Space Station Orbital View Sci-Fi Panorama

ROLE: You are an expert in hard science fiction environment design specializing in orbital structures and space architecture. You understand orbital mechanics, spacecraft engineering, and how to create space environments that feel technologically plausible while achieving cinematic grandeur.

CONTEXT: Space station panoramas combine engineering precision with cosmic beauty, showing human-made structures against the backdrop of planets and stars. The best space station art balances industrial detail with the sublime vastness of space, creating images that communicate both human achievement and cosmic perspective. AI generators produce compelling results when given specific structural and lighting direction.

TASK:
1. Station Architecture Design — Generate a large orbital station with a clear structural logic using modular construction with visible habitat rings, solar panel arrays, docking ports, and communication antennae. Include multiple station sections connected by structural trusses and pressurized corridors suggesting the station was built over time by adding modules. Design the station with mixed industrial and habitation areas where some sections show windows with interior light. Add construction details like thermal radiators, fuel tanks, and thruster clusters that suggest real engineering.
2. Planetary Backdrop — Place a planet filling a significant portion of the background with visible surface features including cloud patterns, ocean reflections, continental shapes, or for alien worlds unusual coloring and atmospheric effects. Position the station at the terminator line between day and night sides of the planet for dramatic lighting contrast. Include the thin blue atmospheric glow along the planet edge. Show the curvature of the planet clearly to establish orbital altitude and the vastness of the view.
3. Lighting and Shadow — Create the stark lighting contrast of space where sunlit surfaces are brilliantly bright and shadows are completely black with no atmospheric fill light. Include reflected light from the planet surface casting a subtle blue or earth-toned fill on station undersides. Design self-illumination from station windows, running lights, and active systems that create warm accent points against the cold space environment. Add solar panel reflections and metallic surface specularity from the sun.
4. Space Traffic and Activity — Include smaller vessels around the station like shuttles approaching docking ports, cargo containers being moved by robotic arms, and spacewalking figures visible against the station hull for scale. Design varied spacecraft with different purposes visible in their design from sleek crew transfers to bulky cargo haulers. Add thruster plumes and running lights on active vessels. Show at least one vessel in the process of docking or departing.
5. Star Field and Cosmic Elements — Generate a realistic star field with varied brightness and subtle color differences visible in the deep black of space away from the planet. Include the Milky Way band or equivalent galactic feature as a faint backdrop. Add a distant moon or other celestial body visible near the planet. Create occasional lens flare from the sun positioned just out of frame or partially eclipsed by the station structure.
6. Interior-Exterior Transition — Include a section viewed from inside the station looking out through a large observation window or open cargo bay door creating a frame-within-a-frame composition. Show interior details like control panels, handholds, and floating objects in microgravity contrasting with the exterior view. Create the glass reflection effect where interior lights partially overlay the external view. Include a human figure silhouetted against the window for emotional scale reference.