Style Transfer Using ComfyUI - No Training Required!

Nerdy Rodent
17 Mar 202407:15

TLDRStyle Transfer Using ComfyUI allows users to control the style of their stable diffusion Generations without training. By showcasing an image, users can instruct the system to emulate the style, akin to visual style prompting. The video compares this method with others like IP adapter, style drop, style align, and DB, highlighting the effectiveness of ComfyUI. It also demonstrates how to test the feature, either through Hugging Face spaces or locally, and how to integrate it into the workflow with ComfyUI extensions. The video showcases the process and results of applying visual style to Generations, emphasizing its adaptability with other nodes and the potential for future improvements.


  • 🎨 Style Transfer can be achieved using ComfyUI without the need for training.
  • 🖼️ Visual style prompting allows users to direct the style of stable diffusion generations by providing an example image.
  • 📈 The script compares different style transfer methods like IP adapter, style drop, style align, and DBL.
  • 🚀 The results can be impressive, as seen with cloud formations and fire and painting styles.
  • 🤖 Hugging Face Spaces offers two options for users to test the style transfer: default and control net.
  • 💻 Users can run the style transfer locally for convenience and without needing high computing power.
  • 🧩 The control net version uses the depth map of an image to guide the style of the generation.
  • 📦 ComfyUI extension is available for easy integration into the user's workflow.
  • 🔧 The script mentions that the tools are a work in progress and may change over time.
  • 🔍 The video provides a detailed walkthrough of how to use the visual style prompting node within ComfyUI.
  • 🌈 The style transfer works well with other nodes and can be combined with different models like IPA adapter and SDXL.

Q & A

  • What is the main topic of the script?

    -The main topic of the script is style transfer using ComfyUI in stable diffusion generations without the need for training.

  • How does visual style prompting work?

    -Visual style prompting works by showing the system an image and instructing it to create a new image in the same style, making it easier than using text prompts.

  • What are the different style transfer methods mentioned in the script?

    -The script mentions IP adapter, style drop, style align, and DB Laplacian as different style transfer methods.

  • How can users without the required computing power test style transfer?

    -Users without the required computing power can use two Hugging Face spaces provided for this purpose, or run the models locally for ease.

  • What is the role of the control net in style transfer?

    -The control net guides the style transfer by using the shape of another image via its depth map, allowing for more precise control over the final image.

  • How can the ComfyUI extension be integrated into the workflow?

    -The ComfyUI extension can be integrated into the workflow by installing it like any other ComfyUI extension, and then using the new visual style prompting node in the workflow.

  • What are the components of the visual style prompting setup in ComfyUI?

    -The components include the style loader for the reference image and the apply visual style prompting node, along with standard elements like model loading, prompt input, and image captioning.

  • How does the style transfer work with different stable diffusion models?

    -The style transfer works by applying the chosen style to the generations from different stable diffusion models, resulting in images that reflect the style of the provided reference image.

  • What was the issue encountered when using stable diffusion 1.5 with the control net?

    -The issue encountered was that the generated images were more colorful than expected, with the clouds appearing white instead of matching the style of the reference image.

  • How does the script suggest resolving the color issue with stable diffusion 1.5?

    -The script suggests that using the SDXL model instead of stable diffusion 1.5 might resolve the color issue, as it produced more cloud-like images in the example provided.



🖌️ Visual Style Prompting with Stable Diffusion

This paragraph introduces the concept of visual style prompting for stable diffusion generations, allowing users to input an image to guide the generation process. It compares this method to traditional text prompts and mentions previous similar technologies like IP adapter, style drop, style align, and DB. The speaker praises the visual results, especially the cloud formations, and suggests that users can test this out on Hugging Face Spaces or run it locally. The paragraph also includes a demonstration of the default Hugging Face space, showing how it works with a cloud image to generate a dog and then a rodent made of clouds. The control net version is explained as being guided by the shape of another image through its depth map, and the speaker shares their positive experience with the technology.


🌟 Exploring Visual Style Prompting with Comfy UI Extension

The second paragraph delves into the use of the Comfy UI extension for visual style prompting, noting that it is a work in progress. The speaker explains the installation process for the extension and demonstrates its use in action. The workflow includes loading stable diffusion models, using a prompt, and applying visual style prompting with a reference image. The speaker also discusses the use of automatic image captioning and the style loader. The effectiveness of the visual style prompting is highlighted by comparing the default generation to the style-prompted generation, showing a significant difference in style and appearance. The paragraph also touches on the compatibility of the visual style prompting node with other nodes, such as the IP adapter, and shares observations about potential issues when using different versions of stable diffusion models.



💡Stable Diffusion

Stable Diffusion refers to a type of generative AI model used to create images based on textual descriptions. In the context of the video, Stable Diffusion serves as the foundational technology enabling the generation of images with specific styles or themes as requested through text prompts. The narrator discusses experimenting with Stable Diffusion to control the stylistic outcome of generated images, indicating its flexibility and the potential for creative applications.

💡Visual Style Prompting

Visual Style Prompting is the process of guiding the generation of images by an AI model through the use of a reference image to dictate the style of the output. In the video, this concept is highlighted as a significant feature that allows users to achieve more precise stylistic outcomes by showing the model an example image, thereby simplifying the process of obtaining desired visual effects without the need for complex textual prompts.

💡Hugging Face Spaces

Hugging Face Spaces refers to a platform provided by Hugging Face that allows developers and creators to deploy and share machine learning models and applications. The video mentions Hugging Face Spaces as a way for users to access and test the style transfer capabilities without needing their own computing resources, emphasizing its role in democratizing access to advanced AI tools.

💡Control Net

Control Net is introduced in the video as a variant of the visual style prompting technique that incorporates the shape of another image via its depth map to guide the generation. This method allows for more nuanced control over the form and structure of the generated image, enabling creations like 'Sky robots' that blend thematic elements with specific visual guides.

💡Comfy UI

Comfy UI is described as a user interface framework that facilitates the integration of various AI model extensions, including visual style prompting. The video explains how Comfy UI can be used to enhance the workflow for creating AI-generated images, showcasing its utility in streamlining the process and enabling users to apply novel visual styles easily.

💡IP Adapter

In the video, IP Adapter is mentioned as an example of how visual style prompting can be integrated with other AI functionalities. IP Adapter likely refers to a module or tool that adapts input images in a certain way before processing. This integration showcases the flexibility of visual style prompting in working alongside other image manipulation tools to achieve unique outcomes.

💡Stable Diffusion Models

Stable Diffusion Models are specific configurations or versions of the Stable Diffusion AI used for generating images. The video differentiates between using Stable Diffusion 1.5 and SDXL models, noting differences in the outcomes of visual style applications, which highlights the importance of model selection in achieving desired visual effects.

💡Style Image

A Style Image is a reference image used in visual style prompting to direct the aesthetic or stylistic elements of the generated image. The video illustrates the application of different style images to alter the appearance of generated content, emphasizing the transformative power of visual style prompting in creative image generation.

💡Apply Visual Style Prompting Node

This node, as mentioned in the video, acts as a key component within the Comfy UI framework that applies the desired style from a reference image to the generated images. It symbolizes the point of action where the visual style prompting is executed, marking its central role in the process described in the video for achieving stylistically tailored image generation.

💡Image Captioning

Image Captioning is referenced in the video as part of the workflow to quickly generate descriptions for images, allowing for faster iteration over styles. This process, facilitated by AI, underscores the integration of different AI capabilities (like generating text descriptions for images) to streamline the creative process in generating stylized images.


Style Transfer Using ComfyUI - No Training Required!

Control over the style of stable diffusion Generations through visual cues.

Easier than text prompts, just show an image for desired style.

Comparison with IP adapter, style drop, style align, and DB laura.

Cloud formations stand out in style comparison.

Fire and painting styles also look great in examples.

Accessing style transfer without needing high computing power through Hugging Face Spaces.

Running style transfer locally for ease of use.

Default and control net Hugging Face Spaces available for different style transfer needs.

ComfyUI extension available for easy integration into your workflow.

Work in progress with future changes expected.

Installation process for ComfyUI extension via git clone or ComfyUI manager.

Visual style prompting node available for use in ComfyUI.

Automatic image captioning for quick style generation.

Style loader for reference image in the workflow.

Render comparison between default generation and visual style prompted generation.

Successful style transfer with colorful paper cut art style.

Style transfer works well with other nodes like IP adapter.

Different outcomes observed between stable diffusion 1.5 and sdxl.