gave it a screenshot and prompt was "scroll down this website" I like the buttons it came up with

Polar Opposites

Theme

Create an image where polar opposites are interacting. For example: fire and water (as in the image), life and death, day and night, happy and sad. The concepts do not have to be anthropomorphized.

Voting process

Everyone can submit their image to this post. At the end of the week all images will be collected and shared in a new voting post wherein people can vote on their favorite image. This will be up for at least 24 hours before a winner is made.

There are no extra points to be earned, OP will decide on a winner in case of a tie.

Rules

• Follow the community’s rules above all else
• One comment and image per user
• Embed image directly in the post (no external link)
• Workflow/Prompt sharing encouraged but not required (we’re all here for fun and learning)
• OP will declare winner in case of a tie
• The challenge runs for at least 7 days from now on
• Down votes will not be counted
• Voting and final scoring will be done in a separate post.

Scores

At the end of the challenge the image with the most votes, wins!

The winner gets to pick the next theme. As always, have fun everyone!

UI: ComfyUI

Model: STOIQNewrealityFLUXSD_F1DAlpha

The image is a photograph.

The image is in a darkened bar.

The image is high-contrast.

The image has a noir theme.

The bar's walls are paneled in dark wood. The bar's flooring is dark green marble tile.

In the center of the image, there is a singer named Jill.

Jill is singing into microphone on a boom mount. Jill is wearing a long, red, clingy, sequinned dress. Jill is w>earing black heels. Jill has shoulder-length, soft-curled, auburn hair. Jill is beautiful. Jill's eyes are closed.

Jill is the focus of the image.

A musician named Bob is in the left half of the image.

Bob is a young man. Bob is wearing a white shirt with the top button open. Bob is wearing a brown suit jacket and brown trousers. Bob is leaning against the back wall and playing a plain acoustic guitar in the background behind Jill. Bob's eyes are closed. Bob is relaxed. Bob is heavily-shadowed.

The lighting is dramatic. Jill is illuminated with stage lighting.

There are two patrons wearing dark suits sitting on chairs in the right half of the image watching Jill.

Everything other than Jill is colored in muted, low-saturation, earth tones.

Prompt: three children, dressed in halloween costumes, walk along a hill. they're completely black, as a viewer we only see their silhouette against a vivid, redish and purple autumn sky.

Inspired by this post from yesterday

Bing

Bing

Prompt: A cat made of glowing particles floating in space on a deep black background. The cat floats above. Snow is everywhere on the ground and fog is floating around. Chinese art in minimalist style. Glowing particles effect. Black background. Surrealism. Volumetric light. Blue-violet tones. C4D Render. Highly detailed, high resolution --ar 16:9 --v 6.1

AI: Midjourney v6.1

UI: ComfyUI

Model: STOIQNewrealityFLUXSD_F1DAlpha

Five people are standing on a hillside.

From left to right, the first person is a girl. The second person is a boy. The third person is a boy. The fourth person is Sailor Moon. The fifth person is Darth Vader.

The image is a silhouette.

The image is a black-and-white vector illustration.

UI: ComfyUI

Model: STOIQNewrealityFLUXSD_F1DAlpha

The image is a Neo-Impressionist gouache knife painting.

The image is of a forest with a brook running through it.

The image is a blended composite with a progression from left to right showing winter to spring to summer to autumn.

Bing

UI: ComfyUI

Model: STOIQNewrealityFLUXSD_F1DAlpha

A stylized vector illustration of a small 1940s fishing boat at sea in a tempest.

The image is minimalist.

The image is at night, with moonlight shining on the waves.

There are many clouds and heavy rain. There are large waves. The image is dark and shadowed.

The cabin of the boat is illuminated with a buttery yellow light.

There are shark fins in the water.

The theme is horror.

Model: Leonardo Anime XL (Leonardo.Ai)

Content Reference (ControlNet) off my Halloween costume

VOTING HAS STARTED

You can now vote for this week's challenge!

• Voting will be open for at least 24 hours.
• Whichever entry gets the most votes, wins!
• OP will cast deciding vote in case of tie
• Voting will end when OP declares a winner.

Fairy Tales

Theme

Create an image that captures the essence of a fairy tale, bringing to life its enchanting and timeless atmosphere. The goal isn’t to illustrate a specific story, but to craft a scene that feels like stepping into a magical world.

Voting process

Everyone can submit their image to this post. At the end of the week all images will be collected and shared in a new voting post wherein people can vote on their favorite image. This will be up for at least 24 hours before a winner is made.

There are no extra points to be earned, OP will decide on a winner in case of a tie.

Rules

• Follow the community’s rules above all else
• One comment and image per user
• Embed image directly in the post (no external link)
• Workflow/Prompt sharing encouraged but not required (we’re all here for fun and learning)
• OP will declare winner in case of a tie
• The challenge runs for at least 7 days from now on
• Down votes will not be counted
• Voting and final scoring will be done in a separate post.

Scores

At the end of the challenge the image with the most votes, wins!

The winner gets to pick the next theme. As always, have fun everyone!

UI: ComfyUI

Model: STOIQNewrealityFLUXSD_F1DAlpha

The image is looking through the front window of a butcher's shop.

There are various meats on display in the window.

A mournful dog is sitting on the sidewalk in front of the shop looking in, looking into the shop.

The dog is facing away from the viewer.

UI: ComfyUI

Model: STOIQNewrealityFLUXSD_F1DAlpha

A scan of a comic book page by Neal Adams.

The image is divided into two panels.

The first panel shows Sailor Moon saying "I'm here to help!"

The second panel shows an exasperated Batman facepalming.

ComfyUI is a locally-run UI (i.e. you need to have a beefy local GPU) that's generally more-complicated to learn than the older, more-common Automatic1111. However, it works kind of like some professional image-processing software does, lets you create a directed acyclic graph, lets one build up complicated workflows using those. It's also got some nice features, like the ability to queue up multiple requests (though it's not the only UI to do this, it's kind of a glaring limitation in Automatic1111). ComfyUI also caches what it has generated while traversing the DAG, and only regenerates what data is necessary. It's also capable of doing Flux, which Automatic1111 is not, and while Flux is not today a full replacement for everything I have done with Stable Diffusion, it can do a lot and has a far better ability to understand natural-language descriptions of scenes and less propensity to generate mangled images. As a result, I generally use ComfyUI rather than Automatic1111 now; it's a more "serious" tool for building up complex stuff.

Automatic1111 mostly consists of a positive prompt, a negative prompt, and maybe fields for any plugins you've installed. There are entirely-decoupled features for generating an image from text (txt2img) and processing existing images (img2img). Since often one may want to generate an image and then process it, this makes image generation a multi-stage process, which requires a lot of manual involvement.

In Automatic1111, some information about how to generate the image is displayed beneath the image. You can copy this from the Web UI. It'll contain the prompt text and -- I think -- all of the settings in the txt2img panel, at least as long as any plugins used properly implement this feature. So you can let someone else see what you did and recreate the image by posting the text there, post the "source code" of your image; when I post an image generated in Automatic1111, I paste this text beneath the image. It contains stuff like the scheduler used, how many iterations were run, and so forth.

However:

• It doesn't contain system settings, some of which are necessary to recreate the image.

• Running txt2img and img2img are two different steps. So, for example, if you want to generate an image in txt2img at a lower resolution, then take the resulting image and upscale it in img2img using the SD Ultimate Upscale plugin -- something that I generally do -- then these are two different operations.

• While it's nice that it's human-readable, It's not machine-readable. Someone else can't just paste the text into their Automatic1111 setup and have it import those settings. They need to manually enter it.

In contrast, ComfyUI lets someone save their entire DAG workflow by just clicking "save". It'll generate a JSON file that anyone else can open and use (and tweak, if they want). This is much, much nicer in my book, since it lets me share the "source code" to my images with other users in a way that's trivial for them to import.

Both Automatic1111 and ComfyUI attach their text to the image in EXIF tags and indicate that the image is AI-generated (probably good practice to help avoid polluting later training data). On Linux, I can use ImageMagick, for example, to see this, run $ identify -verbose image.png. Unfortunately, Lemmy or Pictrs or whatever the image-posting functionality is for Lemmy instances, appears to strip EXIF data out of posted images, maybe to keep people from inadvertently doxxing themselves, as some cameras attach GPS EXIF data. People have inadvertently doxxed themselves in the past on Reddit and probably other platforms. So end users here don't get to actually see the embedded source to generated images, even though both Automatic1111 and ComfyUI do their best to include it. While I don't post images on civitai.com, I suspect that the way they get all of their image metadata is by inspecting that EXIF data about the generation process from posted generated images...but that's not an option here.

I've generally tried to just manually post it, which I think is good practice.

For posting ComfyUI JSON workflows, there are two issues.

• First, compared to the text that Automatic1111 provides, the JSON is quite verbose. It's pretty-printed, which makes it easier to read, but even longer. Trying to post it verbatim in the text after each image would take up a great amount of screen space for users here.

• Second, while it's readable, most of what an end user is probably often interested in is just what the prompt and maybe the model used is. Digging through a lot of JSON for that is a pain -- it's readable, but certainly not as much as Automatic1111's summary.

What I've settled on -- and what I think is a good convention, if you're using ComfyUI and want to share the "source code" to your image -- is to post the model name and prompt manually beneath the image, since this lets someone just skimming the image quickly see and understand the basic settings used to generate the image.

I then also save the workflow from ComfyUI and generate a compressed, Base64-encoded version of that text, and attach it in spoiler tags. Lemmy, mbin, and AFAIK piefed and sublinks do not have the ability to do file attachments to posts, so this is probably the closest analog presently available to embed a small file in a post.

I use xz (which does LZMA compression), as it's an open-source compressor widely-available on Linux systems; LZMA is one of the "tightest" of the mainstream compression mechanisms. While it's far from the fastest, the workflow files are tiny, so speed does not matter.

That generates binary output, which cannot be posted. I then Base64-encode them, which generates a text string using characters that can be posted here. Various mechanisms have been used for this on Usenet in the past, including uuencode and yEnc, so making use of that existing work makes sense. I think that Base64, while not as compact as yenc, is the most-widely-used today, and I know that the restrictive character set used doesn't smack into any Markdown encoding issues, so went with that.

I've written a shell script that can do this automatically for other folks using Linux. This will take an existing workflow file, xz-compress it, Base64-encode it, prefix each line with four spaces so that the text is displayed literally by Markdown and not wrapped at each line, and then wraps the text in spoiler tags, so that in the Lemmy Web UI and any other clients that support it, the text is collapsed by default, as well as labeling the text with the filename. If anyone else is interested:

# Encode a file such that it can be pasted into a Lemmy markdown comment.
# Depends on coreutils, sed, and xz-utils.
# Usage: mylemmybinaryencode.sh <filename>

filename="$@"

echo "

:::

Or, packed by itself:

On Debian-family Linux systems (most, these days), you'll need to have the xz-utils, sed, and coreutils packages installed. I suspect that pretty much all Linux systems out there already have these pre-installed, as they're very common utilties.

To decode such a file, one can do:

$ base64 -d <filename.xz.base64 | xz -d >filename

I'm sure that there are utilities on other platforms that can also handle Base64 and xz-compressed data (I've several other packages installed on my own), but that uses probably the most-widely-available utilities to do so.

Just wanted to provide at least what I do when posting images, and explain why.

Bing

UI: ComfyUI

Model: STOIQNewrealityFLUXSD_F1DAlpha

A huge, dangerous black jaguar lying next to a relaxed, white long-haired Angora cat. In the background is a blazing fireplace. The floor is black cherry.

UI: ComfyUI

Model: STOIQNewrealityFLUXSD_F1DAlpha

An image divided into five seamless sections showing a progression from left to right.

The image is a 1930s illustration.

Each section shows the character facing rightwards.

The first section shows a boy with short, straight, blond hair and formal, masculine clothes.

The rightmost section shows a girl with long, curly, red hair and casual, feminine clothes.

There are arrows between each section showing the direction of progression.