👉Cài đặt Stable Diffusion AI trên PC Windows thành công 100% | Setups SD on PC

Xây Dựng Thực Hành
19 Feb 202446:05

TLDRThe video script is a comprehensive guide on installing and utilizing Stable Diffusion, a popular AI image generation model. It addresses common issues users face, such as Python installation errors and graphics card compatibility, and provides detailed steps for troubleshooting. The guide also explains how to leverage Stable Diffusion in various fields like architecture and design, demonstrating its application in creating concept images and editing real-life structures. The script emphasizes the importance of system requirements, software updates, and model checkpoints for successful operation.


  • 💻 The video provides a comprehensive guide on installing and troubleshooting stable diffusion on a PC, addressing common issues like Python error 9009 and GPU recognition problems.
  • 🖌️ Stable diffusion is highlighted as a powerful AI image generation tool with wide applications in various fields, including construction and design, by creating detailed images from textual descriptions.
  • 📈 The presenter emphasizes the importance of having a sufficiently powerful PC with specific hardware requirements, such as a minimum of 4GB VRAM for the GPU and 16GB RAM.
  • 🔄 The process of checking system specifications is detailed, advising users to utilize system information commands to ensure compatibility with stable diffusion.
  • 🔧 The script outlines the necessity of installing Git and Python, providing specific version recommendations to avoid common installation errors.
  • 🔗 The importance of downloading the correct model or checkpoint for stable diffusion is stressed, with resources like cv.com and huggingface.co being recommended for obtaining these files.
  • 📚 A guide on how to properly configure the user settings file for stable diffusion is provided to prevent errors and optimize performance.
  • 🎨 The video showcases the versatility of stable diffusion by demonstrating its ability to generate images based on various styles and inputs, including converting手绘 sketches into detailed renderings.
  • 🛠️ The presenter discusses the potential of using stable diffusion in the construction industry for tasks such as interior design, exterior design, and even modifying existing architectural images.
  • 🔄 The process of updating the stable diffusion source code using Git commands is briefly explained to ensure users have access to the latest features and improvements.
  • 🚀 The video concludes with a live demonstration of stable diffusion's capabilities, including creating a detailed image of an interior design using specific styles and settings.

Q & A

  • What is the main issue faced by users when installing stable diffusion on their PC?

    -The main issue users face is encountering errors such as error 9009 or errors related to the graphics card, which prevent the successful installation of the stable version of diffusion.

  • What is the significance of stable diffusion in the field of construction?

    -Stable diffusion is a free, open-source AI model that can be highly beneficial when applied to construction work. It can be used for creating preliminary sketches or drafts, both manually or through software like SketchUp 3D, and for generating various interior design styles for presentation to clients. It can also aid in the enhancement and renovation of existing structures.

  • What are the minimum system requirements for running stable diffusion?

    -The minimum system requirements include a dedicated graphics card with at least 4GB of VRAM, such as an NVIDIA GTX 1050 Ti or higher, and 16GB of RAM. Additionally, a stable and smooth-running system is recommended with at least 15GB of storage space.

  • How can users check their PC configuration?

    -Users can check their PC configuration by pressing Ctrl + R, typing 'System' in the search bar, and clicking 'OK'. This will open the System window displaying information such as installed memory (RAM) and the graphics card model and its VRAM.

  • Why is installing Git necessary for running stable diffusion?

    -Git is necessary because it assists in the automatic downloading and updating of the software and its source code. The stable diffusion model may require updates to its codebase, and Git facilitates this process seamlessly.

  • What should users do if they encounter the Python installation error 9009?

    -If users encounter error 9009 during Python installation, they should ensure that the Python installation path is correctly specified in the system's PATH environment variable. Additionally, they should ensure that they are installing a compatible version of Python, such as 3.10.6 to 3.10.9, as per the recommendations in the script.

  • What is a checkpoint in the context of stable diffusion?

    -A checkpoint, also referred to as a model, is a trained AI file with a large storage capacity that has been trained across various fields. It can be applied across different areas, with specific checkpoints designed for particular fields such as construction.

  • How can users utilize the stable diffusion model in design work?

    -Users can utilize the stable diffusion model in design work by generating images based on textual descriptions or sketches. It can be used for creating product designs, fashion designs, or even for creating artwork. The model supports the exploration of design ideas by producing various styles and options for users to choose from.

  • What is the role of the control net (ve) in stable diffusion?

    -The control net, or ve, is a feature that helps to make the image generation process more detailed and accurate, especially for facial features and textures. It is integrated into some versions of the model and can be a separate download if not included in the checkpoint.

  • How does the user guide provided in the script help users to overcome common issues?

    -The user guide provides a step-by-step process to troubleshoot and resolve common issues encountered during the installation of stable diffusion. It includes instructions on checking system requirements, installing necessary software like Git and Python, downloading and using checkpoints, and adjusting settings for optimal performance.



💻 Troubleshooting Stable Diffusion Installation Issues

The paragraph discusses common issues users face when installing Stable Diffusion on their PCs, such as Python errors, unrecognized graphics card errors, and outdated stable diffusion versions. It introduces a video guide aimed at resolving these issues and ensuring successful installation. The speaker also mentions a previous article on Stable Diffusion installation and provides a link for viewers to check in the video description. The paragraph emphasizes the importance of understanding what Stable Diffusion is and its benefits in various fields, particularly in construction and design.


🛠️ Checking System Requirements for Stable Diffusion

This paragraph focuses on the system requirements needed to run Stable Diffusion, recommending specific hardware configurations such as a minimum of 4GB VRAM for the GPU and 16GB RAM. It provides instructions on how to check the system's specifications using system information commands. The paragraph also explains the importance of installing Git to facilitate the downloading and updating of software packages required for Stable Diffusion to run properly.


🐍 Installing Python for Stable Diffusion

The paragraph details the process of installing Python, which is necessary for running Stable Diffusion. It advises against installing the latest version of Python and recommends using Python 3.10.6 to 3.10.9 due to compatibility issues. The paragraph provides guidance on downloading Python from the official website and emphasizes the importance of adding Python to the system's PATH during installation to avoid errors.


📦 Downloading Models and Checkpoints for Stable Diffusion

This section explains the process of downloading models or checkpoints, which are essential for Stable Diffusion's functionality. It mentions sources like cv.com and huggingface.co as places to download these files. The paragraph differentiates between full and compact versions of the models, discussing their file sizes and the implications for users. It also touches on the concept of 'vae' and its role in enhancing image details, particularly the eyes and texture, to create more realistic images.


🔄 Cloning and Setting Up Stable Diffusion Web UI

The paragraph outlines the steps for cloning the Stable Diffusion web UI from GitHub, which is necessary for running the AI model. It provides instructions on how to clone the repository, navigate to the correct directory, and set up the web UI. The speaker also mentions the need to update the Automatic 111 version for Stable Diffusion and explains how to do this by entering specific commands in the command prompt.


🔧 Copying Necessary Files for Stable Diffusion

This section focuses on the process of copying the downloaded checkpoint and 'vae' files into the appropriate directories within the Stable Diffusion setup. It provides a step-by-step guide on where to place these files and how to rename them for clarity. The paragraph emphasizes the importance of placing the files in the correct locations to ensure the proper functioning of Stable Diffusion.


🚀 Optimizing Graphics Card Drivers and CUDA

The paragraph discusses the importance of having the correct graphics card drivers and installing CUDA (Compute Unified Device Architecture) for optimizing the performance of Stable Diffusion. It provides guidance on checking if the NVIDIA Control Panel is installed and how to download and install the appropriate drivers. The section also covers the installation of CUDA and cuDNN (CUDA Deep Neural Network library), including version compatibility and the process of copying files into the CUDA directory.


📝 Customizing User Settings for Stable Diffusion

This paragraph explains how to customize the user settings for Stable Diffusion to improve performance and user experience. It covers the process of editing the 'user.chb' file, adding Python paths, and adjusting settings for image generation. The speaker provides specific examples of changes to make, such as updating the version number for code updates and adjusting settings for different hardware capabilities.


🎨 Creating Images with Stable Diffusion

The paragraph demonstrates the process of creating images using Stable Diffusion, including inputting commands to generate specific images. It discusses the use of keywords and styles to guide the AI in producing desired outputs. The speaker also addresses the limitations and potential issues that may arise, such as generating inappropriate content, and provides solutions to mitigate these risks.


🏠 Applying Styles to Architectural Concepts

This section showcases the application of Stable Diffusion in architectural design by using it to render interior designs and apply different styles. The speaker demonstrates how to use the software to enhance sketches or existing designs by applying various styles and generating high-quality images. The paragraph also highlights the potential of using Stable Diffusion in transforming architectural concepts into visually appealing presentations.

📌 Final Thoughts and Encouragement for Further Learning

The paragraph concludes by encouraging viewers to like and subscribe to the channel for more content on Stable Diffusion and related topics. It suggests that future videos will cover additional areas in construction and design, such as learning AutoCAD, Excel, and estimating. The speaker also invites viewers to visit their website for more information and resources.



💡Stable Diffusion

Stable Diffusion is an open-source AI model that specializes in image generation based on textual descriptions. In the context of the video, it is used to create various visual content, such as architectural designs and product concepts, by inputting specific commands and styles.


Python is a high-level programming language that is widely used for web development, data analysis, and artificial intelligence projects. In the video, Python is essential for running the Stable Diffusion model, and the speaker advises installing a specific version for compatibility.


Git is a version control system that allows developers to track changes in their code and collaborate with others. In the video, the speaker mentions installing Git to facilitate the download and update of the Stable Diffusion model and its components.


A checkpoint in the context of AI models like Stable Diffusion refers to a trained model state that can be used for inference. Checkpoints are typically shared freely and can be downloaded to apply specific styles or features in image generation.


Video RAM (VRAM) refers to the dedicated memory used by graphics processing units (GPUs) to store图像 data. In the video, the speaker emphasizes the importance of having sufficient VRAM for running the Stable Diffusion model smoothly.


CUDA is a parallel computing platform and programming model developed by NVIDIA that allows developers to use the GPU for general purpose processing. The video mentions installing CUDA to optimize the performance of the Stable Diffusion model on NVIDIA GPUs.

💡Image Generation

Image generation is the process of creating new images from scratch using AI models like Stable Diffusion. The video demonstrates how to generate images by inputting textual descriptions and leveraging the power of the Stable Diffusion model.

💡Style Transfer

Style transfer is a technique in AI that re-creates an image or a part of an image in the style of a given reference, such as a painting or another photograph. In the video, the speaker discusses using style transfer to apply different visual styles to images generated with Stable Diffusion.

💡Command Line

The command line, also known as the command prompt or terminal, is a text-based interface for interacting with a computer's operating system. In the video, the command line is used to execute commands for installing and running the Stable Diffusion model.


Configuration refers to the process of setting up and adjusting the parameters of a software or system to meet specific requirements. In the video, the speaker guides viewers through configuring their system and the Stable Diffusion model to ensure successful installation and optimal performance.

💡Graphics Card

A graphics card, also known as a video card or GPU, is a hardware component that renders images, video, and animations. The video emphasizes the importance of having a compatible and powerful graphics card to run the Stable Diffusion model efficiently.


The video provides a comprehensive guide on installing and troubleshooting stable diffusion on a PC, ensuring a successful setup for users.

Stable diffusion is a powerful AI image generation tool with extensive applications in various fields, including construction and design.

The video emphasizes the importance of having a sufficiently powerful PC with specific hardware requirements such as a minimum of 4GB VRAM and 16GB RAM for optimal performance.

The guide introduces the necessity of installing Git for updating and managing the software packages, which is crucial for stable diffusion's operation.

Python installation is highlighted as a critical step, with specific versions recommended for compatibility with stable diffusion.

The video addresses common issues such as Python installation errors and provides solutions, like properly declaring the Python path.

Downloading and utilizing checkpoints or models from platforms like cv.com and huggingface.co are discussed to enhance the AI's capabilities.

The importance of understanding the role of checkpoints and the difference between full and compact versions is clarified for better application.

The guide explains how to effectively use the AI for architectural design by incorporating styles and improving upon initial sketches or blueprints.

The video demonstrates how to apply styles to existing images or photographs for renovation and design purposes, showcasing the AI's versatility.

The process of updating the AI's source code using GitHub is detailed to ensure users have access to the latest features and improvements.

The necessity of installing and configuring NVIDIA drivers and CUDA for optimal GPU performance is discussed, especially for graphics-intensive tasks.

The video provides a step-by-step walkthrough on setting up the user configuration file for stable diffusion, which is vital for a successful run.

The guide touches on how to utilize control nets and style applications for more precise image generation, catering to specific user requirements.

The video concludes with a live demonstration of generating an image using stable diffusion, showcasing the practical application of the discussed steps and configurations.