Ai Images Are Getting Very Realistic | Flux 1.1 Realistic Guide

Planet Ai
6 Oct 202406:50

TLDRThis video explores the capabilities of Flux 1.1, a leading AI image generation model, which produces highly realistic images. It discusses platforms like together.ai and segmind.ai that offer access to Flux 1.1, providing free credits and daily usage limits. The video demonstrates how simple prompts and specific file formats can yield more natural-looking images, such as adding 'image_####.CR2' to mimic Canon camera output. It also highlights the model's proficiency with skin texture and finger details, and the effectiveness of using short prompts for the most realistic results. The video concludes by emphasizing Flux 1.1's ability to generate incredibly lifelike images that can be mistaken for real photographs.

Takeaways

  • 📷 All images shown are AI-generated using Flux 1.1, a powerful image generation model by Black Forest AI.
  • ⚡ Flux 1.1 Pro offers six times faster image generation than Flux 1 Pro.
  • 💻 You can access Flux 1.1 through various platforms, including Together.AI, SegMines, and Rubberband.com, some of which offer free credits or limited daily image generation.
  • 💡 A unique trick to achieve realistic results is to use the format ‘image_####.CR2’ to emulate the look of Canon camera images, producing a more natural, phone-like photo effect.
  • 🐕 Adding specific keywords (e.g., 'cat' or 'dog') in prompts generates highly realistic images of common subjects like pets or people, making it hard to identify them as AI creations.
  • 📸 Flux 1.1 performs well on small details, like fingers and camera details, and can produce images that appear to be shot on specific devices, such as iPhones.
  • 🔑 Short prompts (one to two words) yield more realistic images, while longer prompts tend to create images with a more 'typical AI-generated' look.
  • 🖼️ Trying various file formats (e.g., HEIC, JPEG) with specific subjects (e.g., 'dinner.jpeg') can lead to impressively realistic and ‘random’ photos.
  • 📲 Imperfections, like graininess and imperfect lighting, help Flux 1.1 generate images that resemble casual, hand-taken photos.
  • 🚀 Using this method with Flux 1.1 generates some of the most realistic AI images available, making it an industry leader in AI image generation.

Q & A

  • What is the main focus of the video?

    -The video focuses on showcasing the capabilities of Flux 1.1, an AI image generation model, and provides a guide on how to create realistic AI-generated images using various prompts and formats.

  • Which AI model is considered the best according to the video?

    -Flux 1.1 is considered the best AI image generation model according to the video.

  • What is the Flux 1.1 Pro model's advantage over the Flux 1 Pro?

    -The Flux 1.1 Pro model provides six times faster generation than the Flux 1 Pro.

  • How can one access the Flux 1.1 AI tool?

    -One can access Flux 1.1 through platforms like Together.AI, Segmines, and others that offer the model, either for free or with a premium membership.

  • What is a unique trick mentioned in the video to make AI-generated images look more realistic?

    -The trick involves adding a random four-digit number after 'image_' in the prompt, followed by the file format (e.g., CR2 or HEIC), to create more realistic and less polished images.

  • How does the video suggest altering the realism of generated images?

    -The video suggests that using shorter prompts with random numbers and specific file formats like CR2 or HEIC can make the images look more realistic and less AI-generated.

  • What is the significance of using the CR2 file format in the video?

    -Using the CR2 file format in the prompt leads to images that appear more unprofessional and old, resembling photos taken with a phone rather than a professional camera.

  • What is the impact of using longer prompts on the realism of generated images?

    -Longer prompts result in more typical AI-generated images that look polished and less realistic, as opposed to the shorter prompts that create a more natural look.

  • How does the video describe the skin texture in AI-generated images using Flux 1.1?

    -The video describes the skin texture in AI-generated images using Flux 1.1 as looking very natural and very smooth, with a certain shininess and polish that is characteristic of Flux images.

  • What is the video's final verdict on the realism of Flux 1.1 generated images?

    -The video concludes that Flux 1.1 can generate images with a high level of realism, to the point where it is difficult to distinguish them from real photos, especially when using shorter prompts and specific file formats.

Outlines

00:00

📸 Introduction to Flux 1.1 AI Model

In this paragraph, the speaker introduces Flux 1.1, an advanced AI image generation model, claiming it to be the best in its class. The discussion includes details about Flux 1.1 Pro, which is noted for offering six times faster image generation compared to its predecessor, Flux 1.0. Benchmarks are mentioned to highlight its performance, though the speaker quickly shifts the focus to practical usage. The paragraph also outlines various ways to access the Flux 1.1 tool, including through platforms like Together.AI, SegMinds, RubberBand.com, Fall.AI, and Free.AI. The speaker plans to demonstrate the tool using Together.AI and SegMinds, showing minimal parameters available for adjusting image generation settings. A simple prompt for generating an image of a 'beautiful woman standing on a New York street' is used to illustrate the AI's output.

05:00

🤖 AI Generation Tricks and Realism in Images

This paragraph explores how Flux 1.1 can generate highly realistic images with a specific trick involving random four-digit numbers (e.g., 'image_1078' or 'image_1456'). The results of these prompts are images that appear much more natural and unprofessional, resembling older, less polished photos. The speaker highlights that adding simple keywords like 'cat' or 'dog' can generate incredibly realistic images, making it hard to distinguish AI-generated content from real photos. The speaker further tests with additional variations such as 'selfie' and 'old woman' prompts, showing impressive results where even the finer details like skin texture and lighting imperfections contribute to a more natural look. The discussion points out the versatility and effectiveness of Flux 1.1 when it comes to realistic, casual-looking images.

Mindmap

Keywords

💡AI Images

AI Images refers to images generated by artificial intelligence, specifically using AI models to create realistic visuals. In the context of the video, AI Images are the core subject, showcasing the capabilities of Flux 1.1 in generating realistic and non-realistic images. The video demonstrates how these images can be created and the different outputs depending on the prompts and settings used.

💡Flux 1.1

Flux 1.1 is an AI image generation model mentioned as the best in the video. It is used to create the images showcased, and the video discusses its capabilities, such as generating images faster than its predecessor, Flux 1 Pro. Flux 1.1 is central to the video's theme, as it is the tool used to demonstrate the realism and quality of AI-generated images.

💡Black Forest AI

Black Forest AI is the company that announced Flux 1.1 Pro, as mentioned in the video. They are responsible for developing the AI model that generates the images discussed throughout the video. The company's announcement of Flux 1.1 Pro is significant as it sets the stage for the discussion on AI image generation and its advancements.

💡Benchmark Results

Benchmark Results are performance comparisons between different AI image generation models, including Flux 1.1. In the video, these results are briefly mentioned to highlight Flux 1.1's superiority in speed over other models. Benchmarking is a way to measure and compare the performance of different systems, which in this case, is applied to AI models to determine their efficiency.

💡Together.a

Together.a is one of the platforms mentioned in the video where users can access Flux 1.1 and generate images. It offers a free sign-up with $5 credits, allowing users to try the AI tool without immediate cost. The platform is part of the video's tutorial on how to access and use Flux 1.1 for image generation.

💡Seg Mines

Seg Mines is another platform that offers Flux 1.1 and provides daily credits for free in their free plan. It is one of the ways viewers can access the AI model discussed in the video. The mention of Seg Mines illustrates the availability of Flux 1.1 across different platforms, expanding the options for users interested in AI image generation.

💡Rubber Band.com

Rubber Band.com is a platform that allows users to generate 10 images per day using Flux 1.1. It is highlighted in the video as an accessible option for those interested in AI image generation. The platform's daily limit is an example of how different services may offer varying levels of access to AI tools like Flux 1.1.

💡Prompts

Prompts are the textual descriptions or commands used to guide the AI model in generating specific images. In the video, prompts like 'a beautiful woman standing on a New York Street' are used to demonstrate how Flux 1.1 creates images based on the input provided. Prompts are crucial to the video's demonstration of AI image generation as they directly influence the output.

💡File Formats

File formats such as CR2 and HEIC are mentioned in the video as a trick to influence the style and quality of the AI-generated images. By specifying a file format, the AI model can produce images that mimic the characteristics of photos taken by specific cameras or devices. This technique is used in the video to generate more realistic and varied outputs from Flux 1.1.

💡Realism

Realism in the context of the video refers to the ability of AI-generated images to closely resemble real-life photos. The video discusses how Flux 1.1 can produce images that are incredibly lifelike, making it difficult to distinguish them from actual photographs. Realism is a key衡量标准 for evaluating the effectiveness of AI image generation models like Flux 1.1.

💡JPEG

JPEG is a common image file format that is mentioned in the video when discussing different file formats that can be used with Flux 1.1 to generate images. The video shows examples of images generated in JPEG format, which often result in a more 'natural' and less polished look, contributing to the realism of the AI-generated images.

Highlights

All images in the video are AI-generated using Flux 1.1.

Flux 1.1 is considered the best AI image generation model available.

Flux 1.1 Pro offers six times faster generation than Flux 1 Pro.

Benchmark results show Flux 1.1 outperforming other AI image generation models.

Access to Flux 1.1 can be obtained through platforms like Together AI and SegMinds.

Together AI offers $5 in free credits upon sign-up.

SegMinds provides a free plan with 25 cents daily credits.

Rubber Band.com allows users to generate 10 images per day.

Flux 1.1 requires minimal parameters for image generation.

A simple prompt like 'a beautiful woman standing on a New York Street' can generate an AI image.

Typical AI-generated images have blurred backgrounds and smooth, shiny skin.

Adding 'image_' followed by random digits and '.CR2' can produce more realistic images.

Using different digits after 'image_' can yield varying levels of realism in the output.

Keywords like 'cat' or 'dog' can be added to generate specific AI images.

Flux 1.1 generates images that are so realistic they could be mistaken for real photos on social media.

The skin texture in AI-generated images looks very natural.

Flux 1.1 works well with details like fingers and camera lenses.

Using different file formats like '.HEIC' can produce varied and realistic images.

Lengthy prompts do not work as well with Flux 1.1 for generating realistic images.

Using 'dinner.jpeg' can produce random, realistic images of meals.

Flux 1.1 maintains imperfections in images, making them look like natural, handheld photos.

No other AI image generation model can currently match the level of realism produced by Flux 1.1.