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lm-004740 · 2026-10

MCC-OE-07 — Residual-Volume Routing and Hybrid Certificate Atlas

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MCC-OE-07 — Residual-Volume Routing and Hybrid Certificate Atlas

從 53.06% Uniform HSL Cover 到 73.42% Adaptive ρ→w\rho\rightarrow w Cover:B01 剩餘體積的第一次資料驅動路由

系列: Measured-Construct Closure / Observable Exhaustion
文件代號: MCC-OE-07-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: Residual-Volume Routing/Adaptive HSL Cover/Hybrid Certificate Atlas v0.1
前置: MCC-OE-00~06;LESR 09G~09I
狀態: ADAPTIVE COVER TREE ACTIVE / 73.42% B01 BOUNDARY VOLUME CERTIFIED / HARD CORE LOCALIZED
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-06 首次將 B01 boundary domain:

DB01=[10−4,1.4×10−4]×[4.5,6.0]×[−0.23,−0.15]×[−0.01,0.01]D_{B01} = [10^{-4},1.4\times10^{-4}] \times [4.5,6.0] \times [-0.23,-0.15] \times [-0.01,0.01]

以 chart-free Hausdorff–Steiner Leaf(HSL)certificate 做全域 uniform anisotropic cover。

當時最佳 uniform grid:

192×12×96×16=3,538,944192\times12\times96\times16 = 3{,}538{,}944

個等體積 cells,其中:

1,877,7761{,}877{,}776

個直接通過 HSL certificate,得到:

53.0603479456%\boxed{ 53.0603479456\% }

的 boundary parameter-volume coverage。

本文不再更換 uniform grid,而是直接處理剩餘:

46.9396520544%\boxed{ 46.9396520544\% }

未覆蓋體積。

第一個實際 adaptive routing experiment 對每個 unresolved G4 parent cell 沿:

ρ\boxed{ \rho }

做一次真正的二分,重新計算兩個 child centers 的 exact-envelope area 與 HSL guard。

原本:

1,661,1681{,}661{,}168

個 unresolved parent cells 產生:

3,322,3363{,}322{,}336

個 ρ\rho children,其中:

840,231\boxed{ 840{,}231 }

個 children 新取得正 HSL certificate。

因此 boundary certified volume 由:

53.0603479456%53.0603479456\%

提升為:

64.9315586797%.\boxed{ 64.9315586797\%. }

也就是單次 ρ\rho split 新增:

11.8712107340\boxed{ 11.8712107340 }

個百分點的 certified volume。

接著,本文只對 ρ\rho split 後仍未通過的 child cells 沿:

w\boxed{ w }

再二分一次。

共有:

2,482,1052{,}482{,}105

個 failed- ρ\rho child cells 被展開為:

4,964,2104{,}964{,}210

個 ρ→w\rho\rightarrow w grandchildren,其中:

1,202,275\boxed{ 1{,}202{,}275 }

個新 grandchildren 通過 HSL certificate。

最終得到:

73.4247348927%\boxed{ 73.4247348927\% }

的 B01 boundary parameter-volume HSL cover。

因此:

26.5752651073%\boxed{ 26.5752651073\% }

成為目前真正的 HSL residual hard volume。

這不是估計,而是對既有 G4 partition 進行實際 child center exact-envelope recomputation 後得到的 adaptive cover fraction。

本文進一步分析 residual routing structure,發現:

  1. uu 幾乎不是主要 hard direction;
  2. residual 高度集中於 vv 的中央窄帶;
  3. residual 明顯偏向負 ww ;
  4. ρ\rho 仍有溫和但穩定的影響;
  5. 第一層 split-axis sample 顯示效率排序:
ρ>w>v≫u.\boxed{ \rho > w > v \gg u. }

在對 100,000100{,}000 個 deterministic unresolved-parent samples 的實際 child-split測試中,若單獨沿一個 axis 二分,通過 children 的比例約為:

25.202%\boxed{ 25.202\% }

對 ρ\rho,

17.025%\boxed{ 17.025\% }

對 ww,

10.8185%\boxed{ 10.8185\% }

對 vv,

而 uu 僅:

0.1735%.\boxed{ 0.1735\%. }

在完成 ρ→w\rho\rightarrow w adaptive cover 後,剩餘 volume 的:

89.8574%\boxed{ 89.8574\% }

集中在約:

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

而:

99.9848%\boxed{ 99.9848\% }

集中在:

v∈[−0.21,−0.17].\boxed{ v\in[-0.21,-0.17]. }

另外:

71.8891%\boxed{ 71.8891\% }

的剩餘 volume 位於:

w<0,w<0,

且約:

95.3507%\boxed{ 95.3507\% }

位於:

w<0.005.w<0.005.

相反地,12 個 uu slices 的 residual fraction 僅在約:

26.14%∼26.80%26.14\% \sim 26.80\%

間變動,近乎平坦。

所以本文正式把 B01 residual problem 從:

4D unresolved box\boxed{ \text{4D unresolved box} }

壓成:

以 v,w 為主、ρ 為次、u 為弱方向的局部 hard core.\boxed{ \text{以 }v,w\text{ 為主、}\rho\text{ 為次、}u\text{ 為弱方向的局部 hard core}. }

本文也正式建立 Hybrid Certificate Atlas v0.1:

  • CR-01:canonical analytic route;
  • CR-02:B01 radial lift;
  • CR-03:adaptive chart-free HSL route;
  • CR-04:direct-area / AREF route,仍待接入;
  • CR-05:hard-core local route,留給下一輪。

目前真正被數值化的 boundary atlas coverage 主要來自 CR-03,但 atlas routing 已不再抽象。剩餘 26.58% 已有明確的空間位置、split priority 與下一級證書選擇。

關鍵詞: Residual Routing、Adaptive HSL、Hybrid Certificate Atlas、B01、 ρ\rho split、 ww split、Hard Core、Observable Exhaustion、AMRAL、Lebesgue


1. Baseline — MCC-OE-06 G4

B01 boundary domain:

DB01=Iρ×Iu×Iv×Iw.\boxed{ D_{B01} = I_\rho \times I_u \times I_v \times I_w. }

總 parameter volume:

Vol⁡(DB01)=9.6×10−8.\boxed{ \operatorname{Vol}(D_{B01}) = 9.6\times10^{-8}. }

G4:

192×12×96×16=3,538,944.\boxed{ 192 \times 12 \times 96 \times 16 = 3{,}538{,}944. }

2. Uniform HSL Baseline

G4 direct HSL PASS:

N0=1,877,776.\boxed{ N_0 = 1{,}877{,}776. }

coverage fraction:

f0=0.5306034794560185.\boxed{ f_0 = 0.5306034794560185. }

因此:

Vol⁡0cert≈5.09379340278×10−8.\boxed{ \operatorname{Vol}_{0}^{\rm cert} \approx 5.09379340278\times10^{-8}. }

剩餘:

Nunresolved(0)=1,661,168.\boxed{ N_{\rm unresolved}^{(0)} = 1{,}661{,}168. }

3. Adaptive Principle

本文不重新 tessellate entire domain。

而是:

only split cells that failed the current certificate.\boxed{ \text{only split cells that failed the current certificate}. }

這保持 MCC-OE 的 core principle:

localize responsibility before spending computation.\boxed{ \text{localize responsibility before spending computation}. }

4. First Adaptive Split — ρ\rho

每個 unresolved G4 parent:

LL

沿 ρ\rho 一分為二:

L=Lρ−∪Lρ+.\boxed{ L = L_{\rho^-} \cup L_{\rho^+}. }

每個 child:

  • ρ\rho width 減半;
  • u,v,wu,v,w widths 不變;
  • 重新計算 child center exact-envelope area;
  • 重新計算 child HSL guard;
  • 不繼承 parent verdict。

5. ρ\rho -Split Child Count

1,661,1681{,}661{,}168

個 unresolved parents 產生:

3,322,336\boxed{ 3{,}322{,}336 }

個 children。

其中 HSL PASS children:

840,231.\boxed{ 840{,}231. }

6. Parent Outcome Distribution

原 unresolved parents 分成:

BOTH rho children PASS:
    419,931 parents

ONE rho child PASS:
    369 parents

NO rho child PASS:
    1,240,868 parents

合計:

419,931+369+1,240,868=1,661,168.419{,}931 + 369 + 1{,}240{,}868 = 1{,}661{,}168.

7. Coverage Gain from ρ\rho Split

每個 child 佔 parent volume 的:

12.\frac12.

新增 certified volume fraction:

Δfρ=840,2312×3,538,944≈0.11871210734049475.\boxed{ \Delta f_\rho = \frac{ 840{,}231 }{ 2\times3{,}538{,}944 } \approx 0.11871210734049475. }

因此:

fρ=0.6493155867965132.\boxed{ f_\rho = 0.6493155867965132. }

即:

64.9315586797%.\boxed{ 64.9315586797\%. }

8. Certified Parameter Volume after ρ\rho Split

Vol⁡ρcert≈6.23342963325×10−8.\boxed{ \operatorname{Vol}_{\rho}^{\rm cert} \approx 6.23342963325\times10^{-8}. }

9. Residual after ρ\rho Split

fresidual(ρ)=35.0684413203%.\boxed{ f_{\rm residual}^{(\rho)} = 35.0684413203\%. }

這已經把 MCC-OE-06 的:

46.94%46.94\%

未覆蓋體積下降超過四分之一。


10. Why ρ\rho Works

HSL guard 對 ρ\rho half-width 有多重依賴:

δ3⊃s∣uc∣hρ,\delta_3 \supset s|u_c|h_\rho,

以及:

δ5⊃R5hρ.\delta_5 \supset R_5h_\rho.

同時:

hρh_\rho

也進入 translation coupling terms。

所以減半 hρh_\rho 可以同時壓低多個 Hausdorff uncertainty channels。


11. Axis Routing Experiment

為避免憑直覺選下一軸,本文對:

100,000\boxed{ 100{,}000 }

個 deterministic unresolved-parent samples 做 actual split comparison。

對每個 parent,分別只沿:

ρ,u,v,w\rho, \quad u, \quad v, \quad w

二分,並真正重算兩個 child centers與 HSL verdict。


12. Axis Result — ρ\rho

通過 child 比例:

25.202%.\boxed{ 25.202\%. }

至少有一個 child PASS 的 parent 比例:

25.213%.\boxed{ 25.213\%. }

13. Axis Result — ww

通過 child 比例:

17.025%.\boxed{ 17.025\%. }

至少一個 child PASS 的 parent:

18.854%.\boxed{ 18.854\%. }

14. Axis Result — vv

通過 child 比例:

10.8185%.\boxed{ 10.8185\%. }

至少一個 child PASS 的 parent:

11.911%.\boxed{ 11.911\%. }

15. Axis Result — uu

通過 child 比例僅:

0.1735%.\boxed{ 0.1735\%. }

至少一個 child PASS parent:

0.347%.\boxed{ 0.347\%. }

16. First Data-Driven Split Ordering

因此第一層 routing 明確給:

ρ>w>v≫u.\boxed{ \rho > w > v \gg u. }

這取代 MCC-OE-06 只有 sensitivity intuition 的 split policy。


17. Second Adaptive Split — ww

在 ρ\rho split 後,

failed ρ\rho child count:

2,482,105.\boxed{ 2{,}482{,}105. }

這些 cells 再沿:

ww

二分。


18. ww Grandchildren

產生:

4,964,210\boxed{ 4{,}964{,}210 }

個 ρ→w\rho\rightarrow w grandchildren。

其中:

1,202,275\boxed{ 1{,}202{,}275 }

個新 grandchildren PASS。


19. Coverage Gain from ww

每個 grandchild 佔原 G4 parent volume:

14.\frac14.

所以新增:

Δfw=1,202,2754×3,538,944≈0.08493176213017228.\boxed{ \Delta f_w = \frac{ 1{,}202{,}275 }{ 4\times3{,}538{,}944 } \approx 0.08493176213017228. }

20. Current Adaptive HSL Coverage

因此:

fρ→w=0.7342473489266855.\boxed{ f_{\rho\rightarrow w} = 0.7342473489266855. }

即:

73.4247348927%.\boxed{ 73.4247348927\%. }

21. Certified Parameter Volume

Vol⁡ρ→wcert≈7.04877454970×10−8.\boxed{ \operatorname{Vol}_{\rho\rightarrow w}^{\rm cert} \approx 7.04877454970\times10^{-8}. }

22. Current Residual Hard Volume

剩餘:

fhard=0.2657526510733145.\boxed{ f_{\rm hard} = 0.2657526510733145. }

即:

26.5752651073%.\boxed{ 26.5752651073\%. }

對應 parameter volume:

Vol⁡hard≈2.55122545030×10−8.\boxed{ \operatorname{Vol}_{\rm hard} \approx 2.55122545030\times10^{-8}. }

23. Parent-Level Coverage States

在完成:

ρ→w\rho\rightarrow w

adaptive tree 後,原始 G4 parents 的 covered-volume fraction 分布:

100% covered:
    2,573,285 parents

75% covered:
    381 parents

50% covered:
    49,596 parents

25% covered:
    366 parents

0% covered:
    915,316 parents

這提供後續 compact tree serialization 的天然狀態。


24. Residual Is Not Uniform

現在分析:

Dhard\boxed{ D_{\rm hard} }

真正落在哪裡。


25. uu Direction Is Nearly Flat

12 個 uu slices 中,

residual volume fraction僅在:

26.138%∼26.802%\boxed{ 26.138\% \sim 26.802\% }

之間變化。

所以:

u\boxed{ u }

目前不是 hard-core localization 的主要方向。


26. Strong vv Localization

在 ρ→w\rho\rightarrow w cover 後,

剩餘 volume 約:

89.8574%\boxed{ 89.8574\% }

集中於:

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

27. Nearly All Residual Lies in a Wider vv Band

約:

99.9848%\boxed{ 99.9848\% }

的 residual 位於:

v∈[−0.21,−0.17].\boxed{ v \in [-0.21,-0.17]. }

換句話說,B01 full vv domain:

[−0.23,−0.15][-0.23,-0.15]

的兩端幾乎已由 HSL route吃掉。


28. Peak vv Bands

最大 residual density 出現在接近:

v⋆≈−0.18922819v_\star \approx -0.18922819

附近。

兩個最重 8-bin groups 約為:

[−0.19667,−0.19][-0.19667,-0.19]

與:

[−0.19,−0.18333].[-0.19,-0.18333].

兩者合計約承擔:

51.20%\boxed{ 51.20\% }

的所有 remaining residual volume。


29. ww Is Strongly Asymmetric

完成 ρ→w\rho\rightarrow w routing 後,

約:

71.8891%\boxed{ 71.8891\% }

remaining residual volume 位於:

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

30. Almost All Residual Sits Below Moderate Positive ww

約:

95.3507%\boxed{ 95.3507\% }

residual 位於:

w<0.005.\boxed{ w<0.005. }

而:

w∈[0.00875,0.01]w\in[0.00875,0.01]

附近幾乎完全被當前 HSL atlas覆蓋。


31. ρ\rho Has a Mild Trend

remaining residual fraction 隨 ρ\rho 增加緩慢下降。

低 ρ\rho 端大約:

28.59%28.59\%

slice volume unresolved,

高 ρ\rho 端約:

24.91%.24.91\%.

所以:

ρ\rho

仍重要,

但 hard core localization遠弱於 vv 與 ww。


32. Residual Hard-Core Geometry in Parameter Space

因此目前可以寫:

Dhard≈central-v+negative-w+weak-ρ+nearly-free-u.\boxed{ D_{\rm hard} \approx \text{central-}v + \text{negative-}w + \text{weak-}\rho + \text{nearly-free-}u. }

這是第一個由 certificate failures 直接產生的 hard-core geometry。


33. This Is Not Geometric Shape Geometry

它不是 convex body 的形狀分類。

它是:

certificate difficulty geometry.\boxed{ \text{certificate difficulty geometry}. }

也就是:

哪些 parameter regions 最難被目前 HSL observable basis certificate。


34. Certificate Difficulty Manifold

可以定義:

Dcert\boxed{ \mathcal D_{\rm cert} }

為 certificate margin低的 parameter subregion。

目前 B01 data顯示:

Dcert\mathcal D_{\rm cert}

主要沿:

v,wv,w

方向收縮。


35. Implication for Next HSL Refinement

下一輪 HSL recursion不應:

  • split uu first;
  • 全域 uniform refine;
  • 回到 isotropic grid。

應優先:

v\boxed{ v }

與:

w\boxed{ w }

在 hard band內 refinement。


36. But ww Has Already Paid One Split

因為 current adaptive tree已:

ρ→w.\rho \rightarrow w.

所以 residual next decision不應機械地再 split ww。

應比較:

  • another ww split;
  • first vv split;
  • CR-04 direct-area route;
  • CR-01 analytic route。

37. Route Selector v0.1

對 residual leaf:

LL

計算:

R(L)={rHSL,ranalytic,rdirect,rhard}.\boxed{ R(L) = \{ r_{\rm HSL}, r_{\rm analytic}, r_{\rm direct}, r_{\rm hard} \}. }

38. HSL Route Score

基於:

  • current HSL deficit;
  • predicted guard reduction;
  • split cost。
UHSL(L)=ΔEHSLexpectedKsplit.\boxed{ U_{\rm HSL}(L) = \frac{ \Delta E_{\rm HSL}^{\rm expected} }{ K_{\rm split} }. }

39. Analytic Route Score

如果 leaf靠近 canonical critical ray:

(u⋆,v⋆,w=0),(u_\star,v_\star,w=0),

且:

  • support compiler可用;
  • root ordering可 intervalize;
  • c⋆c_\star route適用;

則:

Uanalytic(L)\boxed{ U_{\rm analytic}(L) }

提高。


40. Direct / AREF Route Score

若 center area / prior prune information顯示 leaf遠離 near-minimizer:

Udirect(L)\boxed{ U_{\rm direct}(L) }

提高。

本篇尚未把 CR-04 backend真正接入,

所以此分數目前只能是:

ROUTING CANDIDATE

不能產生 PASS。


41. Hard-Core Route

若:

  • HSL repeatedly fails;
  • analytic route domain不匹配;
  • direct route無 certificate;

則:

L→HARD CORE.\boxed{ L \rightarrow \text{HARD CORE}. }

才值得使用:

  • 更高 precision;
  • interval exact envelope;
  • BCODR;
  • adversarial probe;
  • local formal analysis。

42. Hybrid Certificate Atlas v0.1

目前 route ledger:

CR-01 — Canonical Analytic Route

DOMAIN:
    canonical critical-ray micro-rho

STATUS:
    strong research exact-root order

43. CR-02 — Radial Lift

DOMAIN:
    full declared B01 primary box

STATUS:
    research closed

ROLE:
    boundary -> all admissible r >= s

44. CR-03 — Adaptive HSL Route

DOMAIN:
    B01 boundary slice

CURRENT CERTIFIED FRACTION:
    73.4247348927%

STATUS:
    active / partial

45. CR-04 — Direct-Area / AREF

DOMAIN:
    expected outer / large-margin region

BACKEND:
    NOT YET INTEGRATED INTO MCC-OE RUNTIME

STATUS:
    OPEN

46. CR-05 — Hard-Core Local Route

DOMAIN:
    certificate-uncovered residual

CURRENT VOLUME:
    26.5752651073%

STATUS:
    localized

47. The Atlas Is Hybrid Even Before CR-04 Closure

因為:

  • canonical ray用 analytic route;
  • radial direction用 secant route;
  • majority boundary volume用 HSL route;
  • unresolved region被獨立 hard-core route接管。

但若要計算 B01 boundary global coverage,

目前只能把實際已量化的 CR-03 HSL coverage算入:

73.4247%.73.4247\%.

不能把尚未接入的 CR-04 當 PASS。


48. Certificate Atlas vs Geometric Atlas

現在更清楚:

Acert≠Ageom.\boxed{ \mathfrak A_{\rm cert} \neq \mathfrak A_{\rm geom}. }

certificate atlas允許同一 geometric region:

  • chart 改變;
  • support winner改變;
  • topology wall穿過;

只要某條 certificate route仍有效。


49. Residual Volume Is the Correct Closure Currency

B01 現在不應再用:

number of unclassified geometries

衡量 progress。

更好的量是:

μ(DB01∖⋃iSafeDom⁡(Ci)).\boxed{ \mu \left( D_{B01} \setminus \bigcup_i \operatorname{SafeDom} ( \mathcal C_i ) \right). }

50. Current Residual Measure

以 B01 declared parameter Lebesgue measure:

μresidual≈2.55122545030×10−8.\boxed{ \mu_{\rm residual} \approx 2.55122545030\times10^{-8}. }

這是 parameter-space volume,

不是 convex body area。


51. This Gives a Quantitative Closure Curve

目前:

53.06%→64.93%→73.42%.\boxed{ 53.06\% \rightarrow 64.93\% \rightarrow 73.42\%. }

可以成為:

Certificate Coverage Curve.\boxed{ \text{Certificate Coverage Curve}. }

52. Coverage Gain per Adaptive Stage

Uniform G4:

53.0603%.53.0603\%.

第一次 ρ\rho refinement:

+11.8712+11.8712

percentage points。

第二次 ww refinement:

+8.49318+8.49318

percentage points。


53. Diminishing but Still Strong Returns

目前尚未看到 HSL route完全飽和。

所以在接 CR-04 前,

至少一輪 residual-targeted v/wv/w adaptive refinement仍合理。


54. Why Not Continue Blindly with ρ\rho?

因為 residual localization已顯示:

  • uu flat;
  • ρ\rho trend mild;
  • vv concentration strong;
  • ww asymmetry strong。

所以 split policy需要切換。


55. Next HSL Split Candidate

本文建議:

v\boxed{ v }

作為下一個主要 first-time split axis,

並在 strongly negative ww residual cells上考慮 second ww refinement。


56. Data-Driven Routing Rule

初版:

IF v outside [-0.21,-0.17]:
    HSL mostly already closed

IF w >= 0.005:
    HSL mostly already closed

IF v in central band AND w < 0:
    high-priority hard core

IF u varies:
    low split priority

IF near canonical (u*, v*, 0):
    evaluate analytic route eligibility

57. Route Selector Must Remain Certificate-Aware

不能因某 cell位於 central band就自動叫它 threat。

正確狀態是:

HARD_FOR_CURRENT_HSL_SCALE

58. No Counterexample Found

截至本輪:

  • uniform G4 centers raw margin皆正;
  • adaptive child evaluations沒有產生 negative certified point verdict;
  • residual只是 certificate未覆蓋。

所以:

COUNTER-CERTIFICATE CANDIDATE:
    NONE

59. Adaptive Tree Is Itself Evidence

它顯示:

large parts of the old unresolved region disappear under local resolution alone.\boxed{ \text{large parts of the old unresolved region disappear under local resolution alone}. }

所以至少部分 residual不是新 geometry class,

而只是:

coarse continuity budget.\boxed{ \text{coarse continuity budget}. }

60. This Is Exactly Measured-Construct Closure

我們不是猜:

這些 cells 應該沒問題。

而是每次:

  1. split;
  2. remeasure center;
  3. recompute HSL guard;
  4. certify only positive children。

61. Adaptive Atlas Node

每個 node保存:

node_id
parent
domain
center_area
HSL_guard
target_upper
margin
route
status
children

62. Covered Fraction Is Additive

因 adaptive tree children partition parent cells,

所以:

μcert=∑PASS leavesμ(L).\boxed{ \mu_{\rm cert} = \sum_{\text{PASS leaves}} \mu(L). }

不存在 double counting。


63. This Is Better Than Random Sampling

sampling只能估計安全率。

adaptive certificate tree直接建立:

certified volume.\boxed{ \text{certified volume}. }

64. Route-Weighted Coverage

未來可定義:

fi=μ(SafeDom⁡(Ci))μ(DB01).\boxed{ f_i = \frac{ \mu( \operatorname{SafeDom} ( \mathcal C_i ) ) }{ \mu(D_{B01}) }. }

但 overlapping routes必須做 union measure,

不能直接相加。


65. Current Route Measure

目前 CR-03 的 explicit boundary union measure:

fHSL=73.4247348927%.\boxed{ f_{\rm HSL} = 73.4247348927\%. }

66. Radial Lift Does Not Add Boundary Measure

CR-02 不增加 boundary fraction。

它把每個 boundary PASS leaf沿 rr 方向 lift。

所以它增加的是:

root-level certificate dimension,\boxed{ \text{root-level certificate dimension}, }

不是 boundary-volume fraction。


67. Hard-Core Is Now Small Enough for Stronger Tools

剩餘:

26.58%26.58\%

已比原始:

46.94%46.94\%

大幅縮小。

更重要的是 spatial concentration很強。

所以:

  • interval high precision;
  • direct prune;
  • analytic local route;

現在都可以只作用於 hard core。


68. Suggested Next Computation

不要再次 full-domain 4D scan。

下一輪應只對:

Dhard\boxed{ D_{\rm hard} }

操作。


69. Hard-Core Routing Pass

對 residual leaves:

  1. try one vv split;
  2. compare second ww split;
  3. evaluate analytic-route proximity;
  4. prepare direct-area / AREF hook。

70. Expected Next Artifact

MCC-OE-08 — Hard-Core v/w Refinement and Direct-Route Hook\boxed{ \textbf{MCC-OE-08 — Hard-Core }v/w\textbf{ Refinement and Direct-Route Hook} }

71. MCC-OE-08 Should Answer

  1. 再 split vv 可增加多少 certified volume?
  2. negative ww side 是否仍是主要 blocker?
  3. analytic route可吃掉 hard core 的哪一小塊?
  4. direct / AREF backend需要哪些 source fields?
  5. 是否能把 residual壓到:<20%,<20\%, 或更低?

72. Research Verdict

B01 BOUNDARY BASELINE G4:
    53.0603479456% CERTIFIED

AFTER REAL rho CHILD SPLIT:
    64.9315586797% CERTIFIED

AFTER rho -> w ADAPTIVE SPLIT:
    73.4247348927% CERTIFIED

CURRENT RESIDUAL:
    26.5752651073%

RESIDUAL PRIMARY AXES:
    v, w

u IMPORTANCE:
    LOW

rho IMPORTANCE:
    SECONDARY / ALREADY ONE SPLIT

COUNTEREXAMPLE:
    NONE

B01 PARENT:
    PARTIAL

73. 結論

MCC-OE-07 把「剩下 46.94% 怎麼辦?」第一次回答成一個真正的 adaptive computation。

我們沒有重新設計 theorem。

沒有新發明幾何分類。

只做:

split the cells that fail,remeasure,recompute the certificate,keep only what really passes.\boxed{ \text{split the cells that fail}, \text{remeasure}, \text{recompute the certificate}, \text{keep only what really passes}. }

第一刀沿:

ρ\rho

就把 coverage 從:

53.06%53.06\%

推到:

64.93%.64.93\%.

第二刀沿:

ww

再推到:

73.42%.73.42\%.

這意味著原本近一半「未閉合」的 B01 boundary volume 中,有相當大一部分只是:

certificate resolution不足,\boxed{ \text{certificate resolution不足}, }

而不是:

新幾何 threat.\boxed{ \text{新幾何 threat}. }

更重要的是,剩餘 hard volume已經不再像四維均勻霧氣。

它高度集中在:

v≈−0.19\boxed{ v\approx-0.19 }

附近,

並偏向:

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

而:

uu

幾乎失去作為主要 split axis 的價值。

因此 B01 closure 的搜尋方向正在發生第二次壓縮:

第一層:

Geometry→Certificate Atlas.\boxed{ \text{Geometry} \rightarrow \text{Certificate Atlas}. }

第二層:

4D Boundary Box→Localized Certificate Hard Core.\boxed{ \text{4D Boundary Box} \rightarrow \text{Localized Certificate Hard Core}. }

現在真正該攻擊的,不再是整個 B01。

而是:

那個只剩 26.58%、 集中於 central-v / negative-w 的 hard core.\boxed{ \textbf{那個只剩 26.58\%、 集中於 central-}v\textbf{ / negative-}w\textbf{ 的 hard core}. }

這就是 MCC-OE-07 的收束。


Canonical Source Declaration

本檔為 MCC-OE-07-v0.1 的 UTF-8 Markdown canonical source。

本文來源基礎:

  • MCC-OE-06 G4 chart-free HSL cover;
  • LESR 09I HSL guard;
  • LESR 09I radial quotient;
  • LESR 09G sampling-free exact-envelope center evaluator。

本文新增實際計算:

  • G4 unresolved cells 的 full ρ\rho child split;
  • failed ρ\rho children 的 full ww split;
  • 100,000 unresolved-parent deterministic axis-routing sample;
  • residual parameter-volume marginal analysis;
  • adaptive HSL coverage curve。

本文正式得到:

  • 64.9315586797%64.9315586797\% after ρ\rho split;
  • 73.4247348927%73.4247348927\% after ρ→w\rho\rightarrow w split;
  • 26.5752651073%26.5752651073\% residual hard volume;
  • hard core localization in central vv / negative ww region;
  • empirical split priority ρ>w>v≫u\rho>w>v\gg u at first unresolved stage。

本文不宣稱:

  • 73.42% 等於 B01 boundary closure;
  • remaining 26.58% contains a counterexample;
  • current routing is globally optimal;
  • direct-area / AREF route 已實作;
  • analytic route已計入 73.42% union;
  • 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-08 — Hard-Core v/w Refinement and Direct-Route Hook.

===END===