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A collection of high-fidelity, physics-based interactive animations.

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INTERACTIVE ANIMATIONS

ARPA Hellenic Logical Systems
Strategic Visualization & Simulation Modules

License: MIT ARPA



Mission

Interactive Animations is a collection of high-fidelity, physics-based simulation modules designed for modern web interfaces and scientific visualization.

Engineered by ARPA Hellenic Logical Systems, this repository serves as a foundational library for deploying immersive, mathematical, and organic visual components. These modules are built to be modular, performant, and scientifically accurate, suitable for integration into tactical displays, landing pages, and research dashboards.

The objective is to provide a standardized arsenal of visual assets that bridge the gap between abstract data and human perception.

Atlas

This repository maps discrete physical and mathematical phenomena to interactive web components.

Module Designation Description
Bio SceneBio Organic growth patterns and biological systems simulation.
Chaos SceneChaos Deterministic chaos, strange attractors, and non-linear dynamics.
Crystal SceneCrystal Lattice formations and crystalline structure visualization.
Fluid SceneFluid Computational fluid dynamics (CFD) and flow fields.
Hyper SceneHyper Higher-dimensional geometry projections (4D+).
Lattice SceneLattice Grid-based structural integrity and deformation simulations.
Nebula SceneNebula Volumetric gas, interstellar clouds, and particle density.
Neural SceneNeural Artificial neural network topology and signal propagation.
Polyterra ScenePolyterra Procedural terrain generation and topographical mapping.
Quantum SceneQuantum Probability clouds, wave functions, and superposition states.
Singularity SceneSingularity Gravitational lensing, accretion disks, and event horizons.
Supernova SceneSupernova Stellar evolution, explosion dynamics, and debris fields.
Swarm SceneSwarm Agent-based flocking, schooling, and collective behavior.
Ascii AsciiCanvas Retro-futurist ASCII rendering and text-mode visualization.

Gallery

Visual verification of key modules.

Quantum Mechanics Stellar Dynamics Hive Intelligence
Quantum Stellar Hive
Probability Waves Orbital Mechanics Agent Swarms

Usage

Deployment

  1. Clone the Repository

    git clone https://github.com/arpahls/interactiveanimations.git
    cd interactiveanimations
  2. Initialize Logistics

    npm install
  3. Execute Runtime

    npm run dev

Integration

Modules are contained within the components/ directory. Each component is self-contained with its own physics engine and rendering logic.

import { SceneQuantum } from './components/SceneQuantum';

function App() {
  return (
    <div className="canvas-container">
      <SceneQuantum />
    </div>
  );
}

Maintenance

Build and maintained by ARPA Hellenic Logical Systems.

For usage in classified or proprietary systems, please verify compatibility with your specific security protocols. This library is provided as an open-source resource for the advancement of scientific visualization.

License

This project is licensed under the terms of the MIT License. Anyone is free to use, modify, and distribute this software without restriction.

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A collection of high-fidelity, physics-based interactive animations.

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