Add Pallas service ring blueprint prompt

prompts/image-generation/pallas-service-ring-kappa-blueprint.prompt.md

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+# Pallas Service Ring Kappa Blueprint Prompt v0
+
+Use case: infographic-diagram
+Asset type: engineering blueprint / wireframe layout reference for illustrated IF scene iteration
+Primary request: Generate a precise wireframe engineering diagram of Service Ring Kappa, the AU Bloom cavity maintenance yard where the Pallas Species Strikes fixture takes place.
+
+Style/medium: monochrome cyan-blue technical blueprint on dark navy drafting paper; thin luminous wireframe lines; clean orthographic engineering drawing; drafting-plate presentation; labels, arrows, scale ticks, section callouts, and simple scale silhouettes. The image should feel like an engineering systems layout sheet prepared by habitat maintenance planners.
+
+Composition/framing: One large central cutaway/isometric diagram of a long curved maintenance lane inside the engineered inner shell of a rotating Bloom habitat, with two smaller inset diagrams: top-down floor plan and transverse cross-section. The central diagram shows the whole action space at once.
+
+Scene/backdrop: The space is an engineered Bloom cavity habitat service ring built from consolidated asteroid rubble/aggregate, dark TCS substrate, shell plating, ribbed supports, seals, braces, manifolds, deck plates, cable trays, and work lights. The service lane runs lengthwise through a curved manufactured inner shell. The shell reads as constructed infrastructure: layered plating, aggregate backing, structural ribs, bolted seams, service conduits, and seal hardware.
+
+Required layout elements:
+- Curved engineered habitat shell wrapping around the service lane, shown as layered shell plating over aggregate/TCS substrate.
+- Scuffed bolted deck plates following the curve of the shell.
+- One side has an amber-labeled manifold wall: pipe trunks, cable bundles, pressure gauges, route-diagram screens, removable patch plates, diagnostic touch panels.
+- Opposite side has the baseline anchor rail: bolted steel track, anchor posts, heavy hooks, clipped safety tethers, old tool lockers, fold-out break ledge.
+- A raised AU supervisor catwalk/booth above the lane: transparent control wall or open walkway, blue-white schedule screens, sealed door seam, waist-high safety rail.
+- Cephalopod dry-operation work bays: open low work-support frames, humidity rings, padded contact bands, transparent oxygenation tubes, flexible radial tool rails, valve clusters, small diagnostic screens.
+- Kappa crawl throat at one end: gasket-rimmed oval/circular crawl opening with red alert ring, access route arrows, nearby inspector camera mount.
+- Worker flow paths: center walking lane, crawl-access route, anchor-crew work zone, manifold technician work zone.
+- Small scale silhouettes only: one baseline human rigger near anchor rail, one engineered seal technician near manifold, one cephalopod body silhouette in a work-support rig, one supervisor silhouette on catwalk. These are scale markers, not character art.
+
+Labels to include verbatim if possible: "SERVICE RING KAPPA", "BLOOM SHELL / CONSOLIDATED AGGREGATE", "TCS SUBSTRATE", "KAPPA MANIFOLD WALL", "BASELINE ANCHOR RAIL", "CEPHALOPOD WORK-SUPPORT BAY", "AU SUPERVISOR CATWALK", "KAPPA CRAWL THROAT", "CENTER WORK LANE", "LIFE-SUPPORT BYPASS ROUTE".
+
+Visual priorities: clarity of spatial relationships, readable engineering layout, practical work zones, body affordances for different worker types, and the fact that all drama happens in one shared industrial maintenance environment.
+
+Constraints: Use affirmative visible description only. The image reads as an engineering diagram first and science-fiction concept art second. Keep the whole space legible at thumbnail size. Use labels sparingly but clearly. The cephalopod work-support bay is an open workplace support platform with practical padded loops and tool access. The cavity shell is visibly manufactured habitat infrastructure.