Sci-Fi Mech Blueprint Hangar

原始文档

GPT Image 2 · en

A cinematic, ultra-refined nighttime interior of a sci-fi mecha hangar, presented from a slightly overhead, wide-angle perspective above a massive horizontal holographic planning table. A glowing blue tabletop dominates the foreground and center, showcasing a display labeled {argument name="mech name" default="ARGONAUT"} The complex engineering blueprints for a humanoid combat robot are displayed on a table. The blueprints include three complete large-scale orthographic projections of the mech: front, side, and rear views. There are also numerous smaller component drawings of hands, joints, feet, armor plates, and circular mechanical parts, along with dense engineering annotations, diagrams, measurement lines, and blocks of Japanese annotations interspersed with alphanumeric labels. Around the table, five engineers in light gray industrial jumpsuits are studying the design, leaning over the edge, holding sturdy tablets; their faces are deliberately blurred and partially obscured. In the background, a towering, realistic humanoid mech stands upright on a maintenance gantry, suspended or perched in a vast factory cubicle filled with walkways, scaffolding, pipes, heavy cables hanging from the ceiling, glowing control panels, glass partitions, and a few tiny, distant workers placed to emphasize the scale. The design employs a cool steel and cyan color scheme, dramatic volumetric lighting, reflective metallic surfaces, a slight fog, high-contrast shadows, and a serious military-industrial atmosphere. The environment should appear dense, realistic, and operational, like a secret, advanced robotic facility. Emphasis should be placed on scale, technological complexity, and the contrast between the flat, glowing blueprints and the massive, solid mechs in the background. Rendered in a realistic concept art style, the holographic displays feature sharp lines, cinematic depth of field, and exquisite detail.

使用方法

1. 复制完整原始提示词，并保留其中的参数。
2. 按需求替换主体、文字和构图要求。
3. 在兼容的外部工具中使用，核对当前使用条件并检查结果。

开始前需了解

• 先确认是否需要参考图。标注兼容模型，不代表该示例由这个模型生成。
• 核对名称、数字与画面文字；不同模型版本的结果可能不同。