AI Art Just Changed Forever

Theoretically Media
16 Nov 202313:03

TLDRThe video discusses a significant advancement in AI image generation with the introduction of latent consistency models (LCMs), which enable near real-time image creation. The presenter explores the capabilities of an AI image generator, demonstrating how it can be used with drawing programs, manipulate shapes and styles, and even integrate with external software like Photoshop. The video also highlights the potential of training custom models with Ever Art, showcasing the flexibility and control in image generation that AI now offers.

Takeaways

  • 🚀 A major breakthrough in AI image generation has been introduced with the advent of LCMs (Latent Consistency Models), which can generate images in near real-time.
  • 🎨 The AI tool, Kaa, allows users to input their own sketches or drawings and see them transformed into more detailed images in real-time.
  • 🖌️ Kaa is currently in beta, but its features include canvas fill color, brush tools, and opacity controls, offering artists a new way to create art.
  • 🎨 The tool can be used to modify and pose characters, as well as add details to the generated images, providing a high level of interactivity.
  • 🔄 Kaa offers various styles that can be applied to the generated images, such as Cinematic, Illustrative, and Product templates.
  • 💡 The random prompt feature can inspire new ideas by suggesting different themes for image generation.
  • 🖼️ Image references can be used with Kaa to influence the style and appearance of the generated images, although it doesn't guarantee a one-to-one match.
  • 🔧 Users can also modify the prompt directly within the tool to adjust the output, such as adding a sword to a pirate character.
  • 🔗 Kaa can be linked to external screens and software like Photoshop for more comfortable and familiar working environments.
  • 📈 The AI art tool, Ever Art, allows users to train their own models by uploading up to 50 images, offering a personalized approach to image generation.
  • 🌐 The control and flexibility in image generation have significantly increased, opening up new possibilities for artists and creators.

Q & A

  • What is the main topic of the video?

    -The main topic of the video is the recent advancements in AI image generation and art creation, specifically focusing on real-time AI image generators and their features.

  • What does the acronym LCMs stand for?

    -LCMs stands for Latent Consistency Models, which is a type of AI model that generates images quickly, near real-time.

  • How does the AI image generator use input from a painting or drawing program?

    -The AI image generator uses input from a painting or drawing program by taking the strokes, shapes, and colors applied by the user in real-time to generate and modify the AI-created image.

  • What are some of the features of the AI image generator discussed in the video?

    -Some of the features discussed include real-time image generation, the ability to use various styles and templates, pose adjustment for characters, image references, and the capability to link to external screens for use with other software like Photoshop.

  • How does the AI generator handle user modifications to the generated image?

    -The AI generator responds to user modifications by making subtle changes to the image. For example, if a user moves a part of a character, the AI will adjust the image accordingly, though it may not always be a perfect one-to-one transformation.

  • What is the significance of the random prompt button in the AI generator?

    -The random prompt button allows users to generate different ideas and concepts by rolling various prompts. This feature encourages creativity and exploration without the need for specific input.

  • How can users improve the output of the AI generator?

    -Users can improve the output by providing the AI with more contextually similar images and by using reference images that match the desired style. The better the artist, the less heavy lifting the AI has to do.

  • What is Ever Art, and how does it work?

    -Ever Art is an AI image generator that allows users to train their own models by uploading up to 50 images. The trained model can then be used to generate images based on the user's prompts and the style of the input images.

  • What is the current status of the AI real-time generation feature?

    -As of the video, the real-time generation feature is in beta and the company is scaling up their GPU capacity to handle more users. They hope to allow a considerable amount of people to use the feature within a week.

  • What are some creative uses of the AI image generator mentioned in the video?

    -Some creative uses mentioned include digital sculpting in the PlayStation software Dreams, real-time rendering in Blender with an isometric view of a town in Pixar Animation style, and adding transparent PNGs to the generated images.

  • What is the narrator's perspective on the current state of AI image generation?

    -The narrator is excited about the advancements and the level of control and flexibility that AI image generation now offers. They are eager to see what users will create with these new tools.

Outlines

00:00

🖌️ Introduction to AI Image Generation and Real-Time Art Creation

The paragraph introduces the audience to a significant advancement in AI image generation and real-time art creation. The speaker shares an example of an AI-generated image and emphasizes the real-time aspect of the technology. They mention the use of lcms or latent consistency models, which allows for rapid image generation and can be integrated with painting or drawing programs. The speaker provides a sneak peek into the capabilities and discusses the beta feature with Korea, hinting at an upcoming wide release. The paragraph concludes with a demonstration of the canvas screen and the ability to set prompts for image generation.

05:02

🎨 Exploring Features and Techniques in AI Art Generation

This paragraph delves into the features and techniques available in AI art generation, highlighting the use of shapes and brush tools for creating art. The speaker demonstrates how to use these tools to generate and manipulate images in real-time, including changing colors, adjusting brush sizes, and controlling opacity. They also discuss the application of different styles to the generated images and the use of randomized prompts for creative exploration. The paragraph further explores the ability to pose characters and use image references to enhance the AI-generated art, showcasing the flexibility and adaptability of the technology.

10:04

🌐 Expanding Creative Horizons with AI Art Tools

The speaker discusses various tricks and hacks to enhance the AI art generation experience. They mention the ability to improve outputs by dragging and dropping generated images and the fun of adding transparent PNGs to create unique compositions. The paragraph also touches on the capability to link external screens for using other software like Photoshop, providing artists with more familiar tools. The speaker shares their excitement for the potential of AI art generation and encourages viewers to explore the possibilities, mentioning the work of other artists who have integrated AI into their creative processes, such as digital sculpting and real-time rendering in different software environments.

Mindmap

Keywords

💡AI images and art

AI images and art refer to the use of artificial intelligence to create visual content, such as digital paintings or illustrations. In the context of the video, the speaker is excited about a major change in the technology that facilitates real-time generation of AI images, which can be further manipulated and customized using various tools and software.

💡Latent Consistency Models (LCMs)

Latent Consistency Models (LCMs) are a type of AI model that can generate images very quickly, nearly in real-time. These models are particularly useful when they are integrated with painting or drawing programs, allowing users to input their own artwork and receive AI-generated images that match their input in style and consistency.

💡Real-time generation

Real-time generation refers to the ability of a system to create or modify content instantly as it is being inputted or requested. In the video, the speaker is impressed by the real-time generation capabilities of the AI image generator, which can quickly produce and adjust images based on user interactions.

💡Character and style consistency

Character and style consistency in AI-generated art refers to the ability of the AI to maintain a uniform and recognizable visual theme or aesthetic across different images. This is important for creating a cohesive visual narrative or when developing a brand identity.

💡Image manipulation

Image manipulation involves the process of altering or modifying digital images, either through manual editing or with the aid of software. In the video, the AI image generator allows for image manipulation by enabling users to move, resize, and adjust elements within the generated image in real-time.

💡Randomized prompts

Randomized prompts are automatically generated suggestions or ideas that can inspire or guide the creation of new content. In the context of the video, the AI image generator can provide randomized prompts to help users come up with new ideas or explore different creative directions.

💡External screen linking

External screen linking refers to the ability of a software to connect and interact with other applications or windows on the user's device. In the video, the AI image generator can link to external screens, such as Photoshop or other painting software, allowing users to work within their preferred environment while still utilizing the AI's capabilities.

💡Digital sculpting

Digital sculpting is a form of 3D modeling where artists create and shape virtual sculptures using specialized software. In the video, the speaker mentions an artist using the AI image generator in conjunction with digital sculpting software to create intricate and detailed 3D models.

💡Training models

Training models in the context of AI image generation refers to the process of teaching the AI to recognize and produce specific styles or themes by providing it with a set of example images. This allows the AI to generate new images that are consistent with the style or theme of the training images.

💡Image generation control and flexibility

Image generation control and flexibility refer to the degree to which users can influence and customize the output of AI-generated images. This includes the ability to adjust settings, use reference images, and manipulate elements within the generated content.

Highlights

A major change in AI image and art generation technology.

Real-time AI image generation using latent consistency models (LCMs).

Integration of painting or drawing programs with AI for image generation.

The beta feature allows users to set prompts and generate images instantly.

The AI can generate images with user-applied styles and brush tools in real-time.

Ability to modify and pose characters in real-time within the AI-generated image.

Use of image references to influence AI art generation.

The AI's capability to generate outputs based on random prompts.

Potential to improve outputs by dragging and dropping them for refinement.

Integration with external screens and software like Photoshop for more comfortable usage.

The AI's ability to adapt and generate images in different modes and styles.

Artists can use their own art to train models and generate unique AI images.

Ever Art, an image generator that allows users to train their own models.

The simplicity of training a model by uploading images and receiving a trained model in about 15 minutes.

The influence of personal comic art on AI-generated images, showcasing the technology's adaptability.

The capability of feeding reference images to Ever Art for more accurate generation.

The potential for real-time rendering and animation using AI with the right software setup.

The current efforts to scale up the system for wider access to the AI's real-time generation capabilities.