Zomun Lorfous
Run N-body orbital simulations across millennia. Calculate authentic tidal forces. Validate moon configurations before committing your setting to canon.
Download Zomun LorfousSimulation Parameters for Your Download
Select your worldbuilding configuration before launching the laboratory
Single-Moon Configuration
- One stable moon orbit validated
- 10-year simulation runtime included
- Basic tidal range calculations
Full Five-Moon Stack
- Up to five moons with resonance detection
- 1,000-year N-body gravitational runs
- Complete sky view and eclipse prediction
Calendar Generator Access
- Solar, lunar, and lunisolar calendars
- Derived from actual orbital periods
- Equinox and solstice calculation
All configurations run entirely on-device without network dependency. Physics calculations execute locally using authenticated astrophysical models. No subscription or account creation required for full feature access.
Laboratory Capabilities
Stellar Parameterization
Input mass and age—receive spectral class, luminosity, habitable zone boundaries, and main-sequence lifetime derived from established stellar evolution models.
Planetary Composition Engine
Select between rocky, ocean, desert, or ice world templates. Adjust axial tilt, rotation period, orbital eccentricity. Surface gravity auto-calculated from mass and radius inputs.
Multi-Moon Orbital Architect
Deploy up to five satellite bodies. Each moon receives independent mass, semi-major axis, eccentricity, and albedo parameters. Validate spacing against Hill sphere and Roche limit thresholds.
N-Body Stability Validator
Execute gravitational simulations across 10, 100, or 1,000 simulated years. Detection of orbital resonances, eccentricity drift, and collision trajectories. Results display survivors with stability margins.
Surface Sky Renderer
View celestial dome appearance from planetary ground level at any date and time. Displays angular size, phase percentage, cardinal position, and occultation events for all visible bodies.
Tidal Force Calculator
Computes spring and neap tidal ranges for open ocean, continental shelf, and discarded tide scenarios. Visualizes each moon's relative contribution across monthly cycles with stacked bar analytics.
Operational Workflow
System Construction Sequence
- Define parent star by mass input (triggers spectral classification)
- Position primary planet within calculated habitable zone
- Assign composition type and rotation parameters
- Add moons sequentially with orbital element specification
- Review pre-flight checks for Hill fraction and Roche margin compliance
- Execute long-duration simulation to validate configuration stability
Data Extraction Methods
- Navigate to Sky tab for real-time celestial positions at any timestamp
- Access Tides panel to retrieve daily range projections and contribution breakdowns
- Switch to Orbits view to inspect simulation logs and resonance detection
- Generate calendar output from Calendar module using derived synodic periods
- Export numerical parameters for integration with external worldbuilding documentation
Development Foundation
Zomun Lorfous implements computational astrophysics without server dependency. All integrations—from Kepler's laws through tidal Love numbers to synodic month derivation—execute as native Swift processes on iOS hardware. No telemetry, no cloud computation, no network handshake required. Your fictional star system configuration remains locally stored and privately iterated.
System Architecture and Deployment Constraints
Zomun Lorfous operates as a self-contained computational environment optimized for iterative worldbuilding workflows. The architecture prioritizes deterministic physics over approximation, executing multi-body gravitational integration locally to ensure repeatability across simulation runs.
Every output—whether Hill sphere fraction, tidal amplitude, or eclipse timing—traces back to authenticated astrophysical equations. The orbital stability module evaluates systems against published research on resonance capture and chaotic zone boundaries, providing quantitative confidence metrics for long-term configuration viability.
Installation footprint remains minimal. The entire laboratory deploys without external API calls, database synchronization, or cloud processing overhead. Updates preserve backward compatibility with existing saved systems, allowing long-term worldbuilding projects to evolve without data migration.
Verified Specifications
Deploy Validated Astrophysics for Your Fictional Universe
iOS installation · No subscription · Complete offline operation · Version 1.2
Download Zomun LorfousRuns entirely on-device. No account creation, internet connection, or ongoing payment required. All simulation results derive from authenticated physics models and remain privately stored on your hardware.