Retro Space Capsule: Micro Tremors, Weightless Gaze AI Image Prompt
Shot 1: Orbital Micro Tremor (0:00 - 0:02.5) — Continuing from the first frame Camera movement: subtle handheld camera shake inside the cabin. [Starting from the first frame] Inside a retro spacecraft cabin, slight natural metallic tremors due to orbital operation. Outside the porthole, white clouds on Earth's surface drift extremely slowly, the distant Moon remains still. Indicator lights on the old instrument panel flicker weakly. Retro realistic sci-fi, warm orange color tone. Shot 2: Instrument Close-up (0:02.5 - 0:05.0) — Progressive detail Camera movement: macro pan. [Close-up] Dense retro machine panels on the cabin wall. A green CRT monitor screen flickers with analog signal waveforms and code. Copper pipes and red-orange cables show an aged texture in dim light. No special effects lighting, only realistic mechanical operation. Shot 3: Weightless Drift (0:05.0 - 0:07.5) — Spatial rendering Camera movement: static medium shot with zero-g movement. [Medium shot] Beside the bunk in the spacecraft. A stainless steel mug slowly and steadily rotates in mid-air due to weightlessness. In the background, a messy orange blanket and white pillow float slightly. Natural light from the porthole illuminates dust particles in the air. Shot 4: Deep Space Gaze (0:07.5 - 0:10.0) — Story ending (not pulling back) Camera movement: slow push-in, no pull-back. [Slow push-in] The camera moves past the messy bunk, slowly pushing toward the large round porthole. Outside, the blue Earth's arc and deep space gradually fill the frame. The cloud texture is thick and realistic, and the image freezes in a quiet gaze at the vast universe.
Content: Shot-based structure: each segment includes timecode, camera movement, shot size, scene details, style/tone. Formula: time + camera motion + subject + environment + light + color.
Pros: Clear shot timeline for segment-by-segment generation; specific scene and material descriptions.
Cons: No unified style parameters; some shots depend on the first frame.
Reference image: Depends on the first frame
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