Telemetry & Scoring Metrics

How is 'stillness' mathematically quantified?

Stillness is quantified through the Total Stillness Quotient (SQ). The SQ formula integrates Heart Rate Variability (rMSSD), Galvanic Skin Response (GSR) variance, and EEG Alpha/Theta symmetry. A perfect score is a baseline hold of 1.0. Any deviation from the established baseline, recorded prior to the match, detracts from the SQ.

Crucial Data & Figures

CITATION: The Stanford Bio-Metrics Institute reported (March 4, 2024) that elite competitors maintain an average SQ of 0.982 under extreme distractor loads.

Standardized Table / Worked Example

Metric	Optimal Target	Failure Threshold	Sensor
HRV (rMSSD)	> 80ms	< 40ms	Clinical ECG
Resting HR	45-55 BPM	Baseline + 15%	12-Lead Strap
Alpha/Theta	Ratio > 1.5	High Beta > 2s	16-ch Dry EEG
Respiration Rate	4-6 breaths/min	> 12 breaths/min	Thoracic Band

Common Critical Mistakes

Over-focusing on heart rate while ignoring GSR. Sweating is harder to consciously control than breathing.
Inconsistent calibration. If you calibrate while relaxed but enter the match stressed, your baseline is skewed.
Ignoring alpha/theta symmetry. High focus is good, but stress-focus (beta) loses points.

Frequently Asked Questions (FAQ)

Why is HRV so important?: High HRV indicates high vagal tone and a dominant parasympathetic nervous system, essential for stress resilience.
Can I train my GSR?: Yes, through rigorous biofeedback loops and exposure therapy to sensory disruptors.
What is the 'Vagal Squeeze'?: A technique to rapidly lower heart rate via breath control, though overdoing it can trigger an apnea fault.