🌐 3D Operator Interaction Model

Zoom • Tilt • Layer Toggles • Coherence Slicing#

Universe‑Core Planetary Dashboard — Operator Edition#

1. 🎛️ Primary Interaction Modes#

Operators interact with the 3D globe using four core gestures/modes:

Zoom — change altitude of view
Tilt — change angle of view
Layer Toggles — enable/disable domain overlays
Coherence Slicing — slice the resonance field by altitude, depth, or band

These four modes give full control over the entire multi‑domain environment.

2. 🔍 Zoom Model (Altitude‑Based Intelligence)#

Zooming is not just visual — it changes the semantic layer the operator sees.

ZOOM LEVELS
────────────────────────────────────────────
  +3  | Orbital Shell View (LEO/MEO/GEO)
  +2  | Atmospheric Corridors (ATC flows)
  +1  | Surface Domain (maritime lanes)
   0  | Terrain / Local Ops (SAR, VHF/UHF)
  -1  | Subsurface (GPR, seismic)
  -2  | Deep Sea (submersibles)
────────────────────────────────────────────

Operator Actions#

Pinch / scroll wheel → zoom in/out
Double‑tap → jump to next semantic level
Hold + drag up/down → smooth altitude transition

Universe‑Core Behavior#

Automatically adjusts:
- Drift vectors
- Coherence gradients
- Domain overlays
- HF propagation shells
- Orbital shell transparency

Zooming becomes a dimensional shift, not just a camera move.

3. 🎚️ Tilt Model (Angle‑Based Insight)#

Tilt changes the operator’s perspective on the resonance field.

TILT ANGLES
────────────────────────────────────────────
  90°  | Top‑down (strategic)
  60°  | Operational (ATC/Maritime)
  30°  | Tactical (SAR/HAM)
   0°  | Horizon (terrain coherence)
────────────────────────────────────────────

Operator Actions#

Two‑finger drag → tilt
Shift + drag → fine tilt control

Universe‑Core Behavior#

At low tilt → highlights terrain shadowing, VHF LOS
At mid tilt → shows corridor curvature, HF layers
At high tilt → shows orbital shells and drift envelopes

Tilt reveals different resonance structures.

4. 🧩 Layer Toggles (Domain Visibility Control)#

Operators can toggle any domain on/off:

[ AIR ] [ SPACE ] [ SEA ] [ SUBSURFACE ] [ HF ] [ WEATHER ] [ GOVERNANCE ]

Operator Actions#

Tap → toggle
Long‑press → open layer settings
Shift‑tap → isolate layer (solo mode)

Universe‑Core Behavior#

Dynamically recalculates coherence overlays
Re‑weights drift vectors based on visible domains
Highlights cross‑domain interactions when multiple layers are active

Example:

AIR + HF → shows how HF skip zones affect ATC flows
SEA + SUBSURFACE → shows how trench resonance affects shipping lanes
SPACE + AIR → shows launch/re‑entry coherence

5. ✂️ Coherence Slicing (The Operator’s Superpower)#

This is the most advanced interaction: slicing the resonance field by altitude, depth, or frequency.

Slice Dimensions#

ALTITUDE SLICE:   from -6000m (deep sea) to +36,000km (GEO)
DEPTH SLICE:      subsurface → deep sea
FREQUENCY SLICE:  HF bands (80m/40m/20m/10m)
TIME SLICE:       now → +24h forecast

Operator Actions#

Vertical slider → altitude/depth slice
Horizontal slider → HF band slice
Time scrub bar → future coherence slice
Drag box → isolate region for detailed slicing

Universe‑Core Behavior#

Recomputes coherence fields for the slice
Shows only objects intersecting the slice
Highlights drift corridors crossing the slice
Displays cross‑domain interactions within the slice

Example Use Cases#

Aircraft Incident (SAR)#

Slice altitude to 0–2000m
See VHF LOS, terrain shadows, HF NVIS
Identify best comms path for responders

Launch Window Planning#

Slice altitude from 0 → 120km
See atmospheric resonance layers
Identify stable launch corridor

Deep Sea Ops#

Slice depth from -2000m → -6000m
See subsurface drift pockets
Identify stable comms zones

6. 🧭 Operator Workflow Example#

Scenario: Aircraft down in mountainous terrain#

Zoom to Level 0 (terrain)
Tilt to 30° (tactical)
Enable AIR + HF + WEATHER layers
Slice altitude 0–2000m
Observe drift vectors
Identify stable VHF corridor
Switch to HF slice
Find best NVIS band
Send recommendations to SAR teams

This is how the Universe‑Core dashboard becomes a real operational tool.

7. 🎮 Interaction Summary (Operator Cheat Sheet)#

ZOOM: pinch / scroll
TILT: two‑finger drag
PAN: drag
ROTATE GLOBE: drag with inertia
TOGGLE LAYER: tap
SOLO LAYER: shift‑tap
SLICE ALTITUDE: vertical slider
SLICE FREQUENCY: horizontal slider
TIME SCRUB: bottom bar
DETAIL PANEL: tap object

Universe‑Core data pipeline diagram#

How all domains feed the 3D planetary visualization#

*
                 ┌───────────────────────────────────────────┐
                 │        OPERATIONAL DOMAINS (RAW)          │
                 │                                           │
                 │  • ATC / AIR TRAFFIC                      │
                 │  • SPACE / SDA / LAUNCH OPS               │
                 │  • MARITIME / SURFACE                     │
                 │  • DEEP SEA / SUBSEA                      │
                 │  • SUBSURFACE / GPR / ENERGY              │
                 │  • HF / VHF / UHF / HAM                   │
                 │  • WEATHER / CLIMATE / IONOSPHERE         │
                 └───────────────┬───────────────────────────┘
                                 │  (telemetry, tracks, fields)
                                 ▼
        ┌───────────────────────────────────────────────────────────┐
        │            DOMAIN ADAPTERS & NORMALIZERS                  │
        │  (per‑domain ingestion → Universe‑Core object model)      │
        │                                                           │
        │  • atc_adapter        → aircraft, sectors, flows          │
        │  • space_adapter      → satellites, shells, corridors     │
        │  • sea_adapter        → vessels, lanes, repeaters         │
        │  • deepsea_adapter    → subs, corridors, depth fields     │
        │  • subsurface_adapter → drills, seismic, strata           │
        │  • rf_adapter         → HF/VHF/UHF bands, repeaters       │
        │  • wx_adapter         → weather, ionosphere, storms       │
        └───────────────┬───────────────────────────────────────────┘
                        │  (canonical UniverseObject + field samples)
                        ▼
        ┌───────────────────────────────────────────────────────────┐
        │                 UNIVERSE CORE (ENGINE)                    │
        │                                                           │
        │  • Global object graph (all domains)                      │
        │  • Dimensional cores:                                     │
        │      - AtmosphereCore  (AIR, HF)                          │
        │      - OrbitalCore     (SPACE)                            │
        │      - OceanCore       (SEA, DEEP SEA)                    │
        │      - SubsurfaceCore  (GPR, seismic)                     │
        │  • Field synthesis:                                       │
        │      - stability                                          │
        │      - drift_potential                                    │
        │      - coherence_gradient                                 │
        │  • Cross‑domain fusion (air↔space↔sea↔hf↔subsurface)      │
        └───────────────┬───────────────────────────────────────────┘
                        │  (coherence fields, drift vectors, indices)
                        ▼
        ┌───────────────────────────────────────────────────────────┐
        │           VISUALIZATION & INTERACTION LAYER               │
        │                                                           │
        │  • 3D Planetary Renderer                                  │
        │      - Orbital shells, launch/re‑entry tubes              │
        │      - Flight corridors, ATC sectors                      │
        │      - Surface lanes, deep sea corridors                  │
        │      - HF shells, drift wisps                             │
        │  • Interaction Model                                      │
        │      - zoom (altitude levels)                             │
        │      - tilt (strategic → tactical)                        │
        │      - layer toggles (AIR/SPACE/SEA/HF/…)                 │
        │      - coherence slicing (altitude/depth/band/time)       │
        └───────────────┬───────────────────────────────────────────┘
                        │  (rendered views + state)
                        ▼
        ┌───────────────────────────────────────────────────────────┐
        │            OPERATOR FACES / CLIENTS                       │
        │                                                           │
        │  • Command‑center widescreen wall                         │
        │  • Mobile / handheld tactical view                        │
        │  • nous shell (text / voice commands)                     │
        │  • tops‑driven analytic consoles                          │
        │                                                           │
        │  entft secures all control + data channels where needed   │
        └───────────────────────────────────────────────────────────┘