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render_engine = infer("engine", from_style="scientific_cutaway_diagram") camera = "orthographic_cross_section" lighting = "neutral_lab | rim_light_for_volume" background = "black | subtle_spectral_grid" material_law = "all elements = semi‑transparent, colour‑coded by chemical species" class atmosphereengine(scene): def layers(self): troposphere = infer(cloud_composition, from=planet.atmospheric_profile) # methane, water, co2 stratosphere = infer(haze_layer, from=planet.haze_opacity) return [troposphere, stratosphere] def circulation(self): cells = infer(wind_cell_diagram, from=planet.rotation_rate) # hadley, super‑rotation arrows = "streamlines | glowing_gas_tracers" return [cells, arrows] def surface_interface(self): ocean = infer(liquid_body, from=planet.surface_pressure) # liquid ethane, magma volcanoes = infer(cryovolcanoes, from=planet.internal_heat) return [ocean, volcanoes] def data_overlay(self): spectra = "absorption_lines_annotated | molecular_formulas_floating" return [spectra] render_image(atmosphereengine.layers(), ...)

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Based on: Four exoplanet atmospheres reveal chemical layers in a cutaway diagram

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