MiniMax H3 / Hailuo 3.0 · FL2VA
绿皮机车机械变形为机器人
编号 8173 的绿黄机车在山地铁路上展开并重组，最终成为保留车头结构与涂装的巨型机器人。 成片规格为 15 秒 · 1536×672。原帖完整公开了 Prompt，本页按原文保留。
- 生成模式
- FL2VA
- 模型
- MiniMax H3（创作者标注）
- 输出
- 15s · 1536×672 · landscape
- 标签
- MiniMax H3 · 音乐视频 · 公开 Prompt · X 原帖
- 提示词来源
- 创作者原文
原始 Prompt
以下为来源公开的原文 Prompt，未翻译、改写或补全。
Use <Image 0> the exact FIRST FRAME and <Image 1>as the exact LAST FRAME. Create one continuous 15-second photorealistic cinematic transformation connecting these two states. Maintain the EXACT same railroad location throughout: same curving track, green grass, surrounding trees, distant rolling forested hills and mountains, sky, morning atmosphere, perspective, and overall natural lighting. The environment does NOT transform, shift, regenerate, or change location. No additional people, vehicles, trains, or robots appear. The locomotive itself physically transforms into the robot shown in <Image 1>. This must be a true complex mechanical transformation, NOT a dissolve, magical morph, liquid-metal effect, crossfade, replacement, or sudden character swap. Every major robot component originates visibly from physical locomotive components. Preserve the locomotive's recognizable green-and-yellow painted metal, weathering, markings, wheels, panels, vents, grilles, lights, and mechanical construction as they reorganize into the final robot. [00:00–00:02.5] Begin exactly on <Image 0>. Hold the intact locomotive briefly. The engine idles subtly. Then small mechanical movements begin: suspension compresses, exterior panels unlock and separate along real seams, vents shift, internal gears engage, and heavy metal sections begin sliding apart. The camera makes a subtle cinematic adjustment to accommodate the increasing vertical scale. [00:02.5–00:06] The transformation becomes larger and clearly mechanical. The locomotive's wheel assemblies separate and rotate downward, reorganizing into two enormous articulated legs while remaining visibly composed of train machinery. Axles rotate, wheel trucks pivot, steel panels telescope outward, internal pistons extend, and mechanical joints lock together. The locomotive remains physically planted over the same section of track. The main locomotive body begins rising upward as the newly formed legs extend beneath it. No pieces float independently and nothing materializes from nowhere. [00:06–00:10] The locomotive body folds and compacts into the robot torso. Large green exterior panels rotate inward and interlock across the chest while recognizable yellow locomotive markings remain incorporated into the armor. Side machinery unfolds outward into shoulders. Long mechanical assemblies telescope and rotate downward into articulated arms. Hands assemble from smaller interlocking mechanical components at the ends of the forearms. Visible gears turn, pistons compress, cables tighten, panels slide across one another, and heavy locking mechanisms engage. The camera smoothly pulls back and tilts upward only as necessary to keep the entire transformation readable while preserving the original environment and spatial orientation. [00:10–00:13] The upper locomotive housing separates and folds inward. Smaller panels rapidly rotate, collapse and interlock around an emerging mechanical neck assembly. The robot head rises mechanically from inside the reorganized machinery; face plates slide into position, the final head structure locks together, and the eyes illuminate. Remaining locomotive panels snap precisely into their final locations across the shoulders, chest, back, arms and legs. Final pistons compress and locking mechanisms engage with tremendous physical weight. [00:13–00:15] The transformation completes. The enormous robot settles its weight onto the railway tracks with a heavy suspension-like compression through its legs. Tiny secondary panels finish closing and locking. The camera settles naturally into the exact composition required by <Image 1>. The robot becomes the precise completed design, proportions, orientation and pose shown in <Image 1>, standing in the same landscape. End EXACTLY on <Image 1> and hold the completed robot briefly. No further transformation. overall_soundscape: Sound ON. Highly detailed realistic mechanical transformation audio synchronized precisely to visible movement: deep diesel engine rumble, enormous steel panels sliding and rotating, gears grinding smoothly, hydraulic pistons releasing and compressing, servomotors, heavy hinges, wheel assemblies rotating, suspension groans, metal components telescoping, powerful mechanical locking CLUNKS and deep resonant impacts. Transformation sounds increase in scale as larger components move. During the final assembly, several massive sequential mechanical locks culminate in one deep heavy final THUNK as the robot reaches full form. Afterward, quieter servo settling, cooling metal ticks and a low mechanical idle remain. Maintain subtle natural countryside ambience underneath: light morning wind through grass and trees and distant birds. No dialogue. non_diegetic_music: None. No score, no musical tones, no trailer music. Let the mechanical transformation and natural environment provide the entire soundtrack.