Use Roop in Stable Diffusion for Easy Deep Fakes & Instantly Capture a Models Likeness. No LoRA!

Artificially Intelligent
30 Jun 202317:03

TLDRThe video script offers a comprehensive guide on using the Roof extension with Stable Diffusion to create deepfakes. It explains the installation process of Visual Studio and necessary libraries, and details the steps to install the Roof extension. The tutorial demonstrates how to use Roof for face swapping and improving AI-generated images, emphasizing its utility beyond novelty and offering tips for achieving better results. The video also addresses common issues and troubleshooting tips, providing a valuable resource for users interested in enhancing their workflow with AI tools.


  • 🛠️ The video provides a tutorial on using a deepfake tool with stable diffusion via the roof extension.
  • 🎨 The tool can be used for legitimate purposes such as improving AI, fixing faces, and character face swapping, beyond just creating deepfakes.
  • 💻 Installation requires Visual Studio 2022 Community Edition and specific libraries, with links provided in the video description.
  • 🔧 The process involves installing necessary libraries, using command prompts for pip installations, and handling potential errors with pip路径.
  • 📋 The script explains how to use embedding files (embeddings) and lore files for better base proportions and body size in the tool.
  • 🖼️ The roof extension can be found in the 'text to image', 'image to image', and 'painting' sections of stable diffusion.
  • 👤 The tutorial demonstrates how to use the tool with various prompts and settings, including face restoration and upscalers.
  • 🔄 The script highlights the importance of denoising strength and the quality of results when using the tool.
  • 🎭 The video shows examples of face swapping using the tool, including the use of negative prompts and styles.
  • 🔧 Troubleshooting tips are provided for common issues such as pip errors and the need to install older versions of pip.
  • 📌 The script mentions the addition of a swap file in the models folder to prevent errors and improve the tool's functionality.
  • 🚀 The video concludes with a recommendation to use the tool for character likeness and workflow enhancement, and provides a link to a video version of the tool in the description.

Q & A

  • What is the purpose of the tool discussed in the video?

    -The tool discussed is designed for creating deep fake visuals using stable diffusion, aimed not only at face swapping but also at enhancing AI art, fixing faces, and swapping characters' faces to preferred ones, making it a valuable addition to one's workflow.

  • How easy is it to install and use the discussed tool?

    -The tool is described as very easy to use and install, implying a user-friendly experience.

  • What are embedding files and lore files, and their benefits?

    -Embedding and lore files are used to maintain the correct base proportions and body size in character modifications. They are crucial for achieving accurate and realistic results without training hundreds of images.

  • What are the prerequisites for installing the tool?

    -Installing the tool requires Visual Studio with specific libraries (Python development, desktop development with C++, and Visual Studio extension development), and the Insight Face Python package.

  • What specific features does the 'root' extension provide in the tool?

    -The 'root' extension allows users to swap faces with ease, adjust face preferences, and restore face quality after modification, integrating seamlessly into the stable diffusion workflow.

  • How does one handle errors or issues during installation or use of the tool?

    -The video outlines specific troubleshooting steps, such as installing an older version of pip or adjusting system PATH settings, to resolve common issues encountered during the setup.

  • How does the 'root' extension handle multiple faces in an image?

    -The 'root' extension prioritizes faces from left to right in an image, assigning them numbers starting from zero, which can be specifically targeted for modifications.

  • What are the recommendations for using the 'root' extension effectively?

    -It's recommended to start with a blending factor of 0.1 and adjust based on the image and desired outcome. Users should also ensure the 'enable' option is selected for the extension to work.

  • What are some limitations and considerations when using the 'root' extension?

    -Quality reduction in the modified image is a noted limitation, requiring additional steps like face restoration. Also, content restrictions apply, especially for NSFW materials.

  • How does the tool integrate with other stable diffusion functionalities?

    -The tool integrates with text-to-image, image-to-image, and inpainting functionalities of stable diffusion, allowing for seamless face swapping and modifications across different use cases.

  • What additional advice is provided for achieving the best results with the tool?

    -For optimal results, experimenting with denoising strengths, using inpainting for precise adjustments, and being mindful of the model's face orientation and structure are advised.



🛠️ Introduction to Deepfake Tool with Stable Diffusion

The video begins with an introduction to a deepfake tool that utilizes stable diffusion and the roof extension. This tool is not just for creating defects by swapping faces but is a legitimate utility for improving AI and fixing facial features. It can be easily integrated into one's workflow and is simple to install. The tool is likened to an instant embedding file that yields results in a single image, bypassing the need for hundreds of images to achieve character likeness. The video also mentions the benefits of using embeddings and lore files for maintaining correct base proportions and body size.


💻 Installation Process and Requirements

The speaker guides viewers through the installation process of the deepfake tool, emphasizing the need for Visual Studio and specific libraries. Detailed instructions are provided, including selecting the community edition of Visual Studio 2022 and opting for Python development, desktop development with C++, and Visual Studio extension development. The video also addresses potential issues with the pip installation and offers troubleshooting tips, such as checking the system path and installing an older version of pip if necessary. Additionally, the speaker instructs viewers to download and install a specific file to prevent errors related to the 'none' type.


🎨 Using the Roof Extension for Image Manipulation

The video demonstrates the use of the roof extension for manipulating images within the stable diffusion environment. It explains how to install the extension and where to find it within the stable diffusion interface. The speaker then provides a practical example of using the tool to create a portrait of a navi avatar with specific positive and negative prompts. The video also covers the use of styles for saving negative prompts and the importance of enabling the roof feature for it to function. Various settings and their effects on image quality are discussed, including the use of different upscalers and their implications.


🖌️ Inpainting Techniques and Results Comparison

The speaker delves into inpainting techniques using the roof tool, comparing the results with and without the use of face fixer. The video shows how to improve the quality of images by inpainting the face and adjusting settings like noise strength. It also discusses the impact of the face restore feature and the choice between using gfp Gan or code former for upscaling. The speaker highlights the benefits of inpainting over image-to-image methods, especially for maintaining the original quality of the background. The video concludes with a demonstration of how the roof tool can be used to swap faces in a composition, emphasizing the importance of selecting the correct face for the roof and the potential need for further adjustments in inpainting.

🎥 Conclusion and Final Thoughts

In the concluding part of the video, the speaker wraps up the tutorial by reiterating the versatility of the roof tool beyond deepfakes. It encourages viewers to explore using the tool for various creative purposes, such as transferring likenesses of characters. The video also mentions the existence of a video version of the tool, distinct from the stable diffusion extension. The speaker ends with a prompt for viewers to like the video and teases the next video, signing off with a musical note.




Deepfake refers to the use of artificial intelligence, particularly deep learning techniques, to create realistic but faked images, videos, or audio of individuals. In the context of the video, it is used to describe the capability of the tool to manipulate images, particularly faces, onto different bodies or characters, creating a 'fake' version of a person or character.

💡Stable Diffusion

Stable Diffusion is a type of AI model used for generating images from textual descriptions. It is a specific implementation of a deep learning model that has been trained on a large dataset of images and text pairs. In the video, Stable Diffusion is the platform on which the deepfake tool is being integrated, allowing users to generate or manipulate images with text prompts.

💡Roof Extension

Roof Extension, in the context of the video, refers to a specific plugin or extension for the Stable Diffusion model that enhances its capabilities by allowing users to manipulate facial features and swap them between images. It is a tool that aids in the process of creating deepfakes or altering images in a more controlled and precise manner.

💡Embedding Files

Embedding files are data files that contain information or features extracted from a dataset, which can be used to guide the generation process of AI models like Stable Diffusion. These files help in capturing the essential characteristics of an image or a set of images, which can then be used to influence the output of the AI in a desired direction.

💡Visual Studio

Visual Studio is an integrated development environment (IDE) from Microsoft, which is used to develop, compile, and debug computer code, particularly for Windows applications. In the video, Visual Studio is required as part of the setup process for the deepfake tool, indicating that it serves as a platform for installing and managing the necessary libraries and extensions.

💡GitHub Repository

A GitHub repository is a storage location for a project's code, where developers can store, manage, and collaborate on the project's source code. In the context of the video, the GitHub repository is where the user can find and download the necessary files and extensions for the deepfake tool, including Visual Studio and the Roof Extension.

💡PIP Install

PIP (Python Package Installer) is a package management system used to install and manage software packages written in Python. In the video, PIP is used to install the Roof Extension and other necessary Python packages on the user's computer, which are required for the deepfake tool to function.

💡Face Restoration

Face Restoration in the context of the video refers to the process of improving or fixing the quality of a face in an image, particularly after it has been manipulated or swapped using the deepfake tool. This process can involve using additional features within the Stable Diffusion platform to enhance the clarity and naturalness of the face.


Impainting is the process of editing or altering specific parts of an image, in this case, focusing on the facial features. The video describes using impainting within the Stable Diffusion platform to fix or adjust the faces generated by the deepfake tool, allowing for more control and precision in the final image.


Upscaling refers to the process of increasing the resolution of an image, often to improve its quality or to prepare it for larger displays or printing. In the video, upscaling is used after the face has been manipulated to enhance the detail and clarity of the final image, with different upscaling methods like 'codeformer' and 'gfp Gan' being discussed.

💡Negative Prompts

Negative prompts are specific instructions given to the AI model to avoid certain elements or characteristics in the generated image. In the context of the video, negative prompts are used to exclude undesirable features, such as nudity, from the AI-generated images, ensuring that the output aligns with the user's intentions and content guidelines.


The video introduces a tool for creating deepfakes using stable diffusion with the roof extension, which can be used for legitimate purposes like improving AI or fixing faces.

The tool allows users to swap faces without needing to input hundreds of images, achieving results with a single image.

The installation process is straightforward and the video provides a step-by-step guide, including the need for Visual Studio and specific libraries.

The video offers troubleshooting tips for common installation issues, such as problems with the pip installation.

The roof extension can be installed as an add-on in stable diffusion, with the installation process detailed in the video.

The interface of the roof extension is simple and easy to use, with options for text to image, image to image, and painting.

The video demonstrates how to use the roof extension for face swapping, including selecting the correct face from a group and adjusting settings for optimal results.

The importance of using the correct denoising strength is emphasized, as it can significantly affect the quality of the output.

The video compares different upscaling methods, such as code former and gfp Gan, to find the best balance between strength and quality.

Inpainting is recommended over image to image for face swapping, as it changes only the face and leaves the background untouched.

The video provides a workaround for when the roof extension does not apply as expected, by switching to whole picture mode and regenerating.

The video discusses the limitations of the tool, such as its inability to process NSFW content.

The developer's recommendations for using the roof extension effectively are shared, including starting with a low denoising strength and working up.

The video concludes by emphasizing the versatility of the roof extension beyond deepfakes, suggesting its use for character likeness and other creative applications.

A link to a video version of the roof extension is provided, though it is not a stable diffusion extension.

The video aims to make the roof extension a part of the viewer's workflow, showcasing its practical applications and ease of use.