Generate Lucky Images with AI
Feeling lucky? Create your own lucky-themed images with our free AI image generator!
3 years ago
Feeling lucky tonight
Créé 3 years ago · 4 commentaires· 0 j'aime
SDXL DPO
Résumé de création par Vincent
High Roller at Blackjack Table in Hyperrealistic Style
A hyperrealistic painting shows a high roller at a blackjack table, smiling amid a crowd. The image captures the excitement of the game with a hint of melancholy, similar to Edward Hopper's style.
Créé par CookieMonster le Feb 20, 2024 en utilisant le modèle générateur d'images AI SDXL DPO.
4 Commentaires
Rejoindre la conversation
tr3ylisha @Tr3ylisha
Thank you all so much for participating and for your patience in between rounds! I promise I have lists of words to use for the dealer, I’m just terrible at getting the next game up and running!
But as always fantastic work, I always think I’ve got a winner… until I see the other entries!!
Looking forward to seeing more good stuff in round 11 🥰
2025-02-07T21:02:35.164ZReply
Thank you so much for taking part in my Luck challenge guys! It was such a cool challenge. Wonderful creations, creative! Congratulation to all of you, congratulation to the winners as well! 🤗🥳
I appreciate everyone playing my game. There were so many amazing entries. I could only hope that someday I can make creations as good as all of you. Once again thanks for playing, and see you next time.
Paramètres de Création
- Style prédéfini
Striking
- Prompts textuels
- Painting by Edward Hopper, high roller player smiles as he sits at a blackjack table, huge piles of chips in front of him, crowd gathering around him to watch, the painting conveys feelings of excitement and a suggestion of melancholyWeight: 1intricate details, HDR, beautifully shot, hyperrealistic, sharp focus, 64 megapixels, perfect composition, high contrast, cinematic, atmospheric, moodyWeight: 0.9
- Modèle
CKPT- Résolution initiale
Medium
- Rapport d'aspect
1:1
- Durée d'exécution
Short
- Poids de l'invite globale
50%
- Poids de l'affineur
50%
- Méthode d'échantillonnage
K_DPMPP_2M
