477 lines
22 KiB
JSON
477 lines
22 KiB
JSON
[
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{
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"subGenre": "Smart Cities",
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"scene": "Central mobility hub where autonomous shuttles dock and crowds flow through biometric turnstiles",
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"sceneVariants": [
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"Central mobility hub where autonomous shuttles dock and crowds flow through biometric turnstiles",
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"Glass canopy with integrated solar strips",
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"Digital timetables projecting in AR above platforms",
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"Luggage conveyors routing to shared lockers",
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"A plaza-level info-kiosk with multilingual voice"
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],
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"actions": [
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"Shuttles align with docking pads and doors open autonomously",
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"Turnstiles authenticate faces and wave pedestrians through",
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"AR timetables update in real-time to show load balancing",
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"A micro-mobility dock deploys scooters to meet demand"
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],
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"camera": "Wide hub establish to low pedestrian-eye inserts",
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"accents": [
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"glass micro-highlights on canopy seams",
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"screen micro-highlights on AR timetables"
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],
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"mood": "efficient bustle",
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"lighting": "soft daytime with canopy shade pockets",
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"style": "futuristic urban realism"
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},
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{
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"subGenre": "Smart Cities",
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"scene": "Green corridor where embedded sensors water planters and monitor biodiversity",
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"sceneVariants": [
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"Green corridor where embedded sensors water planters and monitor biodiversity",
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"Permeable paving with micro drains",
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"Sensor posts humming with low telemetry",
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"Benches with integrated device charging",
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"A family watching birds on a smart display"
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],
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"actions": [
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"Soil sensors trigger targeted micro-irrigation",
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"Biodiversity camera tags a rare species and updates the public feed",
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"Benches publish availability and route suggestions to phones",
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"Runoff channels open to store rainwater when forecasts spike"
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],
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"camera": "Low naturalistic tracking with sensor macro inserts",
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"accents": [
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"leaf micro-highlights on drainage edges",
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"metal micro-highlights on sensor housings"
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],
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"mood": "calm sustainability",
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"lighting": "soft natural with dappled shade",
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"style": "eco-urban documentary"
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},
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{
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"subGenre": "Smart Cities",
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"scene": "Night plaza lit by adaptive lighting that responds to foot traffic density",
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"sceneVariants": [
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"Night plaza lit by adaptive lighting that responds to foot traffic density",
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"Light poles with motion and camera clusters",
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"A group of late commuters using a pop-up market",
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"Reflections on wet tiles after a short rain",
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"A maintenance drone recharging at a base"
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],
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"actions": [
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"Lighting brightens along walked paths and dims in empty zones",
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"A maintenance alert flags a flickering node and dispatches a drone",
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"Market stall payments processed via proximity tokens",
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"Foot traffic heatmap animates on a nearby info wall"
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],
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"camera": "Low night sweep with dynamic light tracking",
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"accents": [
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"lamp micro-highlights on wet tile reflections",
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"screen micro-highlights on info wall"
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],
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"mood": "secure nightlife",
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"lighting": "adaptive warm-to-cool pools",
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"style": "responsive urban cinematography"
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},
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{
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"subGenre": "Smart Cities",
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"scene": "Neighborhood microgrid control room coordinating rooftop solar and storage",
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"sceneVariants": [
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"Neighborhood microgrid control room coordinating rooftop solar and storage",
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"A matrix wall of energy flows",
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"Technicians evaluating demand forecasts",
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"A community noticeboard showing carbon credits",
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"A small battery container humming at low pitch"
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],
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"actions": [
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"Microgrid reallocates storage to balance a spike in AC usage",
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"Predictive AI shutters non-critical loads during a heatwave",
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"A community panel approves a local demand-response event",
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"Meters flash green as households hit efficiency goals"
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],
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"camera": "Control-room steady with flow-chart inserts",
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"accents": [
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"screen micro-highlights on energy nodes",
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"metal micro-highlights on battery casing"
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],
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"mood": "calm orchestration",
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"lighting": "neutral control-room with cool monitor glow",
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"style": "infrastructure documentary"
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},
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{
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"subGenre": "Smart Cities",
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"scene": "Integrated emergency response where city sensors cue ambulances to optimal routes",
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"sceneVariants": [
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"Integrated emergency response where city sensors cue ambulances to optimal routes",
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"A hospital admission dashboard showing ETA",
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"A cyclist's wearable signaling a health alert",
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"Intersection beacons holding traffic for clear passage",
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"Paramedics updating triage through an in-vehicle HUD"
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],
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"actions": [
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"Traffic nodes switch to green corridor to clear a path",
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"Ambulance routing recalculates around a crowd event",
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"Hospital indicates bed readiness and surfaces to the dispatcher",
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"Aerial drone confirms scene access and relays images"
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],
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"camera": "Mobile POV from ambulance with HUD overlays",
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"accents": [
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"headlight micro-highlights on wet road",
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"screen micro-highlights on ETA panels"
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],
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"mood": "urgent coordination",
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"lighting": "mixed emergency and ambient city light",
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"style": "procedural rescue"
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},
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{
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"subGenre": "Smart Cities",
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"scene": "Public health monitoring kiosk analyzing environmental air quality data",
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"sceneVariants": [
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"Public health monitoring kiosk analyzing environmental air quality data",
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"A parent checking asthma alerts",
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"A cyclist choosing a low-exposure route",
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"Sensors on building facades",
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"A tree canopy overlay showing pollutant flow"
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],
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"actions": [
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"Kiosk displays hourly AQI and suggests safe routes",
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"Urban model flags an upcoming pollution pocket and notifies authorities",
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"Cyclist reroutes via app to avoid a hotspot",
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"A sensor self-calibrates after automated maintenance"
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],
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"camera": "Kiosk-eye level with overlay micro-inserts",
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"accents": [
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"glass micro-highlights on kiosk display",
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"leaf micro-highlights on canopy overlay"
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],
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"mood": "protective civic service",
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"lighting": "clear daylight with soft urban shade",
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"style": "health-tech vignette"
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},
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{
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"subGenre": "Smart Cities",
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"scene": "Multimodal commuter app UI visualizing real-time carbon cost and travel time tradeoffs",
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"sceneVariants": [
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"Multimodal commuter app UI visualizing real-time carbon cost and travel time tradeoffs",
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"A user tapping alternatives on a phone screen",
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"A small e-scooter parking pocket",
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"A bus arrival dock with crowding indicator",
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"A rooftop view of rails and traffic"
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],
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"actions": [
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"App recalculates options to favor low-carbon but slightly longer trips",
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"User selects a shared-ride option and peer-matches appear",
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"An incentive credit displays for taking a green route",
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"Push notification gives live boarding instructions"
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],
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"camera": "Over-the-shoulder phone insert with UI micro-highlights",
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"accents": [
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"screen micro-highlights on route nodes",
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"metal micro-highlights on scooter frames"
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],
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"mood": "empowered choice",
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"lighting": "soft outdoor daylight with screen glow",
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"style": "UX-forward urban"
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},
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{
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"subGenre": "Smart Cities",
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"scene": "Waste-sorting depot where sensor bins identify recyclable materials and route pickups",
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"sceneVariants": [
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"Waste-sorting depot where sensor bins identify recyclable materials and route pickups",
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"Robotic swivel arms sorting streams",
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"A schedule board for neighborhood pickups",
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"A composting cell with aeration fans",
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"Workers in hi-vis reviewing exception items"
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],
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"actions": [
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"Bins scan items and auto-classify contaminants",
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"Robotic conveyors redirect materials to proper lanes",
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"Pickup routes update to collect full bins first",
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"Compost sensors trigger turning cycles for odor control"
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],
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"camera": "Industrial closeups with conveyor and bin macro",
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"accents": [
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"plastic micro-highlights on bin rims",
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"metal micro-highlights on conveyor edges"
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],
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"mood": "practical cleanliness",
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"lighting": "high-contrast depot task lights",
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"style": "service-utility realism"
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},
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{
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"subGenre": "Smart Cities",
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"scene": "Civic participation hub where citizens propose and vote on hyperlocal improvements",
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"sceneVariants": [
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"Civic participation hub where citizens propose and vote on hyperlocal improvements",
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"A town hall touchscreen wall",
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"A moderator facilitating a hybrid meeting",
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"A list of short proposals with estimated budgets",
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"A family watching progress on a tablet at home"
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],
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"actions": [
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"Proposals gather community sentiment via micro-polls",
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"AI aggregates comments and summarizes tradeoffs",
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"A secure vote allocates a small local budget",
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"Status tiles show implementation timelines"
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],
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"camera": "Community-level wide with interface closeups",
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"accents": [
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"screen micro-highlights on vote tiles",
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"paper micro-highlights on proposal printouts"
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],
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"mood": "participatory optimism",
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"lighting": "neutral civic interior with warm people light",
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"style": "civic engagement vignette"
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},
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{
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"subGenre": "Smart Cities",
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"scene": "City maintenance drone coordinating pothole repairs and pothole-mapping in near-real-time",
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"sceneVariants": [
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"City maintenance drone coordinating pothole repairs and pothole-mapping in near-real-time",
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"A crew van with repair materials",
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"A sidewalk data-collection rig",
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"Road spray marking outlines",
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"A live municipal service map"
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],
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"actions": [
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"Drone maps pothole and sends geotagged service request",
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"Repair crew accepts job and collects optimal materials",
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"Map updates with closure and ETA",
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"Automated compaction machine performs a micro-patch"
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],
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"camera": "Drone POV with close road texture inserts",
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"accents": [
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"road micro-highlights on rough edges",
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"metal micro-highlights on compaction tool"
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],
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"mood": "efficient upkeep",
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"lighting": "daylight work-stark",
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"style": "municipal operations"
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},
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{
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"subGenre": "Smart Cities",
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"scene": "Urban logistics node where small delivery robots coordinate loading from micro-fulfillment lockers",
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"sceneVariants": [
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"Urban logistics node where small delivery robots coordinate loading from micro-fulfillment lockers",
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"A bike courier swapping parcels",
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"A modular locker wall with status LEDs",
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"A pedestrian seating area nearby",
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"A scheduling kiosk with time windows"
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],
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"actions": [
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"Robots queue and load parcels based on optimized route clustering",
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"Lockers release contents to verified robots or humans",
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"Real-time congestion updates change departure windows",
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"A human attendant assists an exception pickup"
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],
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"camera": "Street-level inserts with robot micro-inserts",
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"accents": [
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"plastic micro-highlights on locker seams",
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"wheel micro-highlights on robots"
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],
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"mood": "logistical rhythm",
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"lighting": "soft urban daylight",
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"style": "micro-logistics vignette"
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},
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{
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"subGenre": "Smart Cities",
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"scene": "Underground parking where AI directs cars to nearest empty bay and manages charging",
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"sceneVariants": [
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"Underground parking where AI directs cars to nearest empty bay and manages charging",
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"An EV charging bank with moving tethers",
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"A driver tapping a parking app",
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"A low roof with sensor strips",
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"A wall showing bay occupancy visualization"
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],
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"actions": [
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"Guidance signs direct cars to efficient bays",
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"Charging sessions are scheduled to flatten peaks",
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"Sensors confirm battery health and suggest cool-down cycles",
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"App notifies the driver the car is optimally charged"
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],
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"camera": "Low car-level tracking with bay-level macro",
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"accents": [
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"charger micro-highlights on connector sheen",
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"screen micro-highlights on occupancy map"
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],
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"mood": "seamless utility",
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"lighting": "cool subterranean task lighting",
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"style": "invisible infrastructure"
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},
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{
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"subGenre": "Smart Cities",
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"scene": "Cultural district where AR guides overlay historical narratives onto facades",
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"sceneVariants": [
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"Cultural district where AR guides overlay historical narratives onto facades",
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"A tourist scanning a plaque with a phone",
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"A street musician performing nearby",
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"A heritage building with conserved signage",
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"An AR-enabled bench offering audio stories"
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],
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"actions": [
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"AR layers reveal past scenes synchronized to user location",
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"Visitors share annotations that the public curator curates",
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"Narrative timeline scrubs to show era transitions",
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"Accessibility mode simplifies language and adds haptic cues"
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],
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"camera": "POV AR overlays with facade-level reveal",
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"accents": [
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"stone micro-highlights on facade textures",
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"screen micro-highlights on AR badges"
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],
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"mood": "educational wonder",
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"lighting": "golden-hour cultural glow",
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"style": "heritage-AR vignette"
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},
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{
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"subGenre": "Smart Cities",
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"scene": "Seasonal flood control basin where sensors and gates adapt to modelled rainfall",
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"sceneVariants": [
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"Seasonal flood control basin where sensors and gates adapt to modelled rainfall",
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"A series of culverts with motorized gates",
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"A maintenance walkway with monitoring stations",
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"A weather radar feed updated on a kiosk",
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"Migratory bird nesting areas nearby"
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],
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"actions": [
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"Gates open pre-emptively to create storage buffer",
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"Sensors monitor sediment and adjust flows",
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"Public alerts provide safe evacuation windows",
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"Model confidence bands update gate strategy live"
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],
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"camera": "Wide basin establish with gate-level macro",
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"accents": [
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"water micro-highlights on flow ripples",
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"metal micro-highlights on gate rims"
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],
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"mood": "protective engineering",
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"lighting": "overcast with functional contrast",
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"style": "resilience operations"
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},
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{
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"subGenre": "Smart Cities",
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"scene": "Night-time cultural festival where crowd-safety AI dynamically manages density",
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"sceneVariants": [
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"Night-time cultural festival where crowd-safety AI dynamically manages density",
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"Food stalls with pop-up hygiene sensors",
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"An outdoor stage with smart entry lanes",
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"First-aid tents connected to the hub",
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"Wearable wristbands showing crowd status"
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],
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"actions": [
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"AI issues directional nudges to distribute density evenly",
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"Temporary barriers and signs deploy to create new flows",
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"First-aid is routed to micro-heat-map hotspots",
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"Organizers receive live predicted crowd peaks"
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],
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"camera": "Festival-level panorama with crowd heatmap overlays",
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"accents": [
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"light micro-highlights on wristband LEDs",
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"fabric micro-highlights on tents"
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],
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"mood": "vigilant celebration",
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"lighting": "festive warm with cool safety signage",
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"style": "event-safety vignette"
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},
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{
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"subGenre": "Smart Cities",
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"scene": "Urban lab testing autonomous sidewalks that sense trip hazards and reroute foot traffic",
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"sceneVariants": [
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"Urban lab testing autonomous sidewalks that sense trip hazards and reroute foot traffic",
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"A temporary research fence and signage",
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"Pedestrians using simple AR cues",
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"Embedded tactile strips lighting up",
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"Maintenance crew monitoring logs"
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],
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"actions": [
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"Sidewalk segments flash subtle cues guiding foot paths",
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"Sensors surface micro-tripping hazards to maintenance queue",
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"AR prompts reroute mobility-impaired users to gently sloped paths",
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"Logs aggregate to propose permanent repairs"
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],
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"camera": "Sidewalk level tracking with tactile insert macros",
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"accents": [
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"tactile micro-highlights on strip edges",
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"screen micro-highlights on AR cues"
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],
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"mood": "experimental safety",
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"lighting": "daylight testbed clarity",
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"style": "human-centric urban lab"
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},
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{
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"subGenre": "Smart Cities",
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"scene": "Public lighting grid that harvests kinetic energy from footfall to power local nodes",
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"sceneVariants": [
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"Public lighting grid that harvests kinetic energy from footfall to power local nodes",
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"Pavers with micro-harvest modules",
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"Bench units storing harvested charge",
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"A cycling lane with integrated harvest strips",
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"A small dashboard showing generated power"
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],
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"actions": [
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"Footfall activates micro-generators to top a nearby lamp",
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"Dashboard displays community energy contribution",
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"A cyclist's pass triggers a boost in a corridor lamp",
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"Night-mode dims based on harvested baseline"
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],
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"camera": "Paver-level macro with bench and lamp pulls",
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"accents": [
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"paver micro-highlights on seam reflections",
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"lamp micro-highlights on warm glow"
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],
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"mood": "participatory empowerment",
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"lighting": "day-night adaptive with warm pockets",
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"style": "community-energy vignette"
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},
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{
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"subGenre": "Smart Cities",
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"scene": "City lab where digital twins simulate transport, energy and emissions for planners",
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"sceneVariants": [
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"City lab where digital twins simulate transport, energy and emissions for planners",
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"A table-sized 3D model with AR projection",
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"Planners adjusting sliders for scenarios",
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"A timeline scrubber showing decades of change",
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"A public display summarizing key tradeoffs"
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],
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"actions": [
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"Scenario slider recomputes emissions and displays maps",
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"AI highlights bottlenecks and suggests infrastructure investments",
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"Public summary composes an accessible brief for neighborhood review",
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"Planners snapshot and store scenario checkpoints"
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],
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"camera": "Lab-level over-table with AR insert closeups",
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"accents": [
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"holo micro-highlights on projection edges",
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"paper micro-highlights on printed briefs"
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],
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"mood": "strategic foresight",
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"lighting": "neutral lab with projection glow",
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"style": "planning-tech documentary"
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},
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{
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"subGenre": "Smart Cities",
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"scene": "Final hush: an early morning street cleansed by autonomous sweepers as the city wakes",
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"sceneVariants": [
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"Final hush: an early morning street cleansed by autonomous sweepers as the city wakes",
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"Empty cafe tables awaiting staff",
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"A row of parked bicycles aligned neatly",
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"Dew on window ledges catching first light",
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"A news vendor flipping the first paper"
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],
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"actions": [
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"Sweepers finish their route and return to charge docks",
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"Sensors mark completed cleanliness and update public boards",
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"A cyclist pedals through the freshly cleared lane",
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"Sunlight arcs across a clean pavement revealing subtle wear patterns"
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],
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"camera": "Wide calm pullback to intimate street detail",
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"accents": [
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"pavement micro-highlights on cleaned surface",
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"metal micro-highlights on bike frames"
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],
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"mood": "renewal and readiness",
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"lighting": "soft sunrise with warm clarity",
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"style": "poetic urban vignette"
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}
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] |