s522.py

from research import *
s=begin(522,'A parameter basis for the actual field','How much of the selected actual field follows from a short explicit constraint packet?',{'e':1446,'step_s':598,'Creation_Jared_h':460,'first_index_m':14,'macro_factor':10,'weighted_ratio':4},['File52c §§3.14–3.15','C481; C502–C504'])
e,h,t,m=1446,460,598,14;A=e+10*(h+t);j=A-m*t;n=j-t;f=n-t;r=j+h;c=F(5*A-r,4)
coords={'C':c,'A':A,'R':r,'Jared':j,'NoahG1':n,'FloodG2':f,'Exodus':e}
finish(s,{'reconstructed_dates':coords,'Exodus_centered_23_coefficients':{k:F(v-e,23) for k,v in coords.items()},'relations':['A=e+10(h+s)','J=A−14s;N=J−s;F=N−s;R=J+h','C=(5A−R)/4']},
 'The packet reconstructs all seven coordinates and exposes dependencies among their displays. The coefficients14,10,4 and the source460/598 relation remain explicit inputs; rewriting the field in23-units is not by itself a proof of global minimality or ancient generation.',
 'Reconcile the SP rectangle’s source heads with the completion comparison using the exact declared frame and head changes.',{'dates':coords=={'C':14004,'A':12026,'R':4114,'Jared':3654,'NoahG1':3056,'FloodG2':2458,'Exodus':1446},'coefficients':[F(coords[k]-e,23) for k in ['C','A','R','Jared','NoahG1','FloodG2']]==[546,460,116,96,70,44]})