NightCafe AI Art
Create
⚡ Ends Sunday: 50% Off Annual PRO ⚡ Get 6 months FREE →

Create your own Anvil of Hephaestus with AI

Create your own mythological scenes with our free AI image generator. It's easy and fun!

Utopian Sci-Fi City in the Sky
Utopian Sci-Fi City in the Sky
4 years ago

Anvil of Hephaestus

Created 4 years ago · 0 comments· 0 likes

Stable Diffusion 1.5Stable Diffusion 1.52x

Vincent's Avatar
Creation Summary by Vincent

Utopian Sci-Fi City in the Sky

A breathtaking view of a futuristic utopian city floating in the sky. The city features modernist skyscrapers built on a disc-shaped platform, set against a backdrop of storm clouds and sunny skies as digital matte painting.

Created by GTD-Carthage on Feb 10, 2023 using the Stable Diffusion 1.5 AI image generator model.


No comments yet

Be the first to respond!

Anonymous User

No comments yet.

Creation Settings

Text Prompts
A huge sci-fi utopian city built over a disc plate floating in the sky, blue skies, pie-shaped megastructure building, city of modernist steel and glass skyscrapers over a giant top-heavy platform, storm clouds in the distance against a sunny sky
Weight: 1
hyperdetailed, beautifully-rendered fantasy matte painting, Unreal Engine 5, Craig Mullins, Apex Legends, Sparth, cinematic lighting, vivid, trending in Artstation, background art Magic the Gathering
Weight: 0.9
ugly, tiling, old, disfigured, deformed, blurry, watermark, signatures, 2D art, cartoon, flat shading, tilt shift, sketch, crude, simplistic, minimalism, bland, fog, anorexic, humans, crowds
Weight: -0.5
Model
Stable Diffusion 1.5
CKPT

Stable Diffusion 1.5

Initial Resolution

Low

Aspect Ratio

3:4

Runtime

Short

Overall Prompt Weight

40%

Sampling method

K_DPM_2_ANCESTRAL

CLIP Guidance

SIMPLE


More Creations

There's always more to explore

2
Cyberpunk Girl with Cat Ear Headset
0
5
Crypto Bull Versus Bear: Dark Fantasy Art
1
11
Flame and Water Medieval Crown, Digital Art
1
Colorful Ink Splash Yoga Pose in 3D
0
Detailed Wyvern Concept Art in Deep Color