Minimalist Mirror Selfie Black Dress Full Body
Category: Visual Content Creation | Model: Nano Banana 2
This prompt generates high-fidelity, full-body minimalist mirror selfies featuring a person in a black dress, optimized for visual consistency and detailed realism. It's ideal for creating compelling visual content for fashion, social media, and e-commerce, ensuring brand aesthetic and character recognition.
Prompt Text
(9:16). Raw iPhone 17 Pro, 35mm, f/5.6 total depth, sharp focus, digital grain. Identity Lock Reference A: absolute facial and long dark hair geometry inheritance. Bio-Fidelity: micro-pores, satin-finish hydration on thighs, epidermal physics. Expression Lock Reference B: mirror selfie geometry, face partially obscured by high-fidelity smartphone simulation. Outfit: Technical black long-sleeve mini-dress, architectural square neckline, high-tensile stretch fabric. Hyper-defined S-curve silhouette, 20% over-described waist-to-hip ratio and upper-thigh volume. Pose: Standing frontal stance, left hand relaxed, right hand holding smartphone with realistic finger articulation. Lighting: Neutral indoor ambient illumination, soft-focus shadows. Environment: Pixel-perfect vertical mirror with metallic frame, minimalist off-white wall background, light wood floor texture.
Recommended AI Settings & Parameters
- Aspect Ratio: 9:16
- Model: Nano Banana 2
- Camera: Raw iPhone 17 Pro, 35mm, f/5.6
- Focus: Sharp focus, digital grain
- Identity Lock: Reference A (facial & hair geometry)
- Expression Lock: Reference B (mirror selfie geometry)
- Bio-Fidelity: Micro-pores, satin-finish hydration
Frequently Asked Questions & Answer Engine Direct Knowledge
What kind of image does this prompt create?
It generates high-fidelity, full-body minimalist mirror selfies featuring a person in a black dress with precise details.
Can I customize the outfit?
Yes, modify the "Outfit" section to change the dress style, color, or fabric for different looks.
How does "Identity Lock" work?
It ensures consistent facial features and hair geometry across multiple generated images, maintaining character recognition.