Skills

Symbol Table Builder

Build and maintain one global mathematical symbol and unit table from the problem frame...

Install

npx skills add zhnnky329/MathModeling-skills --skill symbol-table-builder -g -a claude-code -y
Category
Engineering
Updated
1mo ago
License
MIT
Context cost
Lightabout 418 tokens
Runs scripts
No, instructions only

What it does

Build and maintain one global mathematical symbol and unit table from the problem frame and active method cards, resolving cross-subquestion conflicts before code or paper work.

Purpose

Ensure the same concept uses one symbol and different concepts do not collide.

Inputs

  • problem parse and relationships;
  • active methods/Qx/qx_method_card.md;
  • approved code plans when available;
  • question dependency map;
  • existing planning/symbol_table.md.

Read legacy candidate pools only when method cards are absent.

Workflow

  1. Extract inputs, outputs, parameters, decisions, states, indices, sets, functions, and intermediate quantities.
  2. Preserve user-established notation unless it conflicts or is ambiguous.
  3. Resolve:
    • same meaning with different symbols;
    • different meanings with the same symbol;
    • unit/domain conflicts;
    • Qx output-to-input handoff conflicts.
  4. Classify each symbol by role and scope.
  5. Save or update planning/symbol_table.md.
  6. If a canonical symbol changes, classify it CANONICAL and run scoped consistency for affected Qx.

Table Fields

  • symbol;
  • plain name;
  • definition;
  • type: input, output, parameter, estimated parameter, decision, state, intermediate, index, set, function;
  • domain/range;
  • unit;
  • scope/Qx;
  • source artifact;
  • notes or conflict resolution.

Rules

  • Define every symbol before first use.
  • Record units and domains when applicable.
  • Use one notation for cross-question handoffs.
  • Do not invent variables to make a table look complete.
  • Do not maintain a separate verbose conflict log; record material resolutions in the table notes.

Verification

  • Active method-card and code-plan variables are covered.
  • No unresolved symbol or unit collision remains.
  • Shared quantities agree across Qx.
  • Downstream artifacts can cite one canonical table.

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