that the image is in a supported format, such as JPEG or PNG.

"Error fetching CivitAI information"

  • Explanation: This error indicates a problem with the get_civitai_info function, which is unable to retrieve the necessary metadata.
  • Solution: Verify that the get_civitai_info function is correctly implemented and can access the required data from CivitAI.

"Invalid node ID"

  • Explanation: This error occurs when the node_id parameter is not correctly specified or is missing.
  • Solution: Ensure that the node_id is correctly assigned and unique within the workflow.

"Randomization failed"

  • Explanation: This error indicates an issue with the randomize parameter, where the randomization process could not be completed.
  • Solution: Check the implementation of the randomization logic and ensure that it is functioning correctly.

"Metadata string generation error"

  • Explanation: This error occurs when there is a problem generating the metadata string.
  • Solution: Verify that all input parameters are correctly specified and that the metadata generation logic is correctly implemented.

CivitAI metadata setup Related Nodes

Go back to the extension to check out more related nodes.
LF Nodes
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