【最新版】fast DreamBoothでオリジナルモデルを作る方法。Stable Diffusion v2.1対応です。
TLDRThe video script introduces a method for creating an AI-based portrait model using 30 original images. It guides viewers through the process of using FastStableTableDiffusion and DreamBooth, including setting up access to Google Drive, selecting the appropriate version of the model, and uploading images. The script emphasizes the importance of diverse image selection to avoid bias in the output and provides tips on model training, including the use of free and premium plans, as well as the significance of learning rates and checkpoint saves. The goal is to achieve a satisfactory result with the given steps and resources.
Takeaways
- 🎨 The script discusses creating an AI-based drawing model using a service called FastStableTableDiffusion.
- 🖼️ Users are instructed to prepare 30 original images for the model to learn from.
- 🔗 The process involves using a link in the video description to access a GitHub page with detailed instructions.
- 💾 It is recommended to have at least 15GB of Google Drive storage to accommodate the model and its files.
- 📋 The script provides a step-by-step guide on how to set up and use the service, including granting access to Google Drive.
- 🎨 Users can choose between different versions of the Stable Diffusion model, with 1.5 being more user-friendly.
- 🖼️ The images used for training should be diverse, including different poses, backgrounds, and outfits to avoid bias in the AI's output.
- 📂 The script explains how to upload the images to the service and set up the training environment.
- 📈 The training process can be monitored and adjusted, with options to add more steps if the initial results are not satisfactory.
- 🚀 The free plan allows for up to 1500 steps of training, while a paid plan offers more steps and a stress-free experience.
- 🔄 The script emphasizes the importance of following the instructions carefully to achieve the best results from the AI drawing model.
Q & A
What is the main topic of the video script?
-The main topic of the video script is about creating an AI-based drawing model using one's original images with the Fast Stable Diffusion model.
How many original images are needed to create the AI drawing model?
-To create the AI drawing model, one needs to prepare 30 original images.
What is the recommended Google Drive storage capacity for this process?
-It is recommended to have around half of the 15GB Google Drive capacity free, which is at least 7.5GB, but 3GB is the minimum requirement.
What are the differences between the Stable Diffusion 1.5 and 2.1 versions?
-The 1.5 version is more user-friendly and does not have strong adult filters, while the 2.1 version has a higher quality but may include more mature content. The 1.5 version is recommended for general use.
How does one access the Google Drive for this process?
-Access to Google Drive is granted by clicking the folder icon and allowing the necessary permissions. The process is completed once the user grants access.
What is the role of the 'Hanging Face' talk in the process?
-The 'Hanging Face' talk is a step in the process where the user agrees to the terms and conditions to proceed with the AI model creation.
How can one obtain the model token for the process?
-The model token can be obtained from the user's account settings and then pasted into the designated field in the process.
What should be considered when selecting the images for the AI model?
-The images should be diverse, showing different variations of the subject, such as different poses, backgrounds, and outfits. It is important to avoid having a consistent background or element, like Tokyo Tower, as it may become part of the output.
What happens if the learning rate is set too high?
-If the learning rate is set too high, the training process will complete in fewer steps, but the learning will be less precise, potentially leading to less satisfactory results.
How long does it take to train the model with 3000 steps?
-It takes approximately 50 minutes to train the model with 3000 steps.
What should one do if the output is not satisfactory after the initial training?
-If the output is not satisfactory, one can add more training steps by using the 'Add Training' button, setting the Text Encoder Training to 0, and executing the additional training steps.
Outlines
🎨 Introduction to AI Art Generation with Stable Diffusion
The paragraph introduces the concept of using AI for art generation, specifically with the Stable Diffusion model. It discusses the creation of an AI art model using 30 original images and the importance of updates to the model. The process involves accessing Google Drive, selecting the Stable Diffusion model version, and setting up the model with the provided images. The paragraph emphasizes the need for sufficient Google Drive storage and the basic steps to get started with the AI art generation process.
📸 Preparing Images and Understanding Prompts
This paragraph delves into the specifics of preparing images for the AI model, emphasizing the need for variety in the images to avoid learning unwanted elements like backgrounds. It explains how to label the images with prompts and the potential consequences of not doing so, such as the AI learning to include background elements in the generated art. The paragraph also touches on the importance of diverse images to ensure a broad range of outputs and the process of uploading and selecting images for the AI to learn from.
🛠️ Training the AI Model and Adjusting Settings
The focus of this paragraph is on the training process of the AI model. It outlines the steps to train the model, including adjusting settings such as the learning rate and the number of training steps. The paragraph provides guidance on how to navigate the interface, select the appropriate model version, and save checkpoints at specific intervals. It also discusses the option to add more training steps if the initial results are not satisfactory and the importance of using a paid plan for a smoother and more extensive training process.
Mindmap
Keywords
💡FastStableTableDiffusion
💡DreamBooth
💡AI Art Generation
💡Google Drive
💡Collaboration Plan
💡Training Steps
💡Image Upload
💡Token
💡Model Download
💡Prompt
💡Learning Rate
💡Save Checkpoint
Highlights
The introduction of creating an AI-based drawing model using one's own original images.
The detailed process of using Google Drive for storing and accessing the required data for the AI model.
The importance of having a minimum of 3GB of free space on Google Drive for the AI model to function effectively.
Accessing and utilizing the DreamBooth model for personalized AI drawing.
The explanation of the differences between Stable Diffusion 1.5 and 2.1, and their respective suitability for different users.
The process of downloading the Stable Diffusion model and setting up the necessary tokens and paths for the AI drawing process.
The significance of preparing 30 images for training the AI model, with considerations for variations and consistency in prompts.
The caution against including background elements in training images to prevent unwanted outputs in the AI-generated drawings.
The step-by-step guidance on how to upload and select the images for training the AI model.
The explanation of the training process, including the selection of steps and the impact on the quality and output of the AI model.
The option to save checkpoints during the training process and the recommendation on how often to save based on the available storage.
The provision of a test run of the AI model after the initial training to evaluate its effectiveness and make necessary adjustments.
The suggestion to use the paid plan for a stress-free and more in-depth training experience with the AI model.
The guidance on how to access and download the trained AI model for future use.
The note on the potential for significant time investment in the training process, emphasizing the value of patience and iterative learning.
The mention of the possibility to continue training with additional steps if the initial results are not satisfactory.
The final reminder to monitor the training process and make adjustments as needed to achieve the desired outcome with the AI model.