Control
A minimal boolean pulse flag serves as the per-tick control datum within the 8-tick flight scheduling framework. Researchers modeling drive schedules or testing global policy constraints in Recognition Science would cite this base type. The declaration consists of a direct structure definition carrying no additional proof obligations.
claimA control datum at each fundamental tick is given by a boolean pulse indicator $p$ with $p :$ Bool.
background
The Flight.Schedule module establishes a minimal control surface for an 8-tick discipline, reusing 8-window neutrality predicates from SpiralField. The upstream tick supplies the fundamental time quantum with value 1 in RS-native units, and one octave equals 8 ticks. The active edge count per tick is fixed at 1 by the IntegrationGap definition.
proof idea
The declaration is a direct structure definition with a single boolean field together with a deriving Repr clause. No lemmas are applied.
why it matters in Recognition Science
This supplies the type for the tick-indexed drive schedule consumed by the SPARC global-only policy theorem and by quantitative attachment proofs in the Riemann hypothesis attachment. It realizes the minimal datum required by the eight-tick octave in the forcing chain, with downstream neutrality scoring defined separately in the same module. The module documentation notes that hardware-level specifications will refine the datum later.
scope and limits
- Does not encode any continuous dynamics or differential equations.
- Does not constrain the pulse value from physical state or prior ticks.
- Does not include neutrality predicates or collision-free conditions.
- Does not address hardware timing or synchronization details.
formal statement (Lean)
23structure Control where
24 pulse : Bool
25 deriving Repr
26
27/-- A drive schedule is a tick-indexed control stream. -/