NovelAI Image Generation Intro Tutorial

NovelAI
4 Oct 202405:44

TLDRThis tutorial introduces the basics of generating images using NovelAI Diffusion, focusing on anime-inspired art. It covers how to use the Image Editor, input prompts, and tags for detailed control over the generated content. The tutorial explains how to strengthen or weaken specific elements, use Undesired Content to exclude unwanted features, and adjust image resolution and dimensions. It also highlights the importance of saving images, as they are not stored by NovelAI, and encourages experimentation with advanced settings for enhanced creativity.

Takeaways

  • 😀 NovelAI Diffusion focuses on generating anime-inspired art through tags instead of natural language descriptions.
  • 🖼️ Start by entering a prompt, like 'flower field' and 'sunset', in the Image Editor's prompt box and hit 'Generate' to create an image.
  • 🎨 Tags are essential in image creation. They provide more control over image composition, with the AI suggesting them as you type.
  • 💡 Tags closer to the start of the prompt have a bigger influence on the final image, and tags can be strengthened or weakened using {curly brackets} or [square brackets].
  • 📊 The AI can generate multiple images at once, but this increases the cost in Anlas, except for Opus tier users.
  • 🗑️ You can remove unwanted objects from the image using the Undesired Content section by listing the items you don't want.
  • 💾 Remember to save your generated images as NovelAI doesn't store them for privacy reasons, and you can download them in ZIP format.
  • 🔑 You own the rights to all images generated using NovelAI and can use them for any purpose.
  • 📜 You can recover an image's prompt and settings by dragging and dropping it back onto the platform.
  • 🛠️ Experiment with advanced settings like steps and prompt guidance, and reset to default if needed for optimal results.

Q & A

  • What is the focus of the NovelAI Diffusion Anime model?

    -The NovelAI Diffusion Anime model focuses on anime-inspired art.

  • How do you start generating an image in NovelAI?

    -You start by typing a prompt into the prompt box, then pressing the 'Generate' button to create the image.

  • What role do tags play in NovelAI's image generation?

    -Tags help control the composition of the image, allowing users to be specific with details. The AI has been trained to recognize these tags instead of natural language.

  • How does NovelAI's system handle prompt suggestions?

    -As you type a prompt, the AI suggests relevant tags to help you complete your description.

  • How can you strengthen or weaken a tag in NovelAI?

    -You can strengthen a tag by surrounding it with curly brackets {} and weaken it by using square brackets [].

  • What is 'Undesired Content' used for in NovelAI?

    -Undesired Content is where you specify elements you don't want in your image, ensuring the AI avoids generating them.

  • What options are available for image resolution and aspect ratio?

    -You can change the image resolution and aspect ratio to suit different image generation needs, with options like horizontal resolution.

  • What happens if you don't save your generated images in NovelAI?

    -If you close or refresh the page without saving your images, they will be lost, as NovelAI does not store them for privacy reasons.

  • How can you recover the prompt and settings used for a previously generated image?

    -You can recover the prompt and settings by dragging and dropping the saved image back onto the site.

  • What should you do if you're unhappy with changes made to advanced settings?

    -You can press the reset button to return all advanced settings to their default values.

Outlines

00:00

🎨 Getting Started with NovelAI Diffusion: The Basics

In this paragraph, NAI-chan introduces the basics of using NovelAI Diffusion for image generation. It starts with a warm greeting and an overview of the Image Editor, where users begin creating anime-inspired art. The example used is generating an image of a 'flower field' and 'sunset,' while ensuring no humans are included in the scene. NAI-chan explains the significance of tags in prompts, emphasizing their role in guiding the AI to create more controlled and consistent results. Tags are separated by commas, with suggestions provided by the AI to make the process easier. This section also mentions a progress bar that helps users keep track of prompt length and introduces the concept of prompt structure, where elements placed earlier have more influence on the final image.

05:02

👩‍🎨 Adding Character to Your Image: Generating a Girl

This paragraph expands on how to create more specific images by adjusting the prompt. NAI-chan demonstrates how to generate a girl by adding the tag '1girl' and describes the importance of tag placement in the prompt. Details such as camera angle ('from side'), outfit ('school uniform'), hair ('messy hair, brown hair'), and eye color ('green eyes') are added to create a custom character. The AI responds by generating the image based on the prompt. NAI-chan then introduces the seed feature, allowing users to tweak the prompt without entirely changing the image, providing a finer level of control over their creations.

🔧 Strengthening or Weakening Tags for More Control

In this section, NAI-chan explains how to enhance or reduce the influence of certain tags on the image by using curly brackets {} and square brackets [], respectively. Users can strengthen a tag like 'messy hair' by enclosing it in curly brackets or weaken elements like make-up using square brackets. A practical example shows how the AI responds to different strengths of the 'messy hair' tag, illustrating how the hair gets progressively messier as the tag strength increases. This section emphasizes the flexibility users have in shaping the AI's focus through tag manipulation.

🚫 Handling Unwanted Elements with Undesired Content

Here, NAI-chan discusses how to manage elements in the image that the user didn’t ask for. By using the Undesired Content feature, users can exclude specific objects or details from appearing in the generated image. The example provided shows how adding 'petals' to the Undesired Content list prevents the AI from generating petals. The section also highlights how curly and square brackets can be applied in Undesired Content for more precise control.

📏 Adjusting Image Sizes and Generating Multiple Images

This paragraph covers image size adjustments and generating multiple images at once. NAI-chan explains how different aspect ratios can impact the final result depending on the desired composition. Users can select how many images to generate simultaneously, though this will increase the cost in Anlas, NovelAI’s currency. The section also touches on subscription benefits for Opus tier users, who can generate unlimited images within certain parameters. Images generated appear in the History section for easy access, and unwanted images can be removed.

💾 Saving and Managing Your Generated Images

NAI-chan explains the importance of saving images manually, as NovelAI does not store any generated images for privacy reasons. Users are encouraged to download images they like before leaving the page to avoid losing their work. The Download ZIP option allows users to save all generated images at once. This paragraph also highlights that users retain ownership of their generated images and can use them freely. Moreover, users can recover the original prompt and settings by dragging and dropping the saved image back onto the site.

🎯 Advanced Settings for Image Generation

This section introduces users to more advanced settings, including steps, prompt guidance, sampler, and prompt guidance rescale. While the default values are optimized for general use, experimenting with these settings can lead to better results. NAI-chan reassures users that they can always reset the settings to default if something goes wrong during experimentation. The section encourages users to explore the official NovelAI documentation for in-depth tutorials on these settings.

👋 Final Thoughts and Encouragement

In this final paragraph, NAI-chan wraps up the tutorial by encouraging users to experiment with NovelAI and create their own unique illustrations. The tutorial ends with a farewell message, wishing users good luck with their AI-powered creations and encouraging them to share their results.

Mindmap

Keywords

💡NovelAI Diffusion

NovelAI Diffusion refers to the state-of-the-art image generation model used in the NovelAI platform, specializing in anime-inspired art. It allows users to create high-quality, AI-generated images based on text prompts, providing significant creative freedom.

💡Prompt

A prompt in NovelAI is the input text or tags that guide the AI to generate a specific image. For example, 'flower field' and 'sunset' are prompts that guide the AI to create an image of a sunset in a flower field. The prompt directly impacts the content of the generated image.

💡Tags

Tags are individual elements that represent various aspects of an image, such as objects, colors, or character traits. They help control image composition and are a unique feature of NovelAI. For instance, '1girl' or 'school uniform' are tags that tell the AI to include a girl wearing a school uniform.

💡Curly Brackets

Curly brackets {} are used in prompts to strengthen the importance of specific tags. For example, placing 'messy hair' within curly brackets like {messy hair} increases the AI's focus on this feature, making the hair appear more messy in the generated image.

💡Square Brackets

Square brackets [] are used to weaken a tag's influence in the prompt. This is useful for adjusting image elements that might be too extreme, such as toning down make-up. For example, using [messy hair] tells the AI to make the hair less messy.

💡Undesired Content

Undesired Content is a feature in NovelAI where users can specify elements they do not want in their image. For instance, adding 'petals' to the undesired content field removes any flower petals that the AI might add unintentionally to the image.

💡Seed

A seed in NovelAI refers to a unique numerical identifier for an image. By saving the seed, users can regenerate or adjust an image without completely changing its structure, making fine-tuning easier.

💡Anlas

Anlas is the currency used in NovelAI for generating images. Depending on the subscription plan, generating more images or larger images may consume Anlas. Users with the Opus tier can generate unlimited images within certain dimensions.

💡History

The History panel in NovelAI displays all the previously generated images during a session. Users can revisit or delete images from the history, but they should download any desired images before closing the session, as NovelAI does not store them.

💡Image Size

Image size refers to the resolution or aspect ratio of the generated image. NovelAI allows users to adjust the image size based on their needs, with some sizes working better for specific types of content (e.g., a horizontal resolution for landscapes).

Highlights

Introduction to creating NovelAI Diffusion anime-inspired art.

Step-by-step guide on navigating the Image Editor from the dashboard.

Demonstration of typing prompts like 'flower field' and 'sunset' to generate an image.

Explanation of how to exclude certain elements from the image, such as using 'no humans'.

Introduction to tags, one of the most unique aspects of NovelAI image generation.

Tags are short elements that form the building blocks of images in NovelAI.

The importance of tag order: elements closer to the front of the prompt have a bigger impact.

How to strengthen tags by using curly brackets {} and weaken tags with square brackets [].

Using Undesired Content to prevent the AI from generating unwanted objects.

Demonstrating how adjusting image resolution and aspect ratios can improve results.

Explaining Anlas, NovelAI’s currency for image generation, and its usage for multiple images.

Option to download generated images and the importance of saving them before leaving the page.

Seed values allow users to tweak prompts without changing the entire image.

Advanced settings such as steps, prompt guidance, and sampler for more granular control.

Encouragement to experiment and check official documentation for more advanced tutorials.