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Scored across 62 tools
Many tools have overlapping purposes, such as calculate_elastic_collision vs calculate_elastic_collision_3d, which are essentially the same operation in 1D vs 3D. Similarly, check_force_balance and check_equilibrium both verify force balance, and check_equilibrium also includes torque balance, causing potential confusion. The distinction between some tools (e.g., calculate_orbital_period vs analyze_circular_orbit) is subtle and may lead to misselection.
Most tools follow a consistent 'calculate_' or 'check_' or 'simulate_' prefix pattern, making them predictable. However, there are minor inconsistencies like 'list_unit_conversions' (no verb prefix) and 'convert_unit' without a consistent prefix, plus some names like 'track_energy_dissipation' vs 'calculate_energy' are not parallel. Overall, the pattern is readable but not perfectly uniform.
With 62 tools, this server is extremely heavy. Many tools are highly specialized (e.g., calculate_bernoulli, calculate_venturi_effect) and could be combined or consolidated. The sheer number overwhelms an agent and makes selection difficult. Some tools are redundant variations (1D vs 3D collisions) that inflate the count without adding distinct value.
The tool surface covers a comprehensive range of mechanics (kinematics, dynamics, fluids, oscillations, rotational motion, statics) and includes simulation capabilities with CRUD-like operations (create, add, step, record, destroy). Missing pieces include wave mechanics, electromagnetism, quantum physics, or thermal physics, which are beyond the server's apparent scope. Within its mechanical focus, coverage is solid, though there is no explicit 'get_simulation_state' tool separate from step_simulation, and no batch operations for large parameter sweeps.