Design Your Own Wild Floofballs with AI
Create your own adorable floofball families in their natural habitats. It's fun and free!
4 years ago
Family of Wild Floofballs in Their Natural Habitat
Créé 4 years ago · 4 commentaires· 0 j'aime
Coherent
Résumé de création par Vincent
Adorable Fuzzy Floofballs in Forest: 3D Render
This image shows fluffy, round creatures in a forest. The adorable, fuzzy animals are captured with photorealistic detail, soft lighting, and a shallow depth of field, reminiscent of a 3D render.
Créé par VampireLibrarian le Jul 14, 2022 en utilisant le modèle générateur d'images AI Coherent.
4 Commentaires
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amdijefri @amdijefri
My teenager is coming apart over this series
2022-07-15T03:29:37.285ZReply
Paramètres de Création
- Prompts textuels
- Floofballs in the WildWeight: 1Fuzzy round beasts, the most adorable big creature in the world, in a forest settingWeight: 1National Geographic photo, DSLR HDR, volumetric lighting, macro lens, tack sharp focus, narrow depth of field, volumetric lighting, photorealistic lifelike amazing detailWeight: 1Floating fuzzy orbs; The most adorable animals imaginable; impossibly cute, round, fluffy baby animalsWeight: 1Fluffy, furry, fuzzy soft round animals in the woods; kinderschema face, childlike cute features, symmetrical, large round eyes, smilingWeight: 1Fuzzy, furry, fluffy fur, realistic fur texture, nimbus, soft plush velvety fur; cute face, large eyes, childlike features, symmetrical; happy, friendly, smilingWeight: 1trending on Artstation Unreal Engine 3D shading shadow depth ethereal fantasy hyperdetailed mist James McCarthyWeight: 0.88k resolution holographic astral cosmic illustration mixed media by Pablo Amaringo horror Gustave Doré Greg RutkowskiWeight: 0.5Mixed media storybook Illustration, watercolor gouache detailed painting colored pencil ink drawing wet washWeight: 0.4Watermark logo signature scratches messy noisy writingWeight: -1
- Modèle
CKPT- Résolution initiale
Low
- Rapport d'aspect
1:1
- Poids de l'invite globale
100%
- Poids de l'image de départ
40%
- Poids du bruit
80%
- Amélioration de la précision
Extra
