Simulation

Time step: 0.002s (500/sec) Emission interval: 0.1s

Time between consecutive wavefront emissions (0.02s = 50 e/s, 1.0s = 1 e/s, 5.0s = 0.2 e/s).

Wavefront Fade

Start fading after: 60s Fade duration: 30s

Wave Interaction

Enable interaction Force strength: 1.0 Direction: Force factor: 0.50

0 = no interaction (pure momentum), 1 = instant (all interaction, no momentum).

Force application: Emanation (space carries source) Directional (push/pull force)

Emanation: past space carries sources at wave speed, dissolving own momentum. Directional: forces push/pull with configurable strength.

Self past space: No effect Push (carried forward) Pull (drawn back)

How a source's own past space affects it. Push: own emanation carries forward. Pull: own emanation pulls back.

Path function mode: Fixed path (ignore forces) Break free on interaction Path as force

Fixed: sources follow path exactly. Break free: path until first force, then linear. Path as force: path derivative acts as velocity, blended with interaction forces.

Density View Mode

Visualization: None Signed (with inversion) Sinuslike

Wavefront Display

Show past wavefront spheres Circle display interval: 1.0s Ring thickness: 2px Opacity: 30% Show Mach cone segments Show source-to-source visions

Performance (Resolution)

Render scale: 1.00 (100% pixels)

Render at lower resolution for better performance. 1.0 = native, 0.5 = quarter pixels (4x faster shading). The browser upscales with bilinear filtering.

Performance (Path Compaction)

Enable path compaction

Groups wavefront segments into compacted annular bounds for efficient culling. Uses constant-width donut-shaped regions instead of ever-growing bounding circles.

Group size: 32

Wavefronts per compacted group (4-64). Smaller = more groups, tighter bounds. Larger = fewer groups, less overhead.

Show compacted bounds

Visualize annular bounds as inner/outer circle pairs per segment. Dashed = culled for reference point.

Linear path interpolation (disable Catmull-Rom)

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