s1138.py

from research import *
s=begin(1138,'Locate the remaining source information in the grid family','Which single retained interior age, if any, identifies the printed sequence?',{},['C1137'])
d=json.loads((ROOT/'model/SP_early_grid_fibre.json').read_text());sol=d['solutions'];actual=d['source']
fibres={name:[v for v in sol if v[i]==actual[i]] for i,name in enumerate(['Seth','Enosh','Kenan'])}
a=artifact('model/SP_grid_single_measurements.json',json.dumps(fibres,indent=2)+'\n')
finish(s,{'single_age_fibres':a,'counts':{k:len(v) for k,v in fibres.items()},'rejected_hypothesis':'Enosh90 alone was tested for uniqueness; it leaves3 candidates'},'Each single source age leaves multiple grid allocations: Seth105 leaves2, Enosh90 leaves3, and Kenan70 leaves5. The tested single-age uniqueness hypothesis fails even within the selected grid/order conditions.','Compare finite-grid identification with an unrestricted rational source-coordinate basis.',{'all_retain_source':all(actual in v for v in fibres.values()),'every_single_age_nonunique':all(len(v)>1 for v in fibres.values()),'Kenan_nonunique':len(fibres['Kenan'])>1})