Create stunning snow storm portraits with AI
Generate your own striking portraits of people in extreme weather conditions using AI. It's free and easy!
3 years ago
A snowy woman with long black hair and close eyes in a snow storm
Erstellt vor 3 years ago · 12 kommentare· 0 Likes
SDXL 1.01.5xClarity 1.5x
Kreationsübersicht von Vincent
Snowy Woman Portrait in Detailed Digital Painting
A digital painting of a woman with dark hair in a blizzard. The image features rich colors and intricate details, resembling fantasy art with an 8K resolution.
Erstellt von Alex Sumner am Feb 8, 2024 unter Verwendung des SDXL 1.0 KI-Bildgenerator-Modells.
12 Kommentare
An der Unterhaltung teilnehmen
That cinema teacher @Cineguy49
Beautiful entries everyone! Such a great diversity and beautiful interpretations of the theme! Thank you for participating in the ⛄️❄️Snow❄️⛄️ challenge.
Stay tuned for the next one starting soon: 🏞️❄️Winter Landscapes❄️🏞️.
You can find the results of the last challenge here:
2024-12-01T15:18:54.559ZReply
Kreationseinstellungen
- Modell
CKPT- Startbild
- Hochskalieren Prompt
- A snowy woman with long black hair and close eyes in a snow storm detailed matte painting, deep color, fantastical, intricate detail, splash screen, complementary colors, fantasy concept art, 8k resolution trending on Artstation Unreal Engine 5
- Kreativität
50%
Ursprüngliche Kreationseinstellungen
- Text-Prompts
- A snowy woman with long black hair and close eyes in a snow stormWeight: 1detailed matte painting, deep color, fantastical, intricate detail, splash screen, complementary colors, fantasy concept art, 8k resolution trending on Artstation Unreal Engine 5Weight: 0.9ugly, tiling, poorly drawn hands, poorly drawn feet, poorly drawn face, out of frame, extra limbs, disfigured, deformed, body out of frame, blurry, bad anatomy, blurred, watermark, grainy, signature, cut off, draftWeight: -0.3
- Modell
CKPT- Anfangsauflösung
Medium
- Seitenverhältnis
1:1
- Laufzeit
Short
- Gesamt-Prompt-Gewicht
50%
- Verfeinerungsgewicht
50%
- Abtastmethode
K_DPMPP_2M
