动画与二次元 · MiniMax H3 (Hailuo 03)
漫画风烈焰滑板手 `AI 反推`
Duration: 15 seconds | Aspect ratio: 16:9 | Style: 2D animated cartoon, vibrant flat colors, thick outlines, comic book style SCENE Red-haired man with a scowling expression. He…
完整提示词
Duration: 15 seconds | Aspect ratio: 16:9 | Style: 2D animated cartoon, vibrant flat colors, thick outlines, comic book style SCENE Red-haired man with a scowling expression. He wears a yellow puffer jacket with a green fur hood and smiley face patches, blue jeans, and mismatched high-top sneakers (one pink/purple, one yellow/green). Setting: stylized city street with brightly colored buildings, clear blue sky, puffy white clouds, and a distant clock tower. SHOT BREAKDOWN 0-4s — Skater rides down the street, trailing stylized blue and yellow flames from the skateboard wheels. Framed as a low-angle tracking shot beside him. 4-8s — Skater continues riding past colorful storefronts, including a green shop with a "BAD OZA" sign. The camera tracks slightly ahead. 8-12s — Extreme close-up on the mismatched sneakers on the skateboard deck. Thick blue and yellow flames erupt dramatically from the wheels. 12-15s — Cut to a high-angle tracking shot behind the skater, following him down the center of a dashed road toward the clock tower. CAMERA Dynamic tracking movement. Utilizes low-angle profile shots, cuts to an extreme close-up, and finishes with a trailing shot. Smooth, continuous forward momentum. LIGHTING & PALETTE Flat, bright daytime illumination. Highly saturated color palette. Dominant bold colors: mustard yellow, cyan, vibrant red, emerald green, and neon pink. AUDIO Rolling skateboard wheels on asphalt, rushing wind, and the crackling whoosh of fire. Fast-paced punk-rock instrumental music. AVOID Photorealism, 3D rendering, CGI shading, muted tones, static camera, soft edges, realistic proportions.
为什么这样写
开源案例按“主体与参考素材 → 时间轴与镜头 → 动作连续性 → 光线风格 → 对白、环境声与音效 → 限制条件”组织。原作者:@whorange__。
模型与出处
使用模型
MiniMax H3 (Hailuo 03)
提供方
MiniMax / Hailuo AI
提示词是依据官方公开指南与示例整理的学习版本;不同模型结果会随版本、输入素材、随机种子和参数变化。