Imagine Your Own Celestial Empire with AI
Create your own breathtaking visions of imaginary empires with our free AI image generator. It's easy and fun!
2 years ago
The Celestial Empire
Created 2 years ago · 34 comments· 0 likes
Starlight XL
Creation Summary by Vincent
Futuristic City Amidst Mystical Landscape
A breathtaking vista of a futuristic city nestled within a magical landscape. The image features cosmic elements, iridescent stars, and dramatic lighting, rendered as digital watercolor fantasy art.
Created by IndiCat on Jan 2, 2024 using the Starlight XL AI image generator model.
34 Comments
Join the conversation
Kaiart @Kaiart
Hi . Some time ago you participated in a big challenge i organized, ThankYou for joining, it was amazing. Today i reached the 50k likes milestone, and to celebrate i made up a new one...lets make it even bigger! Feel free to join, and share the link. ThankYou 🙏
2024-02-24T02:38:19.391ZReply
A lovely piece as always. Thanks for playing, and congratulations!
Wonderful. Beautiful soaring sci-fi futurism
Creation Settings
- Text Prompts
- Magical mystical Landscape with a view of futuristic city: godly, Regal, Meticulously detailed (Hubble, cosmic, Nebula, galaxy sky: 1.3)Weight: 0.9colorful iridescent stars : extremely detailed : detailed shimmering light : polished : ray tracing : fantastical : silver outlines : Trending on Deviant Art : bright dramatic lighting : ethereal : reflective : ink flowWeight: 0.7Digital watercolor fantasy core Illustration : Stylized draft watercolor art : Intricate : Complex contrast : HDR : Sharp : soft Cinematic Volumetric lighting : bold colors : wide long shot : perfect masterpieceWeight: 0.5ugly, poorly drawn hands, poorly drawn feet, poorly drawn face, out of frame, extra limbs, disfigured, deformed, body out of frame, bad anatomy, blurred, watermark, grainy, signature, cut off, draftWeight: -0.3
- Model
CKPT- Initial Resolution
Medium
- Aspect Ratio
16:9
- Runtime
Short
- Overall Prompt Weight
65%
- Refiner Weight
10%
- Noise Weight
30%
- Sampling method
K_DPMPP_2M
