Concurrent Event Simulation Engine
The first spark of ignition. Core components initialize, memory allocates, and the simulation runtime prepares for its inaugural cycle. Every engine begins with a single component -- perfectly machined, precisely positioned.
The timing chain engages. Sprockets mesh with precision tolerances measured in microns. Each event propagates through the pipeline with deterministic certainty. The engine finds its rhythm -- concurrent threads weaving a fabric of causality.
Building momentum. Every cycle adds torque to the flywheel. The simulation reaches critical mass -- past the tipping point where entropy yields to order.
Half-complete is not half-done. It is the moment the engine becomes self-sustaining.
Components that were introduced separately now work as one. The piston drives the chain. The chain drives the flywheel. What was a collection of parts becomes a unified machine -- the simulation reaching coherent operation.
The engine is complete.