Mechanical Celestial Dragon in Cosmic Observatory AI Image Prompt
Create an ultra-detailed cinematic fantasy sci-fi illustration of a colossal {argument name="dragon type" default="mechanical celestial dragon"} inside a vast cosmic arcane observatory. The dragon dominates the frame from chest up, facing slightly left, with a long angular head, crown-like jagged horns, layered black gunmetal and silver armor scales, razor crystalline spines, clawed hands, and enormous partially spread wings made of sharp metallic feathers and translucent gold-lit crystal shards. A brilliant circular golden reactor or magical core glows in the center of its chest, with intricate clockwork rings and filigree around it. The dragon raises its left claw toward a floating translucent holographic blueprint panel filled with star-map lines and architectural diagrams, while its right claw hovers over a delicate golden astrolabe platform. Surround it with exactly 6 major floating magical interface elements: 2 translucent rectangular blueprint screens, 3 circular astrolabe or constellation diagrams, and 1 suspended ornate mechanical sphere. The environment is a grand celestial workshop with reflective dark stone floors, golden rails, miniature cathedral-like spires, armillary spheres, thin towers, and tiny robed humanoid figures for scale. The background is a deep starry night sky filled with glowing constellation networks, orbital rings, sacred geometry circles, sparks, and radiant gold light beams. Visual style: hyperrealistic epic concept art, baroque clockwork design, obsidian black, polished silver, warm gold, electric white-blue holograms, extremely high detail, dramatic rim lighting, volumetric glow, sharp focus, grand vertical composition, awe-inspiring scale, no text, no watermark.
Content: Structure formula: Subject (parameterized dragon) + Composition (chest up) + Pose details + Scene (cosmic observatory) + Elements (6 interfaces) + Background (starry sky) + Style (hyperreal baroque).
Pros: Extremely detailed and quantified for precise generation.
Cons: Parameterization may not work; over-detailed limits creativity.
Reference image: No obvious reference-image dependency
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