from research import *
s=begin(1140,'Separate source constraints from reverse measurement','Does the age parametrization reduce the whole source packet or only one conditional representation?',{},['C1133–C1139','Strategy §§5B,5D,6'])
data={'newly_applied_existing_age_relations':['Adam=2*Mahalalel','Enoch=Mahalalel','first_five=460'],'reverse_cap_information':['653-601=52','720-653=67','847-720=127'],'still_supplied':['cap lives847/720/653 when recovering ages backward','Flood distance600 andinclusive1','source row labels and order','one65 scale and two early interior ages','baseline lifespans, including clipped excesses'],'claim':'Three source age relations constrain9 ages to6 freedoms before using cap outputs. The three supplied cap measurements then leave3 age freedoms. Generating those cap outputs from the same ages and feeding them back adds no independent constraint.'}
a=artifact('model/SP_age_information_cost.json',json.dumps(data,indent=2)+'\n')
finish(s,{'information_cost':a,'source_age_constraints':3,'conditional_cap_constraints':3},'The age analysis supplies a useful reconstruction order, but cap values must be counted when used backward. The genuinely additional source-age structure is the two half/equality relations and the460 total; the chosen interior ages remain unexplained.','Examine whether the source Methuselah-Flood equation explains a baseline lifespan discarded by the SP cap.',{'sources_and_measurements_separate':len(data['newly_applied_existing_age_relations'])==len(data['reverse_cap_information'])==3,'circularity_explicit':'adds no independent constraint' in data['claim']})