In this chapter, we see Concept’s five phases as an exploratory demo where a shaft, drum, register, punch, and gears mesh in order. The aim is not a full restoration of the historical machine, but to make Read -> Rule -> Write -> Move -> State readable as a machine decomposed so its parts do not move at the same time.
First look at the whole and confirm that the timing shaft creates the beats of one instruction. Do not rush Step here; read which part is in charge of which beat.
The Mechanical Demonstrator is not the Bombe. It is the chapter that pins the Turing machine’s abstract operations into a sequence of parts that the GLB node contract and the runtime highlight can stay in sync with.
Mechanical Overview
Chapter 3Aucune Étape pour l’instant — lisez d’abord les cinq battements et la correspondance des pièces
L’entrée du chapitre 3Convertir les opérations abstraites en battements mécaniques et en contrat de piècesLe démonstrateur mécanique n’est pas une reconstitution de la Bombe, mais le chapitre qui relie les cinq phases lues dans Concept/Mechanism aux nœuds GLB et à la mise en évidence en temps réel.Répondez à la vérification de découverte, et l’arbre de synchronisation entraîne les cinq battements.
How to read the designThe Timing shaft creates the order, and each part receives the payload one at a timeIn this stage the mapping is the lead rather than operation. That Read, Rule, Write, Move, and State do not all happen at once is the basis of the mechanical demo.The current entrance is Timing shaft.
Vérification de découverte
What should you read first in the Mechanical Demonstrator?
Machine de Turing : démonstrateur mécanique - Luneidea
