Vintage Park Bench Smartphone Male Portrait Prompt

Create a cinematic, hyper-realistic full-body portrait using the uploaded image strictly as the ONLY face reference.
The subject is seated on a vintage wooden park bench, body slightly angled to the right, looking down at a smartphone with a calm, focused expression.
Outfit includes a light lavender purple button-down shirt (slightly relaxed fit), beige tailored trousers cropped above the ankle, clean white low-top sneakers, a minimal leather-strap wristwatch, and thin-framed eyeglasses. Hair is naturally styled with soft volume, slightly tousled.
A floral bouquet with soft pastel tones (pink, white, and blue flowers) rests beside the subject on the bench. The environment is a peaceful outdoor park during golden hour, featuring a blooming cherry blossom tree and a vintage street lamp positioned on the left side of the frame. Thin overhead cables stretch diagonally across the scene.
Composition prioritizes a large visible sky area — the upper portion of the frame is dominated by dramatic golden-hour sky with soft clouds and smooth gradients. The subject occupies the lower-middle portion of the frame, leaving generous headroom and open sky for a cinematic airy feel.
Lighting is warm and cinematic — golden sunlight from the horizon combined with the subtle warm glow of the street lamp, creating rich highlights and soft teal-toned shadows. No overexposure; sky retains full detail and color depth.
Camera angle is low-angle (slightly below bench level), looking upward, enhancing depth while naturally revealing more sky. Full-body framing (head-to-toe, feet fully visible, no cropping), subject slightly right of center with balanced negative space.
Foreground includes creamy, out-of-focus bokeh elements (soft grass/flowers) to add depth. Use shallow depth of field with sharp subject detail and softly blurred background.
Ultra-detailed textures, natural skin (no smoothing), realistic fabric folds, cinematic color grading.
8K resolution, RAW quality, professional photography.
Aspect ratio 4:5.