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lm-004742 · 2026-10

MCC-OE-09 — Second-$rho$ Adaptive Pass and Direct_AREF Backend Integration

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MCC-OE-09 — Second- ρ\rho Adaptive Pass and Direct/AREF Backend Integration

從 79.51% 到 83.06%:HSL 細分飽和訊號、剩餘 16.94% Hard Core 與可執行 AREF Adapter Contract

系列: Measured-Construct Closure / Observable Exhaustion
文件代號: MCC-OE-09-v0.1
作者: Neo.K
機構: EveMissLab/一言諾科技有限公司
版本: v0.1
日期: 2026-09-23
文件性質: Second- ρ\rho Full Adaptive Cover/AREF Source Audit/Direct-Route Backend Contract
前置: MCC-OE-00~08;LESR 09H~09I;BCODR-LUC-01/07
狀態: 83.06% EXPLICIT HSL BOUNDARY COVER / HSL DIMINISHING-RETURN DETECTED / AREF BACKEND CONTRACT READY / B01 PARENT PARTIAL
Canonical Source: UTF-8 Markdown
數學原始碼規範: inline math 僅使用 $...$,display math 僅使用 $$...$$


摘要

MCC-OE-08 已將 B01 boundary 的 explicit HSL certificate coverage 推進為:

79.5095655653%.\boxed{ 79.5095655653\%. }

當時剩餘:

20.4904344347%\boxed{ 20.4904344347\% }

parameter volume,且 deterministic routing sample 顯示:

ρ2>w2>v2.\boxed{ \rho_2>w_2>v_2. }

本文不再以 sample 外推 coverage,而是對上一輪全部 post- vv hard states 執行 full second- ρ\rho split。

上一輪仍 unresolved 的 post- vv parent states 共:

5,801,160.\boxed{ 5{,}801{,}160. }

每一個 state 沿 ρ\rho 再二分:

L→Lρ2−∪Lρ2+,L \rightarrow L_{\rho_2^-} \cup L_{\rho_2^+},

因此產生:

11,602,320\boxed{ 11{,}602{,}320 }

個 second- ρ\rho children。

每一個 child 都重新執行:

  1. sampling-free exact-envelope center area;
  2. HSL Hausdorff motion bound;
  3. Steiner area guard;
  4. boundary target upper;
  5. full research-level HSL margin test。

得到:

2,012,747\boxed{ 2{,}012{,}747 }

個新 HSL PASS children。

因這些 children 各佔原 G4 cell 的:

116\frac{1}{16}

parameter volume,新增 explicit certified fraction:

Δfρ2=0.0355463910985876.\boxed{ \Delta f_{\rho_2} = 0.0355463910985876. }

也就是:

3.55463910986\boxed{ 3.55463910986 }

個百分點。

所以 B01 boundary 的 explicit HSL coverage 正式由:

79.5095655653%79.5095655653\%

提升到:

83.0642046752%.\boxed{ 83.0642046752\%. }

目前真正未被 explicit HSL atlas 覆蓋的 boundary volume降為:

16.9357953248%.\boxed{ 16.9357953248\%. }

對應 parameter-space measure:

1.62583635118×10−8.\boxed{ 1.62583635118\times10^{-8}. }

第二個重要結果是:HSL adaptive refinement 已開始出現明確遞減。

在 deterministic post- ρ2\rho_2 hard sample 中,對仍失敗的 second- ρ\rho children再測:

  • third ρ\rho split;
  • second ww split;
  • second vv split;

pass-child fraction只剩:

1.0576347441%\boxed{ 1.0576347441\% }

對 ρ3\rho_3,

0.7295805139%\boxed{ 0.7295805139\% }

對 w2w_2,

以及:

0.5823340529%\boxed{ 0.5823340529\% }

對 v2v_2。

如果只把這些 sample ratios 當 routing estimate,下一層 HSL 單刀大約只會把總 coverage推到:

83.24%,83.19%,83.16%83.24\%, \quad 83.19\%, \quad 83.16\%

量級,而不是再增加數個百分點。

因此本文正式判定:

pure HSL refinement has entered a diminishing-return regime.\boxed{ \text{pure HSL refinement has entered a diminishing-return regime}. }

這並不表示 HSL 失效。它表示 HSL 已經成功吃掉大部分「只是 continuity box 太粗」的 parameter volume;剩下的 16.94% 更像真正的 certificate-route hard core,需要切換 route,而不是只繼續無限 subdivision。

第三個結果是 residual localization 再次變尖。

在 full second- ρ\rho pass後,仍 unresolved 的:

9,589,573\boxed{ 9{,}589{,}573 }

equal-volume children中:

  • 約 99.18%99.18\% 落在 base- vv central band [−0.20333,−0.17667][-0.20333,-0.17667] ;
  • 約 90.86%90.86\% 落在 v∈[−0.20,−0.18]v\in[-0.20,-0.18] ;
  • 約 79.81%79.81\% 位於 w<0w<0 ;
  • 全部 residual 已落在 base range w<0.005w<0.005 ;
  • uu distribution 仍近乎平坦;
  • ρ\rho base-bin distribution 在第二次 ρ\rho split 後也已接近平坦。

因此目前 hard core 進一步壓縮為:

central-v+mostly negative-w+weak ρ+nearly irrelevant u.\boxed{ \text{central-}v + \text{mostly negative-}w + \text{weak }\rho + \text{nearly irrelevant }u. }

也就是說,第二次 ρ\rho refinement 已把 ρ\rho 的 coarse certificate uncertainty 大量吃掉。

第四個結果是 CR-04 — Direct/AREF Route 的 source audit。

LESR 09H 明確記錄既有 architecture 已包含:

  • fixed- qq radial convexity;
  • secant-lock criterion;
  • AREF-pruned criterion;
  • dependency-preserving radial compiler;

LESR 09I 也明確將 B01 boundary 的 expected finite cover寫成:

  1. HSL continuity leaves;
  2. 09H interval Taylor / scalar leaves;
  3. AREF-pruned leaves;
  4. adaptive split;

並指出 outer region應使用:

large direct-area / AREF boxes.\boxed{ \text{large direct-area / AREF boxes}. }

BCODR-LUC-01 進一步記錄五個 target-compatible certified shape-prune boxes:

28, 36, 68, 144, 155,\boxed{ 28,\ 36,\ 68,\ 144,\ 155, }

它們具有:

A>Aref=0.8349865.\boxed{ A>A_{\rm ref} = 0.8349865. }

但是,目前這批 canonical attachments 沒有暴露一個可直接對 arbitrary B01 leaf 執行的 prune-box membership backend,也沒有提供這五個 prune boxes 的完整可呼叫 parameter bounds table。

所以本文不把任何 AREF coverage加入:

83.0642046752%.83.0642046752\%.

相反地,本文完成 B01-to-5D AREF Adapter Contract,將 boundary leaf:

(ρ,u,v,w)(\rho,u,v,w)

映射到 BCODR / root-space parameters:

(x3,y3,ρ5,x5,y5)\boxed{ (x_3,y_3,\rho_5,x_5,y_5) }

其中在 r=sr=s:

q=ρu,q = \rho u, x3=x3,0−scos⁡q,x_3 = x_{3,0} - s\cos q, y3=ssin⁡q,y_3 = s\sin q, ρ5=ρ,\rho_5 = \rho, x5=x5,s+ρw,x_5 = x_{5,s} + \rho w, y5=ρv.y_5 = \rho v.

對 B01 cell 只要建立這五個 quantity 的 outward interval image,就可交給未來的:

AREF_PRUNE_MEMBERSHIP

backend。

如果 image 被完整包含在某個具有:

A>ArefA>A_{\rm ref}

certificate 的 prune box,該 leaf即可:

PASS_AREF

而不需要繼續 HSL subdivision。

這使 CR-04 從概念 hook變成一個缺資料但不缺介面的 certificate route。

本文因此完成兩個方向的收束:

HSL: 83.06% explicit cover, diminishing returns\boxed{ \text{HSL: 83.06\% explicit cover, diminishing returns} }

以及:

AREF: source-supported architecture, adapter ready, membership backend pending source\boxed{ \text{AREF: source-supported architecture, adapter ready, membership backend pending source} }

下一步不應再把整個 16.94% hard core做 uniform HSL refinement。

真正的高價值節點是:

  1. materialize / recover AREF prune-domain backend;
  2. 若仍不可得,建立 direct interval-area substitute;
  3. 只對 route-uncovered core使用 deeper HSL / analytic certificates。

關鍵詞: Second- ρ\rho 、HSL Saturation、AREF Adapter、Direct Route、B01、Hybrid Certificate Atlas、Residual Hard Core、AMRAL、Observable Exhaustion


1. Baseline from MCC-OE-08

上一輪 explicit HSL coverage:

f(3)=0.7950956556532118.\boxed{ f^{(3)} = 0.7950956556532118. }

即:

79.5095655653%.\boxed{ 79.5095655653\%. }

remaining:

fhard(3)=0.2049043443467882.\boxed{ f_{\rm hard}^{(3)} = 0.2049043443467882. }

2. Post- vv Hard-State Count

full adaptive tree中仍 unresolved 的 post- vv states:

Nhard(3)=5,801,160.\boxed{ N_{\rm hard}^{(3)} = 5{,}801{,}160. }

注意:

這些不是 G4 base cells。

它們已經攜帶:

  • first ρ\rho split;
  • first ww split;
  • first vv split;

的 split history。


3. Second- ρ\rho Split

對每個 current hard state:

ρc\rho_c

再次沿其當前 ρ\rho interval二分。

half-width:

hρh_\rho

再減半。


4. Second- ρ\rho Child Count

Nρ2child=2Nhard(3)=11,602,320.\boxed{ N_{\rho_2}^{\rm child} = 2N_{\rm hard}^{(3)} = 11{,}602{,}320. }

5. Full Child Re-evaluation

每個 second- ρ\rho child重新計算:

Ac,A_c, δ3,δ5,δhull,\delta_3, \quad \delta_5, \quad \delta_{\rm hull}, EHSL,E_{\rm HSL}, Atargetup,A_{\rm target}^{\rm up},

及:

mHSL.\boxed{ m_{\rm HSL}. }

沒有用 parent center margin做代理。


6. Full PASS Count

得到:

Nρ2PASS=2,012,747.\boxed{ N_{\rho_2}^{\rm PASS} = 2{,}012{,}747. }

7. Full FAIL Count

remaining second- ρ\rho children:

Nρ2FAIL=9,589,573.\boxed{ N_{\rho_2}^{\rm FAIL} = 9{,}589{,}573. }

驗算:

2,012,747+9,589,573=11,602,320.2{,}012{,}747 + 9{,}589{,}573 = 11{,}602{,}320.

8. Per-Child Volume

每個 second- ρ\rho child 佔原 G4 parent volume:

116.\boxed{ \frac1{16}. }

9. Coverage Gain

因此新增 certified fraction:

Δfρ2=2,012,74716×3,538,944.\boxed{ \Delta f_{\rho_2} = \frac{ 2{,}012{,}747 }{ 16\times3{,}538{,}944 }. }

得到:

Δfρ2=0.0355463910985876.\boxed{ \Delta f_{\rho_2} = 0.0355463910985876. }

10. Current Explicit HSL Coverage

f(4)=f(3)+Δfρ2.\boxed{ f^{(4)} = f^{(3)} + \Delta f_{\rho_2}. }

即:

f(4)=0.8306420467517994.\boxed{ f^{(4)} = 0.8306420467517994. }

所以:

83.0642046752%.\boxed{ 83.0642046752\%. }

11. Current Certified Parameter Volume

B01 boundary domain measure:

9.6×10−8.9.6\times10^{-8}.

所以 current explicit certified parameter volume:

μcert(4)≈7.97416364882×10−8.\boxed{ \mu_{\rm cert}^{(4)} \approx 7.97416364882\times10^{-8}. }

12. Current Residual

fresidual(4)=0.16935795324820058.\boxed{ f_{\rm residual}^{(4)} = 0.16935795324820058. }

即:

16.9357953248%.\boxed{ 16.9357953248\%. }

13. Current Residual Parameter Volume

μresidual(4)≈1.62583635118×10−8.\boxed{ \mu_{\rm residual}^{(4)} \approx 1.62583635118\times10^{-8}. }

14. Recovery from the Previous Hard Core

上一輪 hard:

20.4904344347%.20.4904344347\%.

本輪回收:

3.554639109863.55463910986

percentage points。

所以 second- ρ\rho split消除上一輪 hard volume的:

17.3477976818%\boxed{ 17.3477976818\% }

左右。


15. HSL Coverage Curve

目前 explicit full-tree curve:

53.0603%→64.9316%→73.4247%→79.5096%→83.0642%.\boxed{ 53.0603\% \rightarrow 64.9316\% \rightarrow 73.4247\% \rightarrow 79.5096\% \rightarrow 83.0642\%. }

16. Incremental Gains

依序:

+11.8712\boxed{ +11.8712 }

by first ρ\rho,

+8.49318\boxed{ +8.49318 }

by first ww,

+6.08483\boxed{ +6.08483 }

by first vv,

+3.55464\boxed{ +3.55464 }

by second ρ\rho。


17. Diminishing-Return Signal

gain序列已明顯下降。

這表示:

remaining cells are no longer dominated by coarse HSL geometry alone.\boxed{ \text{remaining cells are no longer dominated by coarse HSL geometry alone}. }

18. Post- ρ2\rho_2 Routing Test

本文對 deterministic:

100,000100{,}000

post- vv hard-parent sample先跑 second- ρ\rho。

得到:

200,000200{,}000

rho2 children,

其中:

34,63134{,}631

PASS,

165,369165{,}369

仍 hard。


19. Third- ρ\rho Probe

對這些 still-hard rho2 children再沿 ρ\rho split。

children:

330,738.\boxed{ 330{,}738. }

PASS:

3,498.\boxed{ 3{,}498. }

pass-child fraction:

1.0576347441%.\boxed{ 1.0576347441\%. }

20. Second- ww Probe

同一 hard sample沿 ww split:

PASS:

2,413\boxed{ 2{,}413 }

out of:

330,738.330{,}738.

所以:

0.7295805139%.\boxed{ 0.7295805139\%. }

21. Second- vv Probe

PASS:

1,926\boxed{ 1{,}926 }

out of:

330,738.330{,}738.

所以:

0.5823340529%.\boxed{ 0.5823340529\%. }

22. Current HSL Split Priority

仍是:

ρ3>w2>v2,\boxed{ \rho_3 > w_2 > v_2, }

但三者的 expected utility都已低很多。


23. Routing-Only Next Coverage Estimates

若 sample recovery可外推:

ρ3\rho_3

大約:

83.2433%.\boxed{ 83.2433\%. }

w2w_2

大約:

83.1878%.\boxed{ 83.1878\%. }

v2v_2

大約:

83.1628%.\boxed{ 83.1628\%. }

這些不是 certified coverage。


24. Important Conclusion

繼續 pure HSL splitting 的下一刀可能只增加:

0.1∼0.2\boxed{ 0.1 \sim 0.2 }

個百分點量級。

所以:

CR-04 is now strategically necessary.\boxed{ \text{CR-04 is now strategically necessary}. }

25. Residual Localization after Second- ρ\rho

full second- ρ\rho FAIL children:

9,589,573.\boxed{ 9{,}589{,}573. }

因為每個 child equal-volume,

count fraction就是 residual volume distribution。


26. Central- vv Concentration

約:

99.1775%\boxed{ 99.1775\% }

remaining residual落在 base- vv band:

[−0.20333,−0.17667].\boxed{ [-0.20333,-0.17667]. }

27. Narrower Central Band

約:

90.8612%\boxed{ 90.8612\% }

remaining residual落在:

v∈[−0.20,−0.18].\boxed{ v\in[-0.20,-0.18]. }

28. Very Central Core

約:

52.0861%\boxed{ 52.0861\% }

residual甚至落在:

v∈[−0.195,−0.185].\boxed{ v\in[-0.195,-0.185]. }

29. ww Localization

約:

79.8079%\boxed{ 79.8079\% }

remaining residual位於:

w<0.\boxed{ w<0. }

30. Stronger ww Statement

約:

63.1868%\boxed{ 63.1868\% }

位於:

w<−0.0025.\boxed{ w<-0.0025. }

並且在 base- ww bins上:

100%\boxed{ 100\% }

remaining residual落在:

w<0.005.w<0.005.

31. uu Remains Flat

12 個 uu bins 的 residual count share約只在:

8.10%∼8.46%8.10\% \sim 8.46\%

間。

所以:

u\boxed{ u }

依然不是值得深切的 hard axis。


32. ρ\rho Also Flattens

second- ρ\rho pass後,

original base- ρ\rho bins的 residual distribution已非常平。

這表示:

ρ coarse uncertainty has largely been exhausted as a primary localization signal.\boxed{ \rho\text{ coarse uncertainty has largely been exhausted as a primary localization signal}. }

33. Hard Core v2

因此:

Dhard(4)≈very-central v+negative w+weak u+weak base-ρ.\boxed{ D_{\rm hard}^{(4)} \approx \text{very-central }v + \text{negative }w + \text{weak }u + \text{weak base-}\rho. }

34. This Is the Point to Switch Certificate Language

如果仍只使用 HSL,

就會開始在一個:

  • very-central vv ;
  • negative ww ;
  • near-low-area;

區域中不斷細切。

這正是 direct / analytic / prune route應該進場的地方。


35. Source Audit — AREF Architecture

現有 LESR 09H 明確記錄 Cycle 15–16 已建立:

fixed-q radial convexity
secant-lock criterion
AREF-pruned criterion
dependency-preserving radial compiler architecture

但 full boundary-space finite cover當時仍 open。


36. Source Audit — 09I Expected B01 Cover

09I 在 radial quotient完成後,明確提出 boundary slice可使用:

HSL continuity leaves
09H interval Taylor / scalar leaves
AREF-pruned leaves
adaptive split

並明確預期:

hard near-minimizer:
    small HSL / Taylor boxes

outer region:
    large direct-area / AREF boxes

37. Source Audit — Certified Prune Seeds

BCODR-LUC-01 已保留五個 target-compatible certified inward exclusion seeds:

28,36,68,144,155.\boxed{ 28, 36, 68, 144, 155. }

它們具有:

A>Aref=0.8349865.\boxed{ A>A_{\rm ref} = 0.8349865. }

38. What Is Missing

目前 attached canonical packages沒有提供:

AREF_PRUNE_BOX_TABLE

可直接取得:

  • five prune box lower/upper parameter bounds;
  • versioned area certificate IDs;
  • per-leaf containment verifier。

39. Therefore CR-04 Cannot Yet Add Coverage

本文嚴格維持:

fofficial=83.0642046752%.\boxed{ f_{\rm official} = 83.0642046752\%. }

不因「AREF architecture exists」就把 hard cells標 PASS。


40. B01-to-5D AREF Adapter

但是 mapping本身已可固定。

在 boundary:

r=s,r=s,

定義:

q=ρu.q = \rho u.

41. B3B_3 Parameter Map

x3=x3,0−scos⁡(ρu)\boxed{ x_3 = x_{3,0} - s\cos(\rho u) } y3=ssin⁡(ρu)\boxed{ y_3 = s\sin(\rho u) }

42. Rotation Coordinate

ρ5=ρ.\boxed{ \rho_5 = \rho. }

43. B5B_5 Translation Map

x5=x5,s+ρw\boxed{ x_5 = x_{5,s} + \rho w } y5=ρv.\boxed{ y_5 = \rho v. }

44. Complete Adapter

因此:

ΨB01→5D(ρ,u,v,w)=(x3,y3,ρ,x5,y5).\boxed{ \Psi_{\rm B01\rightarrow5D} ( \rho,u,v,w ) = ( x_3, y_3, \rho, x_5, y_5 ). }

45. Leaf Image

對 B01 parameter cell:

LL

使用 interval arithmetic建立:

Ψ□(L)=Ix3×Iy3×Iρ5×Ix5×Iy5.\boxed{ \Psi^\square(L) = I_{x_3} \times I_{y_3} \times I_{\rho_5} \times I_{x_5} \times I_{y_5}. }

46. AREF Membership Rule

若存在 certified prune box:

Pk,P_k,

使:

Ψ□(L)⊆Pk,\boxed{ \Psi^\square(L) \subseteq P_k, }

且:

PkP_k

攜帶:

A>ArefA>A_{\rm ref}

certificate,

則:

L→PASS_AREF.\boxed{ L \rightarrow \texttt{PASS\_AREF}. }

47. Partial Intersection Is Not Enough

如果:

Ψ□(L)∩Pk≠∅\Psi^\square(L) \cap P_k \neq \varnothing

但不 contained,

不能整 leaf PASS。

可以:

  • split leaf;
  • 或切出 contained subleaf。

48. AREF Certificate Output Contract

{
  "route": "CR-04-AREF",
  "leaf_id": "...",
  "b01_domain": {},
  "image_5d": {
    "x3": [],
    "y3": [],
    "rho5": [],
    "x5": [],
    "y5": []
  },
  "prune_box_id": 155,
  "contained": null,
  "area_relation": "A > A_ref",
  "A_ref": 0.8349865,
  "source_certificate_id": null,
  "authority": null,
  "status": "PENDING_SOURCE"
}

49. Direct-Area Alternative

如果 prune-box table暫時拿不到,

可以建立另一條:

CR-04D — Direct Interval Area.\boxed{ \text{CR-04D — Direct Interval Area}. }

50. Direct Area Contract

輸入 leaf:

L.L.

輸出 outward:

Alowerdirect(L).\boxed{ A_{\rm lower}^{\rm direct}(L). }

若:

Alowerdirect(L)>A0+0.1ρ+2,\boxed{ A_{\rm lower}^{\rm direct}(L) > A_0 + 0.1\rho_+^2, }

則:

PASS_DIRECT

51. Direct Route Need Not Be Chart-Fixed

如果 direct area backend能對 convex hull area做 outward enclosure,

它可以和 HSL一樣跨 support transitions。


52. ArefA_{\rm ref} Shortcut

若:

Alowerdirect(L)>Aref,A_{\rm lower}^{\rm direct}(L) > A_{\rm ref},

則因完整 B01 domain上:

Aref>A0+0.1ρ2,A_{\rm ref} > A_0+0.1\rho^2,

leaf直接 PASS。


53. Margin from ArefA_{\rm ref} to Current Target

B01 最大 target:

A0+0.1(1.4×10−4)2.A_0 + 0.1(1.4\times10^{-4})^2.

所以:

Aref−Atargetmax⁡≈3.874807758×10−7.\boxed{ A_{\rm ref} - A_{\rm target}^{\max} \approx 3.874807758\times10^{-7}. }

這比 hard HSL 的:

10−910^{-9}

級 margin大約兩個數量級以上。


54. Why This Matters

只要能恢復 outer prune backend,

CR-04 很可能能用大 boxes一次吃掉一批 HSL-hard cells。

但這是:

architecture-supported expectation,\boxed{ \text{architecture-supported expectation}, }

不是本文實際 coverage result。


55. Certificate Atlas v0.3

CR-01 — Canonical Analytic

status:
    active

CR-02 — Radial Lift

status:
    research closed

CR-03 — Adaptive HSL

explicit boundary coverage:
    83.0642046752%

CR-04A — AREF

adapter:
    ready

prune membership data:
    pending source

counted coverage:
    0%

CR-04D — Direct Interval Area

contract:
    defined

backend:
    open

CR-05 — Hard Core

current boundary measure:
    16.9357953248%

56. HSL Strategy Update

純 HSL不應停止。

但從現在開始:

HSL is a fallback/refinement route, not the only closure route.\boxed{ \text{HSL is a fallback/refinement route, not the only closure route}. }

57. When to Use HSL Again

如果 leaf:

  • 無 AREF coverage;
  • direct interval area unavailable;
  • analytic route domain不適用;

但 current HSL deficit很小,

才繼續 deeper split。


58. When to Avoid HSL

如果 sample預測一個 split只能回收:

<1%<1\%

of residual child volume,

而 direct route可能用 larger certificate box處理,

應優先 direct route。


59. Residual Routing v0.3

FOR EACH CURRENT HARD LEAF:

    try AREF membership

    if PASS:
        close

    try direct interval area

    if PASS:
        close

    if analytic route eligible:
        try analytic certificate

    if HSL expected gain is still high:
        split

    else:
        mark HARD_CORE_ESCALATE

60. New Stop Condition for Pure HSL

本文建議:

如果:

max⁡jExpectedHSLRecovery⁡(j)<ϵroute\boxed{ \max_j \operatorname{ExpectedHSLRecovery}(j) < \epsilon_{\rm route} }

則停止 HSL-only recursion,

改 route。


61. Suggested Research Threshold

作為 runtime policy,不是 theorem:

ϵroute=1%\boxed{ \epsilon_{\rm route} = 1\% }

of current hard child volume可作初始 engineering threshold。

post- ρ2\rho_2 sample已接近或低於此量級。


62. No Counterexample Found

full second- ρ\rho computation沒有產生:

THREAT

只產生:

  • PASS;
  • still unresolved。

因此:

COUNTER-CERTIFICATE CANDIDATE:
    NONE

63. Important Epistemic State

現在 hard core越來越小,

但不能因:

83.06%83.06\%

很高就把其餘:

16.94%16.94\%

視為 negligible。

theorem closure需要:

100% route cover\boxed{ 100\%\text{ route cover} }

或另一個全域 theorem取代 finite cover。


64. What Has Actually Been Learned

這九輪 MCC-OE 到現在不只是增加 coverage。

更重要的是找到三種不同 closure phenomena:

Type A — Chart-sensitive analytic region

需要 root / support semantics。

Type B — Chart-variable but HSL-certifiable region

geometry changes,certificate不變。

Type C — HSL-hard residual

需要切換 certificate language。


65. This Is the Certificate Atlas Becoming Real

不是概念上的:

Acert.\mathfrak A_{\rm cert}.

而是每個 region開始知道:

which proof language should own it.\boxed{ \text{which proof language should own it}. }

66. Next Highest-Value Node

下一步已不應叫:

再 split 一次。

而是:

MCC-OE-10 — AREF/Direct Certificate Materialization on the 16.94% Hard Core\boxed{ \textbf{MCC-OE-10 — AREF/Direct Certificate Materialization on the 16.94\% Hard Core} }

67. MCC-OE-10 Objective A

找回:

P28,P36,P68,P144,P155\boxed{ P_{28}, P_{36}, P_{68}, P_{144}, P_{155} }

的 certified 5D bounds與 certificate metadata。


68. Objective B

執行:

Ψ□(L)⊆Pk\Psi^\square(L) \subseteq P_k

membership test。


69. Objective C

如果 prune-domain backend無法恢復,

建立:

Alowerdirect(L)\boxed{ A_{\rm lower}^{\rm direct}(L) }

outward interval-area compiler。


70. Objective D

量化:

fAREF/direct\boxed{ f_{\rm AREF/direct} }

真正新增的 union coverage。


71. Objective E

只對:

Dhard∖DdirectD_{\rm hard} \setminus D_{\rm direct}

做 deeper HSL / analytic escalation。


72. Current Dashboard

G4 HSL:
    53.0603479456%

+ rho1:
    64.9315586797%

+ w1:
    73.4247348927%

+ v1:
    79.5095655653%

+ rho2:
    83.0642046752%

CURRENT EXPLICIT HSL RESIDUAL:
    16.9357953248%

CURRENT HARD PARAMETER VOLUME:
    ~1.62583635118e-8

POST-rho2 HSL RECOVERY SAMPLE:
    rho3 1.0576%
    w2   0.7296%
    v2   0.5823%

AREF ARCHITECTURE:
    SOURCE-SUPPORTED

AREF B01 ADAPTER:
    DEFINED

AREF MEMBERSHIP BACKEND:
    PENDING SOURCE

DIRECT INTERVAL AREA:
    CONTRACT DEFINED
    BACKEND OPEN

COUNTEREXAMPLE:
    NONE

B01 PARENT:
    PARTIAL

73. 結論

MCC-OE-09 是 B01 closure strategy 的一個轉折點。

前幾輪的主問題是:

HSL 能不能大量吃掉 chart-variable parameter space?\boxed{ \text{HSL 能不能大量吃掉 chart-variable parameter space?} }

答案是可以。

它把 explicit boundary cover 從:

53.06%53.06\%

一路推到:

83.06%.\boxed{ 83.06\%. }

但是 second- ρ\rho 之後,

更深的 HSL split sample只剩:

∼1%\sim1\%

or less 的 child recovery。

這代表:

我們已經不應再把「加深 HSL tree」當成唯一動作。\boxed{ \text{我們已經不應再把「加深 HSL tree」當成唯一動作。} }

而真正的下一步是換證書語言。

現有來源其實早就留下這個答案:

  • 09H 已有 AREF-pruned criterion architecture;
  • 09I 已預期 outer region使用 direct-area / AREF boxes;
  • BCODR-LUC 已保留五個 A>ArefA>A_{\rm ref} certified inward exclusion seeds。

現在缺的不是概念。

缺的是:

把 B01 residual leaf 映到那些 certificate domains 的 executable backend.\boxed{ \text{把 B01 residual leaf 映到那些 certificate domains 的 executable backend}. }

本文已把前半完成:

(ρ,u,v,w)→(x3,y3,ρ5,x5,y5).\boxed{ (\rho,u,v,w) \rightarrow (x_3,y_3,\rho_5,x_5,y_5). }

所以 closure responsibility 已經再次縮小。

上一輪我們說:

剩下 20.49% hard volume.\boxed{ \text{剩下 20.49\% hard volume}. }

這一輪變成:

剩下 16.94% hard volume, 而 pure HSL 已開始飽和; 下一個 blocker 是 direct certificate materialization.\boxed{ \text{剩下 16.94\% hard volume, 而 pure HSL 已開始飽和; 下一個 blocker 是 direct certificate materialization}. }

這不是失敗。

反而是 certificate atlas 真正開始分工的時刻。

最終策略現在可以清楚寫成:

 HSL covers continuity-dominated space; AREF/direct covers strong-margin space; analytic certificates cover structured singular space; only the intersection of all failures becomes the true hard core. \boxed{ \textbf{ HSL covers continuity-dominated space; AREF/direct covers strong-margin space; analytic certificates cover structured singular space; only the intersection of all failures becomes the true hard core. } }

這就是 MCC-OE-09 的收束。


Canonical Source Declaration

本檔為 MCC-OE-09-v0.1 的 UTF-8 Markdown canonical source。

本文來源基礎:

  • MCC-OE-08 explicit HSL tree;
  • LESR 09H AREF-pruned architecture;
  • LESR 09I B01 HSL / radial / expected finite-cover architecture;
  • BCODR-LUC-01 certified prune-seed statement;
  • B01 exact-envelope/HSL runtime used in MCC-OE-06~08。

本文新增實際計算:

  • full second- ρ\rho split on all post- vv hard states;
  • 11,602,320 second- ρ\rho child evaluations;
  • 2,012,747 new HSL PASS children;
  • explicit coverage升級至 83.0642046752%;
  • residual降至 16.9357953248%;
  • post- ρ2\rho_2 residual histograms;
  • post- ρ2\rho_2 next-axis routing sample。

本文正式新增:

  • HSL diminishing-return criterion;
  • executable B01-to-5D AREF adapter contract;
  • AREF membership semantics;
  • direct interval-area fallback contract;
  • source-availability vs route-coverage distinction。

本文不宣稱:

  • sample-based 83.24% / 83.19% / 83.16% routing estimates是 certified coverage;
  • AREF prune box bounds已在目前附件中 materialize;
  • CR-04 已增加任何 official coverage;
  • unresolved 16.94% contains counterexample;
  • HSL route已數學上飽和到零增益;
  • publication-level independent interval backend已完成;
  • B01 parent已 closed;
  • global Lebesgue已解。

下一輪建議進入:

MCC-OE-10 — AREF/Direct Certificate Materialization on the 16.94% Hard Core.

===END===