Ready for some more advanced Stable Diffusion? Want to turn your kid's doodles into artistic master pieces? Maybe you'd like to GoBig with high resolution images, or perhaps run your own web interface locally with Gradio? It's time to put your nerd on, because all this and more awaits you!
Chapters:
00:00 - Intro and Image 2 Image
10:28 - Image Inpainting
13:08 - Low VRAM / Weights / Web GUI
18:41 - HD Images / GOBIG
Links:
https://ift.tt/h2F5VB0
https://ift.tt/MJceOKf
https://ift.tt/UmWTMkA
https://ift.tt/gcFVwbe
https://ift.tt/TMrXjRv
https://ift.tt/JkRECTA
https://ift.tt/JAgQxNX
https://ift.tt/d2OJqiQ
In this video I give you a full tour for generating images in Stable Diffusion.
Glibacord Link: https://ift.tt/tXYRg5B
Stable Diffusion Website: https://ift.tt/Ed7m8eI
Artist Resource: https://ift.tt/u2Yz5QI
#StableDiffusion #Dalle2
Artists
🦜🦾,This here spreadsheet is used and maintained by @sureailabs, @proximasan, @EErratica, and @KyrickYoung as part our ongoing Disco Diffusion artist studies.
NEW ✨ Stable Diffusion Artist Studies can be viewed here: a href="https://www.notion.so/proximacentaurib/e2537cbf42c34b7e9a9a...
All prompts are “Artwork by [Artist Name]”. Each has artist has 3 examples (click-through to see). Seeds are random. Default settings. No tags at the moment - might do it later. This is a visual reference guide for artist styles that I, @sureailabs, personally enjoy, it is not meant to house all possible recognized artists. Happy prompting.
Time to dive into diffusion models and see what is going on underneath the magic that is making the news at the moment :)
If you'd prefer a slightly longer, more conversational version, the livestream recording is up here: https://youtu.be/jkSoMlfuUm0 (this also covers a few additional topics thanks to questions from the twitch chat).
Lesson notebook: https://ift.tt/ngptx7o
Github (includes discord invite) : https://ift.tt/lvEuAy0
Welcome back to AIAIART! This lesson recaps some of the core ideas from part 1 (lessons 1-4) and sets us up for the next few weeks, where we'll look into some advanced new techniques like transformers for image synthesis and the recently-famous diffusion models.
The live stream of this lesson ran a little long and had a couple of technical hiccups, so this video is a re-recording that tries to do a more high-level summary. If you'd prefer to follow along with the full-length video in which I actually run all the code and explain in more depth, that video is up on https://ift.tt/bMYi7rx and as an unlisted video here: https://youtu.be/BHkLbzspdt8
See links to past lessons and our Discord where you can ask questions and share your projects via the aiaiart github repository: https://ift.tt/AKGc1ZW
The colab link for lesson 5: https://ift.tt/IKPSQ63
Informal chat where we read through a few papers and look at a recent project.
No central notebook for this lesson, but some resources we'll be talking about:
- A brief shoutout to https://multimodal.art/ as a great way to keep up with things
- CogView2: Faster and Better Text-to-Image Generation via Hierarchical Transformers (https://ift.tt/QgkA92Y)
- Denoising Diffusion GAN (https://ift.tt/J4wdPlS)
- My project, CLOOB Conditioned Latent Denoising Diffusion GANs (https://ift.tt/WIfpH7a) and specifically the demo notebook (https://ift.tt/xmiLsDy)
I forgot to mention a few things:
1) If you're curious how I organised the code into that library with nice docs and such: check out NBDev.
2) The demo grids shown run from no conditioning (left) to fairly extreme conditioning (right) using classifier free guidance.
-- Watch live at https://ift.tt/bMYi7rx
AIAIART Lesson 6, diving into transformer models and their application to image synthesis. We'll start by playing with text generation and build all the way up to creating our own version of the original 'dall-e' model for text-to-image synthesis.
Github: https://ift.tt/lvEuAy0
The Colab notebook for this lesson: https://ift.tt/Ejvemku
The original live-streamed version of this lesson isn't actually all that much longer than this video, coming in just over an hour! You can find it on https://ift.tt/bMYi7rx and I'll also upload it to YouTube at some point and update this description then.