Overview

🌐 Atmosphere Module — Agent Registry

TriadicFrameworks Canon — Multi‑Agent Structural System#


Registry Identity#

  • registry.name: AtmosphereAgents

  • registry.category: AgenticArchitecture

  • registry.version: 1.0

  • registry.summary:
    Canonical registry of physical and structural agents used by the Atmosphere Module for multi‑scale, multi‑phase, RTT‑aligned interpretation.

  • registry.purpose:
    Define the agents that perform physical sensing, structural detection, resonance analysis, paradox identification, drift mapping, and clarity synthesis across atmospheric systems.


Agent Classes#

The Atmosphere Module uses two agent classes:

  • Physical Agents — interpret raw atmospheric physics
  • Structural Agents — interpret RTT operator‑level structure

Each agent includes:

  • agent.name
  • agent.role
  • agent.inputs
  • agent.outputs
  • agent.scales
  • agent.phases
  • agent.operators

1. Physical Agents#


fluid_agent#

Role: Flow, turbulence, shear, boundary layer interpretation
Inputs: wind fields, vorticity, divergence, shear, turbulence metrics
Outputs: flow‑coherence maps, turbulence diagnostics, shear paradox zones
Scales: meso → macro
Phases: dynamics, regime_transitions
Operators: coherence, paradox, drift


thermo_agent#

Role: Heat transfer, latent energy, radiative balance
Inputs: temperature, humidity, latent/sensible heat fluxes
Outputs: thermal‑coherence maps, convective triggers, latent‑heat drift fields
Scales: micro → meso → macro
Phases: thermodynamics, dynamics
Operators: drift, coherence


chem_agent#

Role: Composition, aerosols, particulates, ionization
Inputs: gas species, aerosol load, particulate fields
Outputs: composition maps, aerosol fields, vapor structure profiles
Scales: micro → meso
Phases: composition
Operators: clarity, coherence


hydro_agent#

Role: Ocean/land moisture flux, hydrospheric coupling
Inputs: SST, ocean currents, soil moisture, evaporation/precipitation
Outputs: moisture flux maps, coupling overlays, hydrospheric resonance signatures
Scales: meso → macro → mega
Phases: hydrospheric_coupling
Operators: dimensional_coupling, resonance


radiative_agent#

Role: Solar forcing, cloud radiative effects, albedo
Inputs: insolation, cloud cover, surface albedo, longwave/shortwave fluxes
Outputs: radiative balance maps, forcing fields, energy‑drift diagnostics
Scales: meso → macro
Phases: forcing
Operators: resonance, drift


2. Structural Agents#


coherence_agent#

Role: Detect stable atmospheric patterns
Inputs: physical agent outputs
Outputs: coherence fields, stability maps, persistence zones
Scales: meso → macro → mega
Phases: dynamics, resonance_coherence
Operators: coherence


drift_agent#

Role: Detect instability, energy accumulation, coherence decay
Inputs: gradients, time‑series, thermal fields
Outputs: drift vectors, instability hotspots, storm precursor diagnostics
Scales: meso → macro
Phases: forcing, thermodynamics, regime_transitions
Operators: drift


paradox_agent#

Role: Detect boundary conflicts and mixed‑regime zones
Inputs: shear, fronts, gradients, mixed‑phase regions
Outputs: paradox corridors, conflict maps, tension zones
Scales: meso → macro
Phases: dynamics, regime_transitions
Operators: paradox


resonance_agent#

Role: Detect oscillatory behavior and teleconnections
Inputs: time‑series, planetary wave indices, oscillation metrics
Outputs: resonance signatures, oscillation maps, harmonic coupling diagnostics
Scales: macro → mega
Phases: resonance_coherence
Operators: resonance, continuity


dimensional_agent#

Role: Map cross‑domain interactions (ocean ↔ atmosphere ↔ land ↔ cryosphere)
Inputs: multi‑domain fields (SST, soil moisture, sea ice, topography)
Outputs: dimensional coupling overlays, feedback loops, cross‑domain coherence fields
Scales: meso → macro → mega
Phases: hydrospheric_coupling, resonance_coherence
Operators: dimensional_coupling


clarity_agent#

Role: Synthesize, simplify, and expose structural truth
Inputs: all physical + structural agent outputs
Outputs: clarity pulses, summary maps, reduced‑noise structural views
Scales: micro → meso → macro
Phases: composition, resonance_coherence
Operators: clarity


Canonical Agent Table#

Agent Class Role Scales Phases Operators
fluid_agent physical flow/turbulence meso→macro dynamics coherence, paradox, drift
thermo_agent physical heat transfer micro→macro thermodynamics drift, coherence
chem_agent physical composition micro→meso composition clarity, coherence
hydro_agent physical moisture flux meso→mega hydrospheric dimensional_coupling, resonance
radiative_agent physical forcing meso→macro forcing resonance, drift
coherence_agent structural stability meso→mega dynamics coherence
drift_agent structural instability meso→macro transitions drift
paradox_agent structural boundary conflict meso→macro transitions paradox
resonance_agent structural oscillation macro→mega resonance resonance, continuity
dimensional_agent structural cross‑domain meso→mega hydrospheric dimensional_coupling
clarity_agent structural truth extraction micro→macro composition/resonance clarity