{
"prompt_name": "Prompt 17",
"description": "Ultra-realistic 3D commercial-style product shot of a premium cherry juice bottle suspended mid-air, covered in intricate condensation droplets reflecting ambient light for enhanced photorealism. The bottle appears fresh, vibrant, and slightly tilted for dynamic sophistication. Surrounding elements include high-speed frozen splashes of cherry juice, whole cherries, sharp ice cubes, floating stems, and fresh green leaves — all crisply defined with vibrant clarity. Background features a rich deep red to burgundy gradient evoking indulgence and premium quality. Cinematic studio lighting with bright highlights, crisp shadows, high contrast, and subtle reflective surface beneath the bottle. Label clearly visible with realistic reflections and depth. Overall aesthetic: luxurious, fresh, energetic, high-end commercial beverage advertising.",
"technical_specifications": {
"aspect_ratio": "4:5",
"resolution": "Ultra-HD",
"lighting": "Studio-style cinematic, bright highlights, subtle reflections, high contrast",
"detailing": "Extreme attention to condensation, droplets, and frozen high-speed motion elements"
}
}
{
"prompt_name": "提示词 17",
"description": "超写实 3D 商业风格产品拍摄,展示一瓶悬浮在空中的优质樱桃汁,瓶身覆盖着错综复杂的冷凝水珠,反射着环境光以增强照片级真实感。瓶子看起来新鲜、充满活力,并略微倾斜以展现动态的精致感。周围元素包括高速凝固的樱桃汁飞溅、完整的樱桃、锐利的冰块、漂浮的茎和新鲜的绿叶——所有这些都轮廓分明,清晰度极高。背景呈现出浓郁的深红色到勃艮第红的渐变,唤起纵享感和高品质感。电影级摄影棚照明,具有明亮的高光、清晰的阴影、高对比度,以及瓶子下方微妙的反射表面。标签清晰可见,具有逼真的反射和深度。整体美学:奢华、新鲜、充满活力、高端商业饮料广告。",
"technical_specifications": {
"aspect_ratio": "4:5",
"resolution": "超高清",
"lighting": "影棚风格电影感,明亮高光,微妙反射,高对比度",
"detailing": "极度注重冷凝水、水珠和凝固的高速运动元素"
}
}
Un portrait en profil d'une jeune femme, riche de sensibilité cinématographique, qui lève la tête et ferme les yeux, baignant dans une lumière dramatique. Elle se tient devant un fond profondément bleu, vêtue d'un manteau noir. Un faisceau

Symphonie onirique et fantastique. Élégante et esthétique, comme un ballet entre l'océan et la musique. Tempérament visuel : Non pas conquérir la mer, mais danser avec elle. Le rythme provient de rythmes ondulants semblables à la respiratio