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EARTH SIMULATOR

/ OmniTick Global Tactical Sandbox
DEFENSE DISASTER SIMULATION // VER 2.5.0 PHOTOREALISTIC
ZULU: 00:00:00 UTC
TIME: MET +00:00:00
0.00Β°, 0.00Β°

// GOD-MODE WEAPONS

ARMED
☒️ NUCLEAR STRIKE CONFIG
TARGET INSTRUCTION: CLICK GLOBE
// GLOBAL RADAR RADIAL 2D EQUIRECTANGULAR
// PLANETARY DEFENSE THREAT DEFCON 5 // PEACE
TARGET COORDINATES: --, --
GEOGRAPHIC REGION: Standing By
TOTAL AREA AFFECTED: 0 kmΒ² (0.00% Earth)
ENERGY EQUIVALENT: --
HEAVY BLAST RADIUS: --
SEISMIC MAGNITUDE: --
Select a disaster instrument from the left dock, configure magnitude parameters, and click anywhere on the 3D Earth globe to trigger impact.
TOTAL ESTIMATED CASUALTIES
0
Fatalities + Injuries within blast perimeter
Instant Vaporization: 0
Fatal Blast Trauma (20 PSI): 0
Severe 3rd Degree Burns: 0
Fallout / Ash Exposure Pool: 0
Displaced Refugees: 0
HEALTHCARE CRISIS: NORMAL CAPACITY
ECONOMIC DEVASTATION: $0.0B USD
GRID BLACKOUT RADIUS: 0.0 km
ATMOSPHERIC SOOT / SOβ‚‚: 0.0 Tg
GLOBAL CLIMATE COOLING: 0.0Β°C
EXCLUSION ZONE DURATION: 0 Years
Environmental baseline nominal. Zero stratospheric particulate anomalies detected.
ACTIVE INCIDENTS 0 ACTIVE
No active planetary disasters.
VIEWS:
πŸ”¬

TACTICAL SCIENCE DOSSIER & SIMULATION PHYSICS

🌐 1. SIMULATION ENGINE ARCHITECTURE & PHOTOREALISM

Earth Simulator by OmniTick is a cutting-edge, 100% browser-native 3D WebGL tactical sandbox. Powered by Three.js, it accurately maps high-resolution NASA Blue Marble planetary surface textures, elevation bump topology, nighttime anthropogenic city luminosity, swirling dynamic tropospheric clouds, and custom GPU fragment shaders producing real-time multi-layer Rayleigh atmospheric scattering.

Targeting uses bijective coordinate mapping between Cartesian 3D sphere normals and geographic coordinates (latitude and longitude), executing physics equations client-side with zero latency and zero external server requirements.

☒️ 2. THERMONUCLEAR DETONATION & OVERPRESSURE EQUATIONS

The nuclear blast module simulates optimum-height airbursts from 15 kilotons (Hiroshima-class) up to 100 megatons (super-heavy strategic thermonuclear weapons). Overpressure shockwave propagation follows the Hopkinson-Cranz cube-root scaling principle:

β€’ Fireball Vaporization Radius: R_fireball β‰ˆ 0.14 Γ— Y^0.4 (km)
β€’ Heavy Structural Overpressure (20 PSI): R_20psi β‰ˆ 0.61 Γ— Y^0.333 (km) β€” 100% reinforced concrete destruction
β€’ Moderate Blast Overpressure (5 PSI): R_5psi β‰ˆ 1.45 Γ— Y^0.333 (km) β€” Residential collapse & universal fatalities
β€’ Thermal Radiation Flash (3rd Degree Burns): R_thermal β‰ˆ 2.40 Γ— Y^0.41 (km) β€” Full thickness skin burns & spontaneous firestorms

Scorched earth blast scars and glowing radioactive exclusion zones persist dynamically on the planetary surface, modeling long-term fallout radiation pools and civilian displacement.

β˜„οΈ 3. HYPERVELOCITY METEOR & ASTEROID IMPACT DYNAMICS

Asteroid kinetic strikes (50 meters to 10 kilometers) model cosmic impactors traveling at nominal orbital entry speeds of 20 km/s. Excavation geometry utilizes the Schmidt-Holsapple transient and final crater scaling formulas:

β€’ Kinetic Energy: E_kinetic = 0.5 Γ— Mass Γ— v_entryΒ² (equivalent to billions of megatons TNT)
β€’ Final Complex Crater Diameter: D_crater β‰ˆ 1.17 Γ— (E_joules / ρ_target)^0.29 (km)
β€’ Richter Moment Magnitude: Mw β‰ˆ 0.67 Γ— log₁₀(E_joules) - 5.87 (producing global earthquakes up to Mw 11.5)
β€’ Stratospheric Ejecta: Mass_dust β‰ˆ 10Β² to 10⁴ Megatons injected directly into the stratosphere

πŸŒ‹ 4. SUPERVOLCANIC PLINIAN ERUPTIONS & VOLCANIC WINTER

Supervolcano eruptions are classified using the Volcanic Explosivity Index (VEI 6 to VEI 8), modeling catastrophic events analogous to the Yellowstone Caldera, Lake Toba, or Santorini. The simulation computes:

β€’ Caldera Structural Collapse: R_caldera β‰ˆ 10 to 80 km diameter
β€’ Pyroclastic Density Currents (PDCs): Velocity β‰ˆ 150–300 km/h, Temp > 700Β°C
β€’ Stratospheric SOβ‚‚ Aerosols: Injection of 50–500 Megatons of sulfur aerosols
β€’ Global Climate Winter: Temperature anomaly Ξ”T β‰ˆ -3.5Β°C to -12.0Β°C enduring for 5–20 years

🌊 5. MEGATSUNAMI PROPAGATION & SHALLOW WATER COASTAL RUNUP

Submarine earthquakes and asteroid oceanic impacts generate megatsunamis modeled via shallow-water gravity wave equations:

β€’ Deep Ocean Propagation Velocity: v = √(g Γ— depth) β‰ˆ 750–820 km/h
β€’ Green's Law Coastal Shoaling Amplification: Height_coast β‰ˆ Height_deep Γ— (depth_deep / depth_coast)^0.25
β€’ Inundation Runup: Inland penetration exceeding 15–50 km across coastal population zones

❓ 6. FREQUENTLY ASKED QUESTIONS (FAQ)

What is Earth Simulator? β–Ό

Earth Simulator is an advanced 3D WebGL God-Mode and planetary hazard sandbox developed by OmniTick. It simulates large-scale natural and anthropogenic catastrophes including thermonuclear airbursts, hypervelocity asteroid impacts, supervolcanic Plinian eruptions, and ocean megatsunamis directly in your browser with real-time demographic casualty and environmental telemetry.

How does Earth Simulator calculate blast radii, casualties, and thermal damage? β–Ό

The simulation uses empirical blast-wave scaling formulas derived from defense atmospheric testing and impact physics. For thermonuclear detonations, peak overpressure zones (20 PSI heavy structural damage and 5 PSI moderate residential destruction) scale via Hopkinson-Cranz cube-root laws, while thermal radiant exposure scales with Y^0.41. Demographic casualties are computed by cross-referencing blast radii against geospatial population density datasets.

What happens during a simulated asteroid or meteor impact? β–Ό

Meteor impacts use the Schmidt-Holsapple kinetic scaling laws to determine transient and final crater diameter based on projectile diameter, velocity (approx. 20 km/s), and target density. The simulation calculates Richter moment magnitude (Mw) seismic shockwaves, atmospheric thermal radiation pulses, and stratospheric dust injection that disrupts global climate.

How does the supervolcano simulation model volcanic winter? β–Ό

Supervolcano eruptions are modeled from VEI 6 to VEI 8 (such as Yellowstone or Toba scale). The engine calculates caldera collapse diameters, ground-hugging pyroclastic density currents (PDCs), tephra ash plume dispersion volumes, and stratospheric sulfur dioxide (SO2) aerosol cooling resulting in multi-year global temperature drops.

Does Earth Simulator require any software installation or backend server? β–Ό

No. Earth Simulator is 100% client-side, running entirely inside your web browser using HTML5, WebGL 2.0 via Three.js, and the Web Audio API. It operates with zero latency, zero backend calls, and zero external tracking.

What controls and keyboard shortcuts are available in God-Mode? β–Ό

Key controls include: [1] Nuclear Strike, [2] Meteor Impact, [3] Supervolcano, [4] Mega Tsunami, [Space] Toggle Cinematic Orbit, [C] Clear Disasters, [R] Reset Earth, [M] Mute/Unmute Audio, and [I] Open Science Dossier & FAQ. You can also rotate and zoom freely using standard mouse drag or multi-touch gestures.

🌐

TACTICAL USER MANUAL // GOD-MODE GUIDE

1. HOW TO OPERATE

Earth Simulator allows you to trigger and observe planetary catastrophe scenarios on an interactive 3D WebGL globe. Select a tool from the left God-Mode arsenal dock, configure energy parameters, and click anywhere on the Earth’s surface to trigger the disaster.

2. WEAPONS & CATASTROPHES

  • ☒️ Nuclear Strike: Simulates airburst thermonuclear warheads (15 kt to 100 Mt). Calculates fireball vaporization, 20 PSI heavy structural destruction, 5 PSI moderate residential destruction, and thermal radiation zones with persistent scorched footprints.
  • β˜„οΈ Meteor Impact: Simulates hypervelocity asteroid kinetic impact (50m to 10,000m). Computes Schmidt-Holsapple crater excavation, seismic shockwave (up to Mw 11.5), and global ejecta veil.
  • πŸŒ‹ Supervolcano: Simulates VEI 6 to VEI 8 Plinian eruptions. Computes caldera collapse radius, ground-hugging pyroclastic flows, stratospheric ash columns, and global volcanic winter cooling.
  • 🌊 Mega Tsunami: Simulates oceanic water column displacement (30m to 300m). Computes deep water propagation at 760+ km/h, coastal wave amplification, and inland inundation limits.

3. KEYBOARD SHORTCUTS

1 Nuclear Strike
2 Meteor Impact
3 Supervolcano
4 Mega Tsunami
Space Toggle Orbit
C Clear Disasters
R Reset Earth
M Mute Audio
I Science Dossier & FAQ