🌐 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 │
└───────────────────────────────────────────────────────────┘