Generate cute pet images with AI
Create your own adorable pet images with AI. It's fun and easy!
4 years ago
Can I be your pet đ„ș
Créé 4 years ago · 10 commentaires· 0 j'aime
Coherent
Résumé de création par Vincent
Adorable Fuzzy Orb Floating in Clouds
This image shows an impossibly cute, round, fluffy baby animal floating in clouds. Its kinderschema face, large round eyes and symmetrical features make it extremely charming as 3D rendered digital art.
Créé par FloatingInQuietDarkness le Jun 30, 2022 en utilisant le modÚle générateur d'images AI Coherent.
10 Commentaires
Rejoindre la conversation
VoidSparkles @ChaosAndConfusion
Oh how precious and fluffy! â€ïž
2022-06-30T18:57:07.145ZReply
I feel like you would eat me in my sleep, so sure.
ParamÚtres de Création
- Prompts textuels
- Fuzzy Orb, the most adorable little creature in the worldWeight: 1National Geographic photo, DSLR HDR, volumetric lighting, macro lens, tack sharp focus, narrow depth of field, volumetric lighting, photorealistic lifelike amazing detailWeight: 1The most adorable animal imaginable; an impossibly cute, round, fluffy baby animalWeight: 1Fluffy, furry, fuzzy soft round orb floating in clouds; kinderschema face, childlike cute features, symmetrical, large round eyes, smiling; attractive, delightful, charming, appealing, cute, adorableWeight: 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: 0.98k 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: 0.5Watermark logo signature scratches messy noisy writingWeight: -1
- ModĂšle
CKPT- RĂ©solution initiale
Medium
- Rapport d'aspect
1:1
- Poids de l'invite globale
90%
- Poids de l'image de départ
70%
- Poids du bruit
40%
- Amélioration de la précision
Aucun
- Symétrie
Vertical : Faux
Horizontal : Vrai
Poids Symmétrique : 5%
