#MoonBit Force Plate

#Capabilities

• Force and COP primitives, calibration, robust baseline estimation, metadata validation, feature vectors, windowed statistics, and signal agreement metrics.
• Butterworth low/high/band-pass, notch, moving-average, Savitzky–Golay, zero-phase, and validated filter chains.
• Linear, cubic-spline, Akima/PCHIP resampling, time normalization, and complete multichannel trial resampling.
• Net force, impulse, RFD, velocity, displacement, work, mechanical envelopes, and force-window statistics.
• Movement onset, take-off/landing, persistent thresholds, hysteresis segments, contact intervals, and phase metrics.
• CMJ, squat jump, drop jump, pogo, IMTP, landing impact, readiness, and repeated-jump summaries.
• COP path, velocity, covariance, confidence ellipse, convex hull, spectral, entropy, crossing, and windowed stability metrics.
• Bilateral load shares, symmetry/asymmetry indices, pointwise profiles, binned profiles, and integrated load balance.
• Quality gates, robust MAD outlier detection, interpolation repair, physical-range clamping, and auditable repair reports.
• Repeated-session assessment with robust trial statistics, baseline comparison, direction-aware change interpretation, readiness scoring, and repeatability/outlier reports.
• CSV, JSON, Markdown, ASCII, batch, stage-trace, feature, and quality-report exports.
• A composable pipeline package with quality gates, optional tare/filter stages, CMJ/sway/bilateral workflows, batch execution, and stage diagnostics.

#Package layout

#Quick start

moon update
moon check --deny-warn
moon test --deny-warn
moon run cmd/main

let quality = @quality.assess_trial(
  trial,
  @quality.QualityPolicy::default(),
)
let result = @pipeline.run_cmj(
  trial,
  body_mass_kg,
  @pipeline.PipelineOptions::default(),
)
match result.status {
  @pipeline.PipelineStatus::Completed => println("analysis complete")
  @pipeline.PipelineStatus::Rejected => println("quality gate rejected trial")
}

let trial = @assessment.AssessmentTrial::from_cmj(
  "cmj-01",
  1,
  98.0,
  true,
  jump_height_m=0.42,
  peak_force_n=2350.0,
  rsi_modified=0.44,
  peak_power_w=2176.0,
  takeoff_velocity_m_s=1.75,
)
let session = @assessment.AssessmentSession::new(
  "session-2026-08-20",
  "morning CMJ",
  [trial],
)
let summary = @assessment.summarize_session(
  session,
  @assessment.AssessmentPolicy::default(),
)
let csv = @assessment.session_summary_to_csv(summary)

#Benchmark

moon run cmd/main

iterations=3 samples=1700 elapsed_ms=8 trials_per_second=375 mean_jump_height_m=0.1961330000000001 checksum_peak_force_n=7060.7880000000005
iterations=3 samples=1700 elapsed_ms=12 trials_per_second=250 mean_jump_height_m=0.1961330000000001 checksum_peak_force_n=7060.7880000000005

#Verification

moon fmt --check
moon check --deny-warn
moon test --deny-warn
moon check --target all --deny-warn
moon build cmd/main --target wasm-gc --release

#License