Engine Stable // Simulation Ready

Where Stars
Drift

A high-performance celestial simulation laboratory designed for real-time visualization of cosmic phenomena.

Technical Note: This engine is currently deployed as the primary interactive background for the Home page hero, serving as a production-grade demonstration of high-performance cosmic visualization and immersive decoration.

DEPLOYMENT_CONTEXT

GitHub

External Resource

NPM

External Resource

Live_Observation_Viewport

Simulation Viewport

WARMING // BUFFER_OK

DRIFT
CORE

Sector_087_Simulation

Interactive Command

Engage pointer to perturb gravitational equilibrium

Command_Console

Interactive Protocol

Enables gravitational perturbation via pointer interaction.

Debug Overlays

Renders technical entity bounds and vector telemetry.

Mapping Grid

Overlays a spatial coordinate grid for structural alignment.

Adaptive Quality

Scales entity density based on detected frame budget.

Performance Panel

Displays real-time hardware telemetry and memory logs.

Technical Catalog

Requires Debug Overlays Enabled

GitHub Uplink

Displays a direct source uplink inside the active viewport.

Entity_Calibration_Matrix

Stellar Presence

The primary celestial markers. Governs global luminosity.

Density

Total count of active stellar bodies in the sector.

150

Singularity Generation

Enables infinite density wells with light-warping protocols.

Anomaly Count

Number of high-mass capture points currently active.

Stellar_Registry

Celestial Classification

The drift engine simulates a diverse range of celestial bodies, each governed by unique physics models and interactive protocols.

ENT_01

Active Stars

The baseline luminosity of the cosmos. Stars range from static background markers to high-mass kinetic bodies that serve as gravitational anchors.

Mass-PhysicsLuminosity-ScalingKinetic-Motion

ENT_02

Black Holes

Infinite density wells featuring specialized rendering protocols: Lensing (refraction), Vortex (capture), and Accretion Disk visualization.

Light-WarpingEvent-HorizonSpace-Time

ENT_03

Fleet Vessels

Autonomous entities governed by complex flocking algorithms. Starships maintain formation, track objectives, and react to gravitational turbulence.

AI-FlockingFormation-LogicTarget-Tracking

ENT_04

Cosmic Dust

Atmospheric particle layers that provide depth and fluid motion. Dust responds to global vectors and gravitational anomalies.

Particle-BatchingAtmospheric-DepthFluid-Physics

Simulation_Core_Specs

The Engine
Laboratory

Where Stars Drift is designed as a modular, framework-agnostic core. Every physics parameter—from gravitational constants to particle lifespan—is exposed through a reactive configuration matrix.

Performance

Optimized canvas buffer techniques for mass-scale entity rendering.

Modularity

Zero dependencies. Easily integrates into any modern JavaScript pipeline.

Engine_Calibrate.js

const lab = new WhereStarsDrift(canvas, {
  interactive: true,
  entities: {
    stars: { count: 150, speed: 0.2 },
    blackHoles: { 
      enabled: true, 
      types: ['LENSING', 'VORTEX'] 
    },
    starships: { 
      enabled: true, 
      flocking: true 
    }
  }
});

Where Stars Drift

GitHub

NPM

Simulation Viewport

Command_Console

Entity_Calibration_Matrix

Active Stars

Gravitational Singularities

Fleet Operations

Atmospheric Nebulas

Cometary Trajectories

Cosmic Dust Layer

Celestial Classification

Active Stars

Black Holes

Fleet Vessels

Cosmic Dust

The Engine Laboratory

Where Stars
Drift

The Engine
Laboratory