✨ Save 50% on Annual Plans ✨ Claim 6 months FREE →
Create your own silk dragon images
Design unique silk dragon art with our free AI generator. Easy, fast, and fun!
a year ago
Silk Dragon
Créé a year ago · 3 commentaires· 0 j'aime
Crystal Clear XL2xClarity 2x
Résumé de création par Vincent
Glowing DNA Molecule with Detailed Structure
This hyperrealistic image showcases a DNA molecule with glowing green phosphate groups, red bases, blue bonds, and yellow carbons. The coiled strand is detailed against a colorful background, concept art style.
Créé par Paulo BSF le Oct 19, 2025 en utilisant le modèle générateur d'images AI Crystal Clear XL.
3 Commentaires
Rejoindre la conversation
Anya Sylver Foxx @anyafoxx69
Thank you for joining my challenge!🤗 💖
All of the entries were 💞INCREDIBLE!!💞
💜 A new game starts soon! I hope you'll enter, and don't forget to come back and vote!
**Have a wonderful day, and always remember: You are wonderful, your creations are am
2025-10-26T21:36:14.106ZReply
Paramètres de Création
- Modèle
CKPT- Image de départ
- Agrandir Prompt
- DNA molecule with details showing the nitrogenous bases in red, and hydrogen bonds in blue, detailing the carbons of deoxyribose in yellow, the phosphate groups should glow green. In the background, the DNA strand coiled by histamine proteins in brown. Hyperrealistic, splash art, concept art, mid shot, ...
- Créativité
60%
Paramètres de création originale
- Style prédéfini
Hyperreal
- Prompts textuels
- DNA molecule with details showing the nitrogenous bases in red, and hydrogen bonds in blue, detailing the carbons of deoxyribose in yellow, the phosphate groups should glow green. In the background, the DNA strand coiled by histamine proteins in brown.Weight: 1Hyperrealistic, splash art, concept art, mid shot, intricately detailed, color depth, dramatic, 2/3 face angle, side light, colorful backgroundWeight: 0.9
- Modèle
CKPT- Résolution initiale
Medium
- Rapport d'aspect
1:1
- Durée d'exécution
Long
- Poids de l'invite globale
50%
- Poids de l'affineur
50%
- Méthode d'échantillonnage
K_DPMPP_2M
