Stable Diffusion - Images

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Besties


Stable Diffusion
ai art stable diffusion cat ears

Sunflower Fairy


Stable Diffusion
ai art stable diffusion

Little maid and her sheep puppet


Stable Diffusion
ai art stable diffusion

Mascot


Stable Diffusion
ai art stable diffusion

Someone made a new model

NIKE 14
NIKE 14

Stable Diffusion
ambiguous fingers maplesyrup

Well, it can generate pretty good video game textures with tiling.


Stable Diffusion
mahogany texture tiling

Goth

werd T
werd T

Stable Diffusion
ai art stable diffusion goth gf goth

Pink Nurse


Stable Diffusion
stable diffusion ai art nurse wings angel

Alien mushrooms


Stable Diffusion
mushroom glowing hassanblend

Mid-century alphabet

A B C D E F GHIJKE MNOPOR S P U V W X YZ
A B C D E F GHIJKE MNOPOR S P U V W X YZ

Stable Diffusion
alphabet img2img

just miku

model is anythingv3
model is anythingv3

Stable Diffusion
hatsune miku vocaloid midriff thighs miniskirt anythingv3 ai art navel sleeveless twintails

What's that?


Stable Diffusion
cat frog hybrid animals

It's the decorations below that gave it away


Stable Diffusion
wizard

They're getting somewhere


Stable Diffusion
model woman anime

Example of lawsuit against StableDiffusion

Stable Diffusion litigation get updates by email contact legal team q (x(0---T)) P(x(0...T)) 아 o 21 0 2 The first phase in diffusion is to take an image and progressively add more visual noise to it in a series of steps. (This process is depicted in the top row of the diagram.) At each step, the Al records how the addition of noise changes the image. By the last step, the image has been "diffused" into essentially random noise. The second phase is like the first, but in reverse. (This process is depicted in the bot- tom row of the diagram, which reads right to left.) Having recorded the steps that turn a certain image into noise, the Al can run those steps backwards. Starting with some random noise, the Al applies the steps in reverse. By removing noise (or "denoising") the data, the Al will emit a copy of the original image. In the diagram, the reconstructed spiral (in red) has some fuzzy parts in the lower half that the original spiral (in blue) does not. Though the red spiral is plainly a copy of the blue spiral, in computer terms it would be called a lossy copy, meaning some details are
Stable Diffusion litigation get updates by email contact legal team q (x(0---T)) P(x(0...T)) 아 o 21 0 2 The first phase in diffusion is to take an image and progressively add more visual noise to it in a series of steps. (This process is depicted in the top row of the diagram.) At each step, the Al records how the addition of noise changes the image. By the last step, the image has been "diffused" into essentially random noise. The second phase is like the first, but in reverse. (This process is depicted in the bot- tom row of the diagram, which reads right to left.) Having recorded the steps that turn a certain image into noise, the Al can run those steps backwards. Starting with some random noise, the Al applies the steps in reverse. By removing noise (or "denoising") the data, the Al will emit a copy of the original image. In the diagram, the reconstructed spiral (in red) has some fuzzy parts in the lower half that the original spiral (in blue) does not. Though the red spiral is plainly a copy of the blue spiral, in computer terms it would be called a lossy copy, meaning some details are

Stable Diffusion
lawsuit litigation proof

What's this called?

ار الريال السر امه دارد
ار الريال السر امه دارد

Stable Diffusion
dark skin headphones anime