{ "module": { "name": "Atmosphere", "category": "ResonanceSystems", "version": "1.0", "summary": "Structural overlay for Earth's atmosphere enabling multi-scale, multi-phase, multi-agentic interpretation of weather and climate systems.", "purpose": "Augment physics-based models with RTT operator-level structural detection and cross-domain resonance mapping.", "axes": { "scale": ["micro", "meso", "macro", "mega"], "phases": [ "composition", "forcing", "dynamics", "thermodynamics", "hydrospheric_coupling", "regime_transitions", "resonance_coherence" ], "operators": [ "coherence", "drift", "paradox", "continuity", "clarity", "resonance", "dimensional_coupling" ] }, "roles": [ "engine", "profile", "signature", "diagnostic", "map", "example", "extension", "index", "reference", "template" ], "analyzer_layers": [ "operator", "dimensional", "regime", "drift", "coherence", "cross_cutting" ], "agents": { "physical": [ "fluid_agent", "thermo_agent", "chem_agent", "hydro_agent", "radiative_agent" ], "structural": [ "coherence_agent", "drift_agent", "paradox_agent", "resonance_agent", "dimensional_agent", "clarity_agent" ] }, "path": { "phases": [ { "id": 1, "name": "observation", "substrate": "material", "operators": [], "output": ["raw_fields", "gridded_data", "profiles"] }, { "id": 2, "name": "prediction", "substrate": "physics", "operators": [], "output": ["forecast_fields", "ensembles", "scenario_runs"] }, { "id": 3, "name": "understanding", "substrate": "structural", "operators": [ "coherence", "drift", "paradox", "continuity", "clarity", "resonance", "dimensional_coupling" ], "output": [ "coherence_map", "drift_map", "paradox_map", "resonance_signature", "dimensional_overlay", "agentic_synthesis" ] }, { "id": 4, "name": "continuity", "substrate": "temporal", "operators": [ "continuity", "coherence", "drift", "resonance", "dimensional_coupling" ], "output": [ "continuity_trace", "regime_evolution", "oscillation_cycle", "drift_accumulation", "stability_projection" ] }, { "id": 5, "name": "control", "substrate": "influence", "operators": [ "coherence", "drift", "paradox", "resonance", "dimensional_coupling" ], "output": [ "structural_nudge_map", "intervention_candidates", "drift_reduction", "coherence_stabilization", "resonance_alignment" ] } ] }, "registry": { "seven_phases": "/docs/atmosphere/registry/seven_phases.json", "operators": "/docs/atmosphere/registry/operators.json", "agents": "/docs/atmosphere/registry/agents.json", "scales": "/docs/atmosphere/registry/scales.json" }, "extensions": { "ocean_coupling": "/docs/atmosphere/extensions/ocean_coupling.json" }, "prompts": { "version": "2.0", "formats": [ "overlay", "review", "capture", "compare", "synthesis", "diagnostic", "map", "trace" ] }, "metadata": { "session_context": "/docs/atmosphere/index.md", "badge": "/docs/atmosphere/a_Badge.html", "sidebar_audit": "/docs/atmosphere/a_Sidebar_Audit.html", "readme": "/docs/atmosphere/README.md", "diff_table": "/docs/atmosphere/a_Diff_Table.md", "hero_image": "/docs/atmosphere/a_Hero_Image.png" }, "audience": [ "atmospheric scientists", "climate researchers", "AI agents", "students", "structural theorists", "multi-domain modelers" ], "front_door": "/docs/atmosphere/", "status": "active", "coherence": "stable", "drift": "bounded" } }