"The universe is not made of atoms; it is made of stories. VEPA is the ink."
Vector Emergent Physics Automata — GPU-Accelerated Emergent Simulation
Force, Viscosity, Torque, Jitter, Tidal, Inertia, Friction, Max Velocity — core kinetic behavior.
Symmetry (C3), Hidden Mass, Stiffness, Fusion, Fusion Momentum, Fusion Time, Base Radius, Elasticity, Bond Angle.
Polarity (C1), Alpha (C2), Conductivity, Magnetic Moment, Reaction Threshold, Catalysis, Heat Output.
Birth Rate, Death Rate, Mutation, Energy Efficiency, Sex Chance, Predation Bias, Species Affinity.
Signal Response, Pulse Rate, Neighborhood Radius, Signal Strength, Decay, Propagation Speed, 4 Tuning Channels, Memory Decay.
Autonomous objective generation
Pattern recognition & analysis
Progression & scaling systems
Generation & ancestry tracking
Internal monologue rewriting physics
Story-driven parameter modulation
State save/load & presets
Species behavioral archetypes
Temporal event sequencing
Dynamic parameter emergence
Three reproduction modes: Spontaneous Cloning (birth rate), Sexual Reproduction (DNA blending on collision), and Mitosis (high-energy splitting at 90+ energy).
Precision entropy targeting across DNA Rules, DNA Grid, and Physics systems. Controlled evolutionary pressure for emergent complexity.
Sub-pixel rendering, dynamic neon bloom based on energy state, signal-driven glow intensity, and high-fidelity particle movement.
Macro-scale patterns from local rules: Crystalline Lattices, Primordial Soups, Neural Clouds, and Stellar Engines with fusion ignition.
Soup (random), Grid (structured), Big Bang (explosive), Bipolar (dual source), Galaxy (spiral) — each with per-axis spread controls.
4 tuning channels, configurable propagation speed, neighborhood radius, signal decay, and memory — enabling bio-electrical network simulation.