CPU service-clock sim
A never-shipped showcase from the GameDevelopment.RestaurantSim leaf. A restaurant - here Le Joenno, procedurally generated for Rome with a six-dish menu and a six-cook brigade - runs a full day on a minute-by-minute service clock: mise en place, lunch, the afternoon lull, dinner, and close. A real recipe flavour-pairing and food-safety scorer plates every dish. Tables fill, tickets queue, the brigade fires, and revenue climbs - all on the .NET base library with zero dependencies. The dashboard frames below are the real bake output.
Top: the phase timeline (mise en place, lunch, break, dinner, close) with a moving clock marker. Left: the dining room, tables warming as parties are seated. Middle: the order queue, deepening through each rush. Right: the six brigade stations firing. Bottom: cumulative revenue, with red pips marking food-safety violations.
The busiest moment of the day: the room is nearly full, the ticket queue is stacked deep, and all six stations of the brigade are plating flat out.
Service winds down: the queue drains, the last tables clear, and the revenue curve tops out at the day's take of just under $4,939.
The leaf itself supplies three real primitives: a procedural restaurant generator (RestaurantSimApp.Create builds the menu, brigade and pantry from a locale and archetype), a minute-of-day service clock (Tick classifies every minute into its DayPhase), and a genuine plate scorer (EvaluatePlate looks each dish up in the world recipe catalog, scores its flavour pairing, and grades food safety from the measured internal temperature). On top of those, the bake drives a service layer - seating parties, queueing their tickets, and pricing each cover - so the real scorer decides which plates pass and thus what they earn. Every plate, phase and safety call in the frames is real model output. Plain C# on the base library, portable by transliteration and free of any external dependency.