> Ultra-realistic lifestyle couple portrait captured from a perfectly vertical top-down …

> Ultra-realistic lifestyle couple portrait captured from a perfectly vertical top-down overhead perspective. A handsome young man (Face given in refrance image 1) and a beautiful young woman (FACE GIVEN IN REFRANCE IMAGE 2 ) are lying closely together on lush, vibrant green grass in a peaceful garden during a warm summer afternoon. Their heads gently touch while they hold hands naturally with intertwined fingers, creating an intimate and romantic moment. The woman has soft medium-length wavy chestnut-brown hair spread naturally on the grass, flawless fair skin, delicate facial features, warm brown eyes, a genuine bright smile, elegant gold drop earrings, wearing a fitted deep red sleeveless camisole and dark denim jeans. One hand rests naturally on her waist while the other holds her partner's hand. The man has thick textured black hair with natural volume, light stubble, sharp masculine facial features, expressive brown eyes, and a subtle relaxed smile. He wears a fitted black crew-neck t-shirt and lies upside down relative to the camera, with one arm extended above his head and the other reaching toward the woman while holding her hand. Soft natural sunlight filters through nearby tree branches, creating beautiful dappled leaf shadows across their faces, clothing, and the surrounding grass. Out-of-focus flowers, leaves, and branches frame the foreground, producing dreamy depth and a cinematic composition. Rich green grass texture, realistic skin pores, natural hair strands, subtle fabric folds, authentic lighting, shallow depth of field, creamy bokeh, peaceful romantic atmosphere, editorial lifestyle photography, premium fashion campaign aesthetic. Camera: Full-frame DSLR, 50mm lens, f/2.2, ISO 100, 1/500s, overhead drone-style composition, HDR, ultra-sharp focus on both faces, natural color grading, 8K photorealistic, highly detailed, balanced exposure, realistic skin tones, no text, no watermark, vertical 9:16 composition.