One simulation run cannot prove the outcome. The early fleet action was automated, but manual control of the last Italian ship before it sank an Austrian opponent means the final tally is not a clean computer-versus-computer trial. Spotting, critical hits, and squadron-scale gun counts can all change a result, so repeated runs must be paired with analysis of the mechanism behind each outcome. A ship that loses a duel may perform differently when several hulls aggregate their guns and chances of decisive damage. The discussion credits D. K. Brown, John Roberts, and Norman Friedman for their technical and historical work, then asks how three-dimensional reconstruction and repeated simulations can extend that line of inquiry. This forensic method combines plans, construction evidence, three-dimensional reasoning, and operational accounts to expose constraints that paper specifications leave implicit.
Chapter · 1:02:05-1:05:39
Using simulation to test fleet-design arguments
Repeated runs, the manually controlled final exchange, and forensic design analysis show why a simulated result can generate questions without proving a counterfactual outcome.