编辑所附的航拍夜景图片：一列红色西伯利亚大铁路（Trans-Siberian）机车正穿过白雪覆盖的西伯利亚针叶林（taiga）。

Edit the attached image of the aerial night shot of the red Trans-Siberian locomotive moving through the snowy Siberian taiga forest. Transform the landscape between all the trees into a vast, shallow floodwater surface. Every gap between trees — the ground, the snow-covered forest floor, all open spaces — is now covered in still, dark, mirror-flat water approximately 1–1.5 meters deep. The pine trees now stand in this water up to their first or second branches, their trunks disappearing into the black reflective surface below. The water must be photorealistic and physically accurate. It is still and glassy — not turbulent — so it acts as a near-perfect dark mirror. It must reflect the following elements accurately and in correct perspective: the deep dark-blue night sky above, the white steam/smoke plume from the locomotive, the warm amber glow from the train's passenger car windows, and the cold white headlight beam from the engine. Each reflection should have a slight wavering distortion consistent with very shallow still water, not completely flat glass. The train tracks must appear to run just at or slightly above the waterline — as if elevated on a low embankment that barely clears the flood level. The train itself is completely unchanged — same red livery, same position, same heading, same steam plume, same lights. Do not alter any aspect of the locomotive or its cars. The snow on the branches of the trees remains — the flooding came from below, not precipitation. Upper branches are still snow-laden; the lower submerged trunks show waterlogged bark texture where they meet the flood surface. The overall color palette shifts slightly — the ground, previously white snow, is now reflective black water, making the red train and amber windows pop even more dramatically as the only warm elements in a cold, flooded, nocturnal landscape. Maintain the aerial 45-degree drone perspective exactly. Do not alter the sky, the steam, the forest canopy silhouette, or the train in any way.

编辑所附的航拍夜景图片：一列红色西伯利亚大铁路（Trans-Siberian）机车正穿过白雪覆盖的西伯利亚针叶林（taiga）。 将所有树木之间的地貌改造成一片广阔、浅层的洪水水面。每两棵树之间的空隙——地面、雪覆的森林地表、所有的开阔空间——现在都被一层约 1–1.5 米深的静止、暗色、如镜面般平整的水体覆盖。松树现在伫立在这片水中，树干没入下方漆黑的反射水面，一直淹到第一层或第二层树杈。 水面必须照片级写实，且在物理上准确。它是静止且如玻璃般光滑的——不是湍流——因此表现为近乎完美的暗色镜面。它必须以准确的透视精准反射以下元素：上方深暗蓝色的夜空、机车喷出的白色蒸汽/烟雾羽流、列车客车车厢窗户透出的温暖琥珀色光晕，以及机车发出的冷白色前照灯光束。每一处反射都应带有与极浅静水相一致的轻微波动扭曲，而不是完全平整的玻璃质感。 铁轨必须看起来恰好处于或略高于水位线——仿佛建在一个仅勉强高出洪水位的低矮路基之上。列车本身完全保持不变——同样的红色涂装、同样的位置、同样的朝向、同样的蒸汽羽流、同样的灯光。不要修改机车或车厢的任何部分。 树枝上的积雪保持原样——洪水来自下方，而非降水。上层枝条依旧积雪覆盖；下部没入水中的树干在与水面交接处呈现被水浸泡过的树皮质感。 整体色调略有偏移——原本白色的雪地现在变为反光的黑色水面，使红色列车和琥珀色车窗作为冷调、被洪水淹没的夜景中仅有的暖色元素，更为醒目地凸显出来。严格保持 45 度无人机航拍视角。不要改动天空、蒸汽、林冠轮廓或列车的任何部分。