AI Prompt for Luxury Product Commercial Video Generation

"Create a luxury beverage commercial featuring a single {argument name="soda color" default="purple"} soda can standing perfectly upright at the center of the frame on a glossy reflective surface. The environment is dark violet with soft bokeh particles and dramatic studio lighting. Scene 1 – Stillness (0–2s): The video opens in complete stillness. Only the can is visible—no berries, no water, no splashes, no particles. Condensation beads glisten on the surface. Subtle rim lighting outlines the can while the background remains moody and minimal. Scene 2 – Tension Build (2–4s): A low-frequency vibration begins. The can starts to shake gently, then slightly more intensely, as if pressure is building inside. The camera remains locked and centered, heightening anticipation. Scene 3 – Burst Moment (4–7s): The top of the can suddenly bursts open in slow motion. A powerful surge of luminous purple liquid erupts upward. The motion is controlled and cinematic—no chaotic spray. The liquid forms elegant arcs and sculpted waves. Scene 4 – Flavor Reveal (7–10s): As the purple liquid rises, glossy grape berries emerge from the opening, carried by the splash. Droplets and fruit are suspended in ultra-slow motion. The splash wraps around the can without hiding it, maintaining full product visibility. Scene 5 – Hero Composition (10–14s): The liquid reaches its peak and frames the can in a dramatic crown shape. Berries float in perfect balance around the splash. The reflective surface below mirrors the entire scene, creating depth and luxury. Final Hold (14–16s): Motion settles into a striking hero shot: can centered, purple liquid frozen in sculptural form, berries suspended mid-air. No text, no logos, no transitions—pure visual impact. Style & Mood: Ultra-premium soda advertisement, dark luxury aesthetic, cinematic slow motion, high-contrast lighting, glossy reflections, dramatic yet elegant energy. Camera & Technical Direction: Locked-off camera, high-speed macro cinematography, realistic fluid dynamics, controlled splash physics, volumetric lighting, shallow depth of field, hyper-detailed droplets."