Flux Ai Realistic Guide | How To Make Realistic Images With Flux Ai
TLDRThe video explores how to create hyperrealistic images using Flux AI, a technology that generates images so lifelike they're indistinguishable from real photos. It discusses the Flux Realism Laura model, trained on high-quality images for photorealism. The tutorial compares different methods, including using SegMind and Flux AI's cloud services, and adjusting flux guidance values to achieve realism. It also highlights the importance of setting the guidance scale for optimal results, and suggests using Glyph AI for free, achieving similar quality without cost.
Takeaways
- 😲 Flux AI is advancing to a level where its generated images are extremely realistic and difficult to distinguish from real photos.
- 🔍 The video compares the quality of images generated by Flux AI using different methods and tools.
- 🌟 The Flux Realism Laura model is highlighted as a key to achieving hyperrealistic image generation.
- 💻 The video mentions that the Laura model can only be run inside of the Comfy UI, which is a complex process.
- 🤖 Reddit users have shared tips on achieving photorealistic results without the Laura model by adjusting Flux guidance values.
- 🌐 Seg Minds is introduced as a cloud service where users can run different AI models, including Flux Realism.
- 💰 Seg Minds is not free, but it offers a free plan with limited credits for users to test the service.
- 🆚 A side-by-side comparison of image outputs from Seg Minds and Glyph AI shows differences in skin tone and texture realism.
- 🎯 Adjusting the guidance scale in Flux AI can significantly improve the realism of generated images.
- 🆓 The video suggests that by tweaking settings in Glyph AI, users can achieve similar results to Flux AI's paid services, at least for now while Glyph AI is free.
Q & A
What is Flux AI and how does it generate realistic images?
-Flux AI is an AI model that generates highly realistic images. It uses a model called Flux Realism Laura, which is trained on high-quality and refined images, allowing it to produce photorealistic results.
Why might the images generated by Flux AI be difficult to distinguish from real photographs?
-Images generated by Flux AI can be difficult to distinguish from real photographs because the model is trained on very high-quality images, resulting in outputs that closely mimic real-life textures and details.
What is the role of the 'flux realism Laura model' in generating images with Flux AI?
-The 'flux realism Laura model' is crucial for achieving hyperrealism in image generation with Flux AI. It elevates the quality of AI-generated images to new heights of photorealism.
How does the 'flux guidance' value affect the realism of the images generated by Flux AI?
-Adjusting the 'flux guidance' value can significantly affect the realism of the images. Lowering the guidance values around 1.6 and 2.2 can result in more photorealistic images, as it tones down the stylization.
What is the significance of the 'Seg Minds' platform in accessing Flux AI's capabilities?
-Seg Minds is a cloud service that allows users to run different AI models, including Flux AI's realism Laura model. It provides an interface for generating images with Flux AI without needing complex setup.
How does the output from the 'Seg Minds' platform compare to that of 'Glyph' in terms of image realism?
-The output from Seg Minds tends to have more natural skin tones and textures, making it harder to distinguish from real photographs compared to Glyph, which might show more stylized and shiny skin tones.
What are the pricing options for using the 'Seg Minds' platform?
-Seg Minds is not a free service, but it offers a free plan with limited credits. Users can pay for additional credits to generate more images with the platform.
Can the 'flux realism Laura model' be accessed without using the 'Seg Minds' platform?
-Yes, the 'flux realism Laura model' can also be accessed through other cloud-based services like 'Flux AI' and 'Glyph AI', which offer similar interfaces and capabilities.
How does adjusting the 'guidance scale' in Flux AI affect the output image?
-Adjusting the 'guidance scale' can improve the realism of the output images. Setting the guidance scale around 2.5 can produce more natural-looking images with better skin textures and less artificial shine.
What is the current status of 'Glyph AI' in terms of cost and availability?
-As of the time the video script was recorded, 'Glyph AI' is free to use, offering an impressive level of photorealism without cost, although the long-term availability and pricing may change.
Outlines
🤖 Exploring Flux AI's Hyperrealism
The paragraph discusses the impressive advancements in Flux AI's image generation capabilities, making it difficult to distinguish between real and AI-generated images. It highlights the use of the Flux Realism Laura model, which is trained on high-quality images to achieve photorealistic results. The speaker mentions difficulties in achieving this level of quality with previous methods like the Glyph AI and suggests a new approach involving adjusting flux guidance values. The paragraph also introduces seg Minds, a cloud service that allows users to run different AI models, including the Flux Realism model. The speaker demonstrates how to use seg Minds to generate a realistic image of a young woman on stage, noting the importance of adjusting parameters like steps, seed numbers, aspect ratio, and upscaling options. The output from seg Minds is compared to the Glyph AI, showing a significant improvement in realism and naturalness.
🔍 Enhancing Realism with Guidance Scale Adjustments
This paragraph delves into the use of the guidance scale to refine AI-generated images for greater realism. The speaker tests the Flux Realism Laura model on seg Minds, adjusting the guidance scale to find the optimal balance between realism and AI-generated artifacts. The results show that a guidance scale of 2.5 produces the most realistic images, with natural skin textures and details. The speaker also compares these results with those from Glyph AI, demonstrating that by adjusting the prompt power, similar levels of realism can be achieved. The paragraph concludes with a recommendation to use Glyph AI for free, as it offers impressive results without the need for payment, and encourages viewers to try these methods to enhance their AI-generated images.
Mindmap
Keywords
💡Flux AI
💡Hyperrealism
💡Glyph
💡Flux Realism Laura Model
💡Photorealism
💡SegMind
💡Guidance Scale
💡Prompt
💡Aspect Ratio
💡Upscaling
💡Scheduler
Highlights
Flux AI is creating images so realistic that it's hard to distinguish them from real photos.
Reddit posts showcase AI-generated images that are incredibly lifelike.
Previous methods to access Flux AI, such as Glyph, did not achieve the same level of hyperrealism.
Flux Realism Laura model is used to achieve high-quality, photorealistic results.
The Laura model is trained on high-quality, refined images, contributing to the realistic output.
Running the Laura model requires the use of Comfy UI, which has a complex workflow.
Some users on Reddit have found that adjusting Flux guidance values can produce photorealistic results without the Laura model.
Seg Minds is introduced as a cloud service to run different AI models, including Flux Realism.
Seg Minds provides an interface to adjust various settings for image generation.
The output from Seg Minds demonstrates a high level of detail and realism in the generated images.
Comparison between Seg Minds and Glyph AI shows differences in skin tone and texture realism.
Another method to use the Flux Realism workflow is through Flux AI, a cloud-based service.
Flux AI offers additional settings like guidance scale, which can significantly impact image realism.
Adjusting the guidance scale can help reduce AI-generated artifacts and enhance photorealism.
Glyph AI can also be used to achieve similar results with the right settings, offering a free alternative.
The video concludes with a demonstration of how lowering prompt power in Glyph AI can improve realism.
The presenter encourages viewers to try these methods and provides a comparison of different AI-generated images.