mathematica-mcp
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TDQS
Scored across 82 tools
Most tools have clearly distinct purposes guided by detailed descriptions and usage notes (e.g., PRIMARY vs LEGACY vs ADVANCED). Some overlap exists between execute_code, evaluate_cell, and write_cell, but the descriptions clarify when to use each.
Naming is moderately consistent with a mix of snake_case (e.g., batch_commands) and camelCase (e.g., interpret_natural_language). Some tools use verb_noun pattern, others do not, leading to a readable but not fully uniform style.
With 82 tools, the server is heavy but the Mathematica domain is broad, covering computation, notebooks, symbolic math, and external knowledge. The count is borderline; some tools are legacy or narrow, but they serve specific needs.
The tool surface covers core CRUD workflows (notebooks, variables, packages, caching) and extensive mathematical operations, unit conversion, entity lookup, and repository search. Minor gaps exist (e.g., no explicit matrix operations) but are covered by generic code execution.