Floating Paper Sphere Displays an Inverted Urban Landscape

class scene: render_engine = infer("engine", from_style="papercraft_photography") camera = infer("lens", from_subject="floating_sphere_object") lighting = infer("light_rig", from_bg="pure_white_studio") background = "pure_white | isolated | soft_ground_shadow" material_law = "all elements = same paper medium | monochromatic" class papercraftplanet(scene): def sphere(self): geometry = "perfect_sphere | floating | full_360_coverage" material = infer(paper_grade, from=city.craft_tradition) color = infer(mono_palette, from=material) texture = "corrugation, fold_lines, cut_edges, layer_depth" scale = infer(display_size, from=papercraft_tradition) return [geometry, material, color, texture, scale] def top_hemisphere(self): skyline = infer(iconic_towers, from=city.signature_silhouette) layers = "foreground + mid + background paper depth layers" backdrop = "curved cardboard cutaway panel — exposes paper sky" sky = infer(paper_cut_elements, from=city.atmospheric_identity) density = "high — towers fill entire upper arc" return [skyline, layers, backdrop, sky, density] def bottom_hemisphere(self): buildings = infer(urban_fabric, from=city.neighborhood_variety) physics = "inverted — all structures hang downward from equator" coverage = "360° total — zero bare sphere surface" variety = infer(building_mix, from=city.district_diversity) return [buildings, physics, coverage, variety] def surface_detail(self): trees = infer(paper_trees, from=material, scattered=true) vehicles = infer(paper_cars, from=city.street_culture) roads = infer(street_grid, from=city.urban_planning_type) micro = "window_cuts, door_scores, balcony_folds" return [trees, vehicles, roads, micro] # execute render_image( papercraftplanet.sphere(), papercraftplanet .top_hemisphere(), papercraftplanet.bottom_hemisphere(), papercraftplanet.surface_detail(), material_law=scene.material_law, camera=scene. camera, bg=scene.background )