THE ENGINE LIBRARY
Real tools.
Inspectable results.
Twelve independently callable tools, one MCP connection. Three optional mission tools add contract discovery and bounded robust scheduling. Understand the method, reproduce a calculation and keep its limitations in view.
simulate_piMonte Carlo ↗
Estimate π with seeded Monte Carlo sampling on CPU or NVIDIA CUDA, with a Wilson confidence interval and reproducible results.
optimize_tasksOptimization ↗
Select the highest-value combination of independent tasks under an integer time budget using an exact Rust knapsack solver.
simulate_planSchedule simulation ↗
Estimate how often a selected task schedule stays within budget by simulating independent duration uncertainty.
compute_orbitOrbital mechanics ↗
Compute an ideal two-body elliptical orbit with a Rust solver for Kepler’s equation, including trajectory and orbital period.
verify_shadowsSun and shadows ↗
Compare measured shadow geometry with a calculated solar position using control points, a homography and Monte Carlo uncertainty.
check_ephemerisEphemeris ↗
Compare a claimed Sun or Moon position with an approximate ephemeris for a UTC timestamp and geographic location.
audit_statisticsStatistical audit ↗
Screen reported means and standard deviations for arithmetic inconsistency under an integer-valued data model.
analyze_kinematicsKinematics ↗
Translate an observed angular speed into transverse speed under explicit distance assumptions.
check_shadow_trackShadow tracks ↗
Compare measured shadow directions over time against expected solar motion at a specified place and date.
solve_equilibriumGame theory ↗
Explore a small imperfect-information game with a Rust self-play solver and compare its result with a known equilibrium value.
analyze_chess_gameChess analysis ↗
Compare supplied chess moves with Stockfish recommendations and inspect an aggregate move-quality profile.
screen_wash_tradingMarket patterns ↗
Inspect supplied trade records for dense round-trip patterns and repeated volume within a price band.