

Ultra Realistic Couple Heart Hands Sunset Selfie Lock Screen Prompt | AI Photo Generator
Create stunning ultra-realistic couple selfies in a warm golden-hour sunset setting with this premium AI image generation prompt. Features a romantic selfie-style composition, heart-shaped hand gesture, natural facial details, preserved identity, cinematic lighting, orange-pink sunset sky, and realistic smartphone lock screen UI. Perfect for creating viral wallpapers, lock screen mockups, romantic social media content, couples photography, and photorealistic AI portraits. Optimized for ChatGPT, Midjourney, Flux, Stable Diffusion, and other AI image generators.
Open outdoor environment during golden hour. Background filled with a warm orange-pink sunset sky with soft glowing clouds. No buildings or distractions. Subjects: Couple leaning toward the camera from above in a modern selfie-style composition. Faces and hands clearly visible. Face & Identity: Fully natural, identity preserved. No beautification or smoothing. Real skin texture and asymmetry. Pose (strict): – Leaning slightly forward – Heads tilted inward – Hands extended toward camera – Fingers forming a centered heart shape – Direct eye contact Expression: Soft, warm smiles. Romantic, calm, intimate mood. Outfit: Female: soft beige or cream t-shirt (warm tone) Male: light tan shirt over white tee, optional smartwatch Natural fabric folds and texture visible Lighting: Golden hour sunlight from front-top angle Warm highlights on skin Soft shadows, cinematic glow Balanced exposure Background: Sunset sky (orange, pink, soft gold tones), clean and minimal Camera: Low-angle, 50mm lens look Close framing (faces + hands) Ultra-sharp everywhere, no blur Style: Warm cinematic photography, romantic aesthetic, natural grading Lockscreen UI: Top center: “Monday, 4 May ” Time: “18:47” Top left: signal icon Top right: battery 62% Negative prompt: blur, motion blur, depth of field, CGI, cartoon, plastic skin, bad anatomy, extra fingers, wrong heart shape, identity change, watermark, low resolution









