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compactness

majiayu000
更新日 Yesterday
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について

このスキルは、位相空間論におけるコンパクト性問題の解決戦略を提供し、空間がコンパクトかどうかの判定や主要定理の適用を支援します。ハイネ・ボレルの定理や点列コンパクト性などの検証手法のための決定木に加え、関数の極値のような帰結を確認するツールを含みます。コンパクト性の証明、積空間、あるいはコンパクト集合上の連続関数を扱う際にご活用ください。

クイックインストール

Claude Code

推奨
プラグインコマンド推奨
/plugin add https://github.com/majiayu000/claude-skill-registry
Git クローン代替
git clone https://github.com/majiayu000/claude-skill-registry.git ~/.claude/skills/compactness

このコマンドをClaude Codeにコピー&ペーストしてスキルをインストールします

ドキュメント

Compactness

When to Use

Use this skill when working on compactness problems in topology.

Decision Tree

  1. Is X compact?

    • If X subset R^n: Is X closed AND bounded? (Heine-Borel)
    • If X is metric: Does every sequence have convergent subsequence?
    • General: Does every open cover have finite subcover?
    • z3_solve.py prove "bounded_and_closed"
  2. Compactness Tests

    • Heine-Borel (R^n): closed + bounded = compact
    • Sequential: every sequence has convergent subsequence
    • sympy_compute.py limit "a_n" --var n to check convergence
  3. Product Spaces

    • Tychonoff: product of compact spaces is compact
    • Finite products preserve compactness directly
  4. Consequences of Compactness

    • Continuous image of compact is compact
    • Continuous real function on compact attains max/min
    • sympy_compute.py maximum "f(x)" --var x --domain "[a,b]"

Tool Commands

Z3_Bounded_Closed

uv run python -m runtime.harness scripts/z3_solve.py prove "bounded_and_closed"

Sympy_Limit

uv run python -m runtime.harness scripts/sympy_compute.py limit "a_n" --var n --at oo

Sympy_Maximum

uv run python -m runtime.harness scripts/sympy_compute.py maximum "f(x)" --var x --domain "[a,b]"

Key Techniques

From indexed textbooks:

  • [Topology (Munkres, James Raymond) (Z-Library)] CompactSpaces163 164ConnectednessandCompactnessCh. Itisnotasnaturalorintuitiveastheformer;somefamiliaritywithitisneededbeforeitsusefulnessbecomesapparent. AcollectionAofsubsetsofaspaceXissaidtocoverX,ortobeacoveringofX,iftheunionoftheelementsofAisequaltoX.
  • [Real Analysis (Halsey L. Royden, Patr... (Z-Library)] If X contains more than one point, show that the only possible extreme points of B have norm 1. If X = Lp[a, b], 1 < p < ∞, show that every unit vector in B is an extreme point of B. If X = L∞[a, b], show that the extreme points of B are those functions f ∈ B such that |f | = 1 almost everywhere on [a, b].
  • [Topology (Munkres, James Raymond) (Z-Library)] ShowthatinthenitecomplementtopologyonR,everysubspaceiscom-pact. IfRhasthetopologyconsistingofallsetsAsuchthatR−AiseithercountableorallofR,is[0,1]acompactsubspace? ShowthataniteunionofcompactsubspacesofXiscompact.
  • [Real Analysis (Halsey L. Royden, Patr... (Z-Library)] The Eberlein-ˇSmulian Theorem . Metrizability of Weak Topologies . X is reexive; (ii) B is weakly compact; (iii) B is weakly sequentially compact.
  • [Topology (Munkres, James Raymond) (Z-Library)] SupposethatYiscompactandA={Aα}α∈JisacoveringofYbysetsopeninX. Thenthecollection{Aα∩Y|α∈J}isacoveringofYbysetsopeninY;henceanitesubcollection{Aα1∩Y,. Aαn}isasubcollectionofAthatcoversY.

Cognitive Tools Reference

See .claude/skills/math-mode/SKILL.md for full tool documentation.

GitHub リポジトリ

majiayu000/claude-skill-registry
パス: skills/compactness

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