Met Gala 诺兰风格15秒视频提示词
Kling 3.0 生成，8个分镜精确到秒，4K画质，一场AI时尚大片
今天这条视频提示词来自 Kling 3.0 的 4K 生成效果，用诺兰式剪辑语言打造 15 秒 Met Gala 红毯大片。分段式时间码让 AI 精准控制每个镜头，适合追求电影感与节奏感的创作者。
@Diplomeme 的提示词(⭐ 31 人收藏)
每条分镜精确到秒，8个镜头完整覆盖红毯全过程，风格化调色与胶片质感双管齐下。
High-octane, hyper-realistic fashion sequence in the style of Christopher Nolan, shot on actual 70mm IMAX cameras at the Met Gala. Fast-paced multi-shot editing with quick, cinematic cuts timed at exactly one shot every 2 seconds across a complete 15-second timeline. A striking young woman in an haute couture gown arrives at the Met Gala surrounded by photographers and camera flashes. High-contrast Nolan-esque color grading with deep shadows, cold teals, and bright highlights. Blinding bursts of paparazzi flashes pierce the night, reflecting across the gown and marble steps. Rapid sequence of intense cuts:
•Shot 1 (0-2s): Eye-level tracking shot of the woman ascending the Met Gala steps as photographers surround her.
•Shot 2 (2-4s): Tight, detailed close-up of her face, makeup, jewelry, and camera flashes reflecting in her eyes.
•Shot 3 (4-6s): Low-angle handheld camera whip-panning upward from the flowing couture gown to her silhouette against the illuminated museum facade.
•Shot 4 (6-8s): Ground-level macro shot of intricate fabric, embroidery, gemstones, and couture details moving naturally.
•Shot 5 (8-10s): Fast tracking shot behind the woman as she turns dramatically toward photographers, her gown sweeping through the air.
•Shot 6 (10-12s): High-angle wide shot of the Met Gala staircase, crowd, photographers, celebrities, and the woman commanding center frame.
•Shot 7 (12-14s): Shaky handheld tracking shot following her final dramatic pose as camera flashes erupt around her.
•Shot 8 (14-15s): Hard cut to black with a lingering burst of camera flashes fading into darkness.
Raw documentary-style camera textures, organic lens flares, lifelike physics, authentic fashion motion blur, realistic skin texture, natural crowd movement, and a glamorous sense of celebrity spectacle. Ultra-detailed, 4k resolution.