【初心者向け🔰】Stable Diffusionの使い方・Google Colabでの導入方法について

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26 Apr 202303:48

TLDRThis tutorial demonstrates how to utilize Stable Diffusion with Google Colaboratory in a straightforward manner. It guides viewers through finding the Stable Diffusion repository on GitHub, copying the link, and using Google Colab to access and run the model. The video highlights the ease of generating images with Stable Diffusion, even suggesting a popular model called 'Beautiful Realistic Asians' for enhanced image quality. It encourages viewers to stay tuned for more advanced tutorials and to subscribe for updates.

Takeaways

  • 🎥 **Introduction to Stable Diffusion with Google Colab**: The video provides a concise guide on using Stable Diffusion with Google Colaboratory, encouraging even those who find it challenging to give it a try.
  • 🔍 **Search for Stable Diffusion on GitHub**: Start by searching for 'Stable Diffusion' on GitHub through Google, then navigate to github.com.
  • 📌 **Find the Repository**: Locate the repository by TheLastBen by scrolling down and clicking on the relevant entry.
  • 🔗 **Copy the Repository Link**: Click the 'code' button on the repository page and copy the URL starting with 'https'.
  • 💻 **Open Google Colaboratory**: Paste the copied link in Google Colab when prompted, selecting 'Fast Stable Diffusion' as the repository.
  • 📄 **Save a Copy to Drive**: Use the 'File' tab to 'Save a copy to drive' before proceeding with further steps.
  • 🤖 **Connect Google Drive and Verify**: Click 'Connect Google Drive', prove you're not a robot, and grant necessary permissions.
  • 🏗️ **Install and Requirements**: Initiate the installation process by clicking the play button for 'Install and Requirements'.
  • 🎨 **Select and Run Models**: Choose 'v2.1' as the model, then press play for 'control net', and finally for 'Stable Diffusion'.
  • 🖼️ **Generate Images**: Easily generate images by adding prompts in the designated blocks within the Colab environment.
  • 🌟 **Quality of Generated Images**: Using different models, such as 'Beautiful Realistic Asians', can significantly improve the quality of the generated images, despite some minor imperfections like fingers.
  • 🚀 **Further Instructions Coming Soon**: The process for incorporating the 'Beautiful Realistic Asians' model will be detailed in a follow-up video.

Q & A

  • What is the main topic of the video?

    -The main topic of the video is a tutorial on how to use Stable Diffusion with Google Colaboratory.

  • Why should someone watch the video even if they find the process difficult?

    -Even if someone finds the process difficult, they should watch the video because it is explained concisely, and they might find it easier than they initially thought.

  • How does one begin using Stable Diffusion on Google Colab?

    -To begin using Stable Diffusion on Google Colab, one should first search for 'Stable Diffusion' on GitHub and locate the repository by TheLastBen.

  • What is the first step after opening the Stable Diffusion repository?

    -The first step is to click on the 'code' button in the upper right corner and copy the link starting with 'https'.

  • How does one access the GitHub repository in Google Colaboratory?

    -In Google Colaboratory, one should click on the 'github' tab and paste the copied link, then select 'Fast Stable Diffusion' as the repository.

  • What is the significance of the 'Save a copy to drive' option in Google Colab?

    -The 'Save a copy to drive' option allows users to save their work progress and access it later from their Google Drive.

  • What is the next step after saving the copy to drive?

    -After saving, the user should click on the play button next to 'Connect Google Drive', prove they are not a robot, and grant the necessary permissions.

  • How does one select the model for Stable Diffusion?

    -To select the model, the user should choose 'v2.1' from the available options and press play.

  • What is the result of using the default model in Stable Diffusion?

    -Using the default model will generate an image, but the quality may not be as high as when using other, more specialized models.

  • What is the 'Beautiful Realistic Asians' model mentioned in the video?

    -The 'Beautiful Realistic Asians' model is a specific version of Stable Diffusion that has gained popularity on Twitter for its ability to generate highly realistic images of faces.

  • What is the final step to generate an image with Stable Diffusion?

    -The final step is to enter a prompt in the top block and a negative prompt in the bottom block, then click on the 'Stable Diffusion' option to generate the image.

  • How can the quality of generated images be improved?

    -The quality of generated images can be improved by using different models, such as the 'Beautiful Realistic Asians' model, which can produce higher quality images even with the same prompt.

Outlines

00:00

🖌️ Getting Started with Stable Diffusion on Google Colab

This paragraph introduces the viewer to the process of using Stable Diffusion with Google Colaboratory. It encourages even those who find it challenging to follow along. The steps begin with searching for Stable Diffusion on GitHub, selecting the repository by TheLastBen, and copying the repository link. The user is then guided to open Google Colab, connect it with GitHub, and select the repository. The paragraph emphasizes that despite the complexity of the interface, following the steps will lead to success. It instructs the user to save a copy to Google Drive and proceed with the installation and requirements by playing the respective notebook cells. The paragraph concludes with a brief mention of the model selection and the potential for improved image quality with different models, hinting at a follow-up video for additional steps involving the Beautiful Realistic Asians model.

Mindmap

Keywords

💡Stable Diffusion

Stable Diffusion is an AI model that generates images from textual descriptions. It is a type of deep learning algorithm that uses a process called diffusion to create high-quality, detailed images. In the video, it is the primary tool demonstrated for generating images using textual prompts.

💡Google Colaboratory

Google Colaboratory, often abbreviated as Colab, is a cloud-based platform for machine learning and data analysis. It allows users to write and execute Python code in a browser, typically for training models or running data-intensive tasks without the need for local computational resources.

💡GitHub

GitHub is a web-based hosting service for version control and collaboration that allows developers to store and manage their code repositories. It is a crucial platform for sharing and collaborating on software projects, including AI models like Stable Diffusion.

💡Repository

In the context of version control and software development, a repository is a storage location where the complete history of files and code for a project is kept. It is often hosted on platforms like GitHub and contains all the necessary files, documentation, and metadata for a project.

💡Prompt

In the context of AI image generation, a prompt is a textual description that guides the AI model to create a specific image. It is a critical input that determines the theme, style, and content of the generated image.

💡Model

In machine learning and AI, a model refers to the algorithms and data structures that are trained to perform specific tasks, such as image generation. In the case of Stable Diffusion, the model is trained to interpret textual prompts and produce corresponding images.

💡Quality

Quality in the context of AI-generated images refers to the resolution, detail, and overall visual appeal of the images. Higher quality images are more detailed, realistic, and visually pleasing.

💡Control Net

A control net in AI image generation is a set of parameters or filters that can be applied to guide the AI model's output in specific directions. It helps in refining the generated images to meet certain aesthetic or thematic criteria.

💡Thumbnail

A thumbnail is a small, low-resolution image that represents a larger image or video. It is often used in social media and online platforms to give users a preview of the content.

💡Robot Verification

Robot verification is a process where users are required to prove that they are not automated bots but actual humans. This is typically done through CAPTCHA tests, which involve solving puzzles or identifying objects in images to ensure human interaction.

💡Terms of Use

Terms of Use are legal agreements that outline the rules and guidelines for using a service or product. Users are usually required to agree to these terms before they can access or use the service.

Highlights

Introduction to using Stable Diffusion with Google Colaboratory in a concise manner.

Search for Stable Diffusion on GitHub from Google.

Navigate to github.com and search for Stable Diffusion in the search window.

Select the entry labeled TheLastBen from the search results.

Click on the code button and copy the URL starting with https.

Open Google Colaboratory and log in to your Google account.

Paste the copied URL in the GitHub tab in Google Colaboratory.

Select Fast Stable Diffusion as the repository from the two URLs provided.

Save a copy of the repository to your Google Drive from the File tab.

Click on the play button to the left of Connect Google Drive and complete the captcha.

Review and agree to the terms of use and other conditions.

Run the Install and Requirements cells by clicking the play button.

Select v2.1 as the model and run the associated cell.

Run the control net cell and then click on Stable Diffusion.

A URL will appear; click on it to proceed.

Generate an image using prompts in the top and negative prompts in the bottom blocks.

Using a different model, like Beautiful Realistic Asians, can significantly improve image quality.

The thumbnail image showcases the quality of the model Beautiful Realistic Asians.

Additional steps are required to incorporate the Beautiful Realistic Asians model, which will be covered in the next video.

The video demonstrates the ease of generating high-quality images with Stable Diffusion.

Subscribe to the channel for more updates and information.