Generate chrome robots on synthwave beaches
Create your own chrome robot art in the style of Hajime Sorayama. It's free and easy!
4 years ago
chrome robot woman on a synthwave beach by Hajime Sorayama, digital art, airbrush
Créé 4 years ago · 9 commentaires· 0 j'aime
Coherent
Résumé de création par Vincent
Chrome Robot Woman on Synthwave Beach as Digital Art
A digital painting of a chrome robot woman on a synthwave beach. The artwork features airbrush techniques, dark and mysterious colors, and geometric elements in a hyperrealistic style.
Créé par OceanMan le Aug 22, 2022 en utilisant le modèle générateur d'images AI Coherent.
9 Commentaires
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Iron Phil @IronPhilArt
[Removed]
2022-08-22T06:44:01.918ZReply
Paramètres de Création
- Prompts textuels
- chrome robot woman on a synthwave beach by Hajime Sorayama, digital art, airbrushWeight: 1dark and mysterious painting by Michael Kaluta, Dan Mumford and Cyril RolandoWeight: 0.8a beautifully and highly detailed painting by Iwan Baan, David Friedrich and Lee MadgwickWeight: 0.8higly intricate, sophisticated and complex digital painting, concept art, hyperrealism, Cinema 4D, 8k resolution, 64 megapixels, CGSociety, ZBrush Central, behance HD, hypermaximalist, a masterpiece, parallax, geometricWeight: 0.8cel-shaded, depth, particlesWeight: 0.1deep colors, rainbow, vivid, brilliant, colored, bright, polychromatic, glowing neon, geometric, dark, mist, by Gustav KlimtWeight: 0.3Art of Illusion, Artrift, finalRender, Flickr, IMAX, Polycount, r/Art, shadow depth, Sketchfab, Sketchlab, Substance Designer, VRay, depth of field, subtractive lighting, panorama, 3DEXCITE, 3Delight, 3D shadingWeight: 0.7too sharp, underexposed, vague, ambiguous, too dark, faces, hair, human, skin, people, deformed, bokehWeight: -1disordered, untidy, sloppy, nasty, filthy, blur, blurry, undeveloped, noisy, watermark, scratches, messy, paint flecks, dirty, unclearWeight: -1
- Modèle
CKPT- Résolution initiale
Medium
- Rapport d'aspect
4:3
- Poids de l'invite globale
70%
- Poids de l'image de départ
100%
- Poids du bruit
10%
- Amélioration de la précision
Aucun
