【IP-Adaptorよりすごい！】FooocusでSDXLのイメージプロンプトを使う方法

AI is in wonderland
31 Oct 202319:30

TLDRIn this video, Alice and Yuki from AI's Wonderland explore the latest features of Fooocus, focusing on its Image Prompt and a feature akin to Control Net's Canny and Depth. They compare Fooocus's Image Prompt to the IP-Adaptor in the stable diffusion webui, noting that Fooocus maintains image quality and diversity. Through various demonstrations, they show how to use Image Prompt to blend elements from different images and adjust their influence using the Weight and Stop At settings. They also experiment with combining Image Prompt with text prompts and discuss the limitations and potential of instant LoRA using IP-Adapter. Additionally, they touch on other Image Prompt modes like Pyramid Canny and CPDS, and highlight the importance of language understanding in AI models, comparing SD1.5, SDXL, Fooocus, and DALL-E3. The video concludes with a call to subscribe and like the channel for more insightful content.

Takeaways

  • 🔧 Fooocus is an evolving tool with updates that enhance its functionality, including a new Image prompt feature and improvements over Control Net's Canny and Depth.
  • 📈 The IP-Adaptor in stable diffusion webui Control Net tends to ignore text prompts and can degrade image quality, whereas Fooocus's Image prompt maintains image quality.
  • 🖌️ Fooocus allows for the adjustment of the influence of an Image Prompt through a Weight setting, which is similar to the control weight in a control net.
  • 🎃 Using Fooocus, one can generate images with a mix of elements from different prompts, such as a girl in a Halloween costume, by adjusting the Weight and Stop At settings.
  • 🧙‍♀️ LoRA, a feature in Fooocus, can be used to create character-specific prompts, enhancing the generation of images that are faithful to a particular style or character.
  • 🤖 Fooocus's Image Prompt can be combined with text prompts to generate images that are heavily influenced by both visual and textual inputs.
  • 📷 Fooocus offers different modes for Image Prompt, such as Pyramid Canny and CPDS, which can capture outlines and maintain the internal structure of images effectively.
  • 🧑‍🎤 The character of Mr. Freelen was used as an example to demonstrate how multiple images can be combined in Fooocus to generate a character with specific traits.
  • 📚 FooocusV2 automatically adds prompts regarding image quality and composition, which can be adjusted in the settings for better results.
  • 🔍 There is a noticeable difference in language understanding between SD1.5 and SDXL models, with Fooocus demonstrating superior prompt comprehension.
  • ⚙️ Fooocus has a History Log feature that allows users to review the prompts and seed values used in image generation, providing transparency and control over the process.

Q & A

  • What is the main topic of the video?

    -The main topic of the video is introducing the Fooocus update, specifically focusing on the Image prompt feature and comparing it with Control Net's Canny and Depth.

  • How does Fooocus's Image prompt differ from stable diffusion's IP-Adapter?

    -Fooocus's Image prompt is characterized by not reducing the quality of the image, whereas stable diffusion's IP-Adapter tends to ignore text prompts and the image quality deteriorates when many images are used.

  • What is the purpose of the control weight in the multi-control net?

    -The control weight is used to determine the influence of the image in control units on the generated image. A higher weight means a stronger influence on the final output.

  • How can one adjust the influence of an Image Prompt in Fooocus?

    -One can adjust the influence of an Image Prompt by using the 'Weight' and 'Stop At' options available in the advanced settings of the Image Prompt feature.

  • What is the role of the 'Stop At' setting in the Image Prompt?

    -The 'Stop At' setting determines at what point in the image generation step the effect of the Image Prompt should be stopped.

  • How does Fooocus's Image Prompt handle the combination of text prompts with image prompts?

    -Fooocus allows the combination of text prompts with image prompts, and the influence of each can be adjusted using the 'Weight' setting to achieve the desired output.

  • What is the Pyramid Canny mode in Fooocus's Image Prompt?

    -Pyramid Canny is a mode that captures the contours well by performing Canny at multiple resolutions and blending the elements softly, which is useful for high-resolution images.

  • What is the significance of the 'CPDS' mode in Fooocus's Image Prompt?

    -CPDS stands for contrast, preserving decolorization structure. It removes color and makes the image black and white while maintaining the contrast and the sense of perspective perceived by human vision.

  • How does Fooocus's Image Prompt compare to DALL-E3 in terms of prompt understanding?

    -In the example provided, Fooocus accurately generates the number of people and gender as per the prompt, similar to DALL-E3, while SD1.5 and stable diffusion webui SDXL have some discrepancies.

  • What is the difference between Fooocus and stable diffusion webui when using SDXL?

    -The video suggests that Fooocus consistently outperforms stable diffusion webui when using the SDXL model, possibly due to hidden optimizations and additional features in Fooocus.

  • Why does the presenter prefer SDXL over SD1.5?

    -The presenter prefers SDXL due to its better language understanding of prompts, higher resolution capabilities, and the fine pixel quality compared to SD1.5.

  • How does the presenter suggest utilizing SDXL effectively?

    -The presenter suggests that since there are AI models that can create complex images with just words, it's important to find ways to effectively utilize SDXL, which is still close to that capability.

Outlines

00:00

🎨 Fooocus Image Prompt and Control Net Comparison

Alice from AI's Wonderland, with Yuki, discusses the Fooocus update and introduces the Image prompt feature, comparing it to Control Net's Canny and Depth. They explore how Fooocus maintains image quality and diversity, contrasting it with the stable diffusion's IP-Adapter, which tends to ignore text prompts and degrade image quality with multiple images. They demonstrate the use of the Image prompt with LoRA and Halloween costume examples, highlighting the ability to adjust the influence of the image and text prompts.

05:01

🤖 Fooocus Image Prompt's Weight and Stop At Settings

The video continues to delve into the Image Prompt feature of Fooocus, showing how to adjust the Weight and Stop At settings to control the influence of the image and text prompts. They experiment with combining a single image with a text prompt and discuss the impact of these settings on the generated images. The segment also explores the unsuccessful attempt to create an instant LoRA effect with four images and the successful application of LoRA with the correct dataset and parameters.

10:06

🎭 Exploring Fooocus's Additional Image Prompt Modes

Alice and Yuki examine other Image Prompt modes available in Fooocus, such as Pyramid Canny and CPDS (contrast, preserving decolorization structure). They demonstrate how these modes can capture outlines and maintain contrast while generating images. The video also touches on the possibility of combining all three Image Prompt modes for a more faithful composition to the original image.

15:07

📈 Comparing SD1.5, SDXL, Fooocus, and DALL-E3

The final segment of the video compares the prompt understanding capabilities of SD1.5, SDXL, Fooocus, and DALL-E3 using a specific prompt about two girls and one boy taking a picture. The comparison reveals significant differences in how each AI interprets and generates images based on text prompts. The video concludes with a discussion on the importance of utilizing SDXL and the various efforts made by Fooocus to improve its performance, including automatic prompt additions and attention to resolution.

Mindmap

Keywords

💡Fooocus

Fooocus is a term mentioned in the video that refers to an evolving AI system, likely for image generation or manipulation. It is used to demonstrate the advancements in AI technology and how it can affect the quality and diversity of generated images. In the script, Fooocus is compared with other systems like stable diffusion, highlighting its strengths in maintaining image quality and not reducing diversity.

💡Image Prompt

An Image Prompt is a feature within AI systems that allows the use of existing images to guide the generation of new images. It is a core concept in the video, as it is used to illustrate how different AI systems handle image inputs and how they can influence the output. The script discusses how Fooocus's Image Prompt works and its advantages over other methods.

💡Control Net

Control Net is a term that refers to a feature in AI systems that allows for the manipulation of specific aspects of an image, such as a person's pose or attire. The video uses Control Net as a point of comparison to demonstrate how Fooocus's approach differs and potentially offers more control and better results.

💡IP-Adaptor

IP-Adaptor is a component within the stable diffusion webui that is used for image manipulation. The video discusses the limitations of the IP-Adaptor, such as a tendency to ignore text prompts and a decline in image quality when many images are used. It is contrasted with Fooocus's Image Prompt to highlight the differences in performance.

💡Canny

Canny is a term related to image processing that refers to an algorithm used to detect edges in images. In the context of the video, it is used to describe a feature similar to Control Net's Canny, which is important for image generation. The script mentions a comparison between the standard Canny and a feature called Pyramid Canny in Fooocus.

💡Depth

In the context of the video, Depth refers to the sense of perspective or the three-dimensional quality that an image can convey. It is mentioned in relation to the CPDS (contrast, preserving decolorization structure) feature, which maintains the contrast and depth of an image while converting it to black and white.

💡LoRA

LoRA (Low-Rank Adaptation) is a technique used in AI for fine-tuning models. In the video, it is used to create a custom version of an AI model that can generate specific types of images, such as those with a Halloween theme or a particular character style. LoRA is demonstrated as a way to enhance the capabilities of the AI system.

💡Refiner

Refiner in the context of the video refers to a feature in AI systems that is used to enhance the quality of generated images. The script mentions an update to Fooocus that allows for the adjustment of the Refiner switch timing, which affects the final output of the image generation process.

💡Epicrealism

Epicrealism is a term used to describe a style of image generation that aims for a high level of realism. The video uses Epicrealism as an example of the output from the SD1.5 model, which is then compared with the results from other models like SDXL and Fooocus.

💡DALL-E3

DALL-E3 is a reference to a specific version of an AI model known for its ability to generate highly detailed and realistic images. The video uses DALL-E3 as a benchmark for comparison, highlighting its superior performance in understanding and generating images based on text prompts.

💡VRAM

VRAM (Video RAM) refers to the memory used by graphics processing units (GPUs). In the context of the video, it is mentioned as a consideration when dealing with high-resolution image generation, as more VRAM is required to handle the increased data.

Highlights

Alice from AI’s, in Wonderland introduces Fooocus update and its Image prompt feature, similar to Control Net's Canny and Depth.

Fooocus is continuously evolving, with updates occurring even during video creation.

IP-Adaptor in stable diffusion webui control net is compared to Fooocus's Image prompt, with the former tending to ignore text prompts and degrade image quality.

Fooocus's Image prompt is noted for maintaining image quality without reducing it.

A demonstration of using IP-Adaptor with stable diffusion webui shows the influence of control unit images on the generated output.

Difficulties in mixing two images using a multi-control net are discussed.

Img to img is mentioned as a method to affect one image with IP-Adapter, but it's not quite the same as mixing two images.

Creating an image with a Halloween costume prompt using just a girl standing in a dress shows the strong influence of the image prompt.

Adjusting the influence of Image Prompt is possible through advanced settings like Weight and Stop At.

Experiments with combining a single image, text prompt, and Image Prompt in Fooocus show varying levels of influence on the generated image.

An attempt to replicate LoRA using four images with IP-Adapter in Fooocus is discussed, but falls short of expectations.

Describing Freelen's characteristics in the text prompt improves the generation outcome when combined with Image Prompt.

Pyramid Canny mode in Image Prompt is introduced as a method to capture outlines well at multiple resolutions.

CPDS, or contrast preserving decolorization structure, is explained as a method to remove color while maintaining contrast and depth.

Combining all three Image Prompt modes can generate an image faithful to the original composition.

Updates to Fooocus, including adjustments to the Refiner switch timing, are mentioned.

Differences in language understanding between SD1.5, SDXL, Fooocus, and DALL-E3 are highlighted through a comparison of generated images based on the same prompt.

Fooocus is noted as superior in tests, possibly due to hidden tricks and efforts listed on the homepage.

The importance of resolution is emphasized, with SDXL and DALL-E3 images having finer pixels compared to upscaled SD1.5 images.

Casual Browsing

SDXL 1.0の使い方を解説します【StableDiffusion WebUIで使う方法】低VRAMでも使えます！

2024-04-21 20:25:01

【やってみよう！】LoRAの使い方&簡単な作り方（kohya's GUI）

2024-03-26 07:10:02

【どこよりも詳しい】Ebsynth Utilityの使い方【stable diffusion】

2024-04-21 22:50:00

AIで日本人の美女画像を生成しよう！Stable DiffusionとBRAV5の使い方入門

2024-04-28 02:50:01

Stable Diffusionで複数のキャラクターを作り分けてみよう

2024-09-08 03:02:00