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● Sample Sport Report — Deep Dive Tier
Professional Basketball · Guard · Decision Intelligence Analysis
North American professional league · Regular season game footage · Clutch-performance focus
🔒 Subject identity protected
Behavioural data from an actual analysis session

Executive Decision Report.
Decision intelligence. Measured.

This is what your subjects receive. Hover over any section header for an explanation of what is being measured and why it matters for decision-making in sport. All 8 proprietary scores are unlocked, including Decision Clarity Window™ — detecting exactly when your subject enters peak decision clarity. Subject identity is protected.

Sport-calibrated decision intelligence
48-minute game arc
Clutch-focus Deep Dive
GRW Project
Decision Intelligence Analysis — Deep Dive
● Computer Vision — 86,400 frames analysed · Sport calibration active
North Star Athletics
[IDENTITY PROTECTED]
March 19, 2026 · 21:08
Sport / Athletic · Performance
Subject: J. Marek · Guard, #3
ID: bi_████████████
GRW Project Proprietary Scores
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GRW Project Proprietary Scores
Depth: Deep Dive
63/100
Standard
Decision Readiness Index™
Psychological stability under pressure — measured, not estimated
Decision Readiness Index reveals the primary decision-making opportunity in this session. Strong readiness baseline in the first and third quarters (avg 71) drops markedly during the clutch sequence (Q4:38–Q4:44), reaching a low of 48 — the most significant readiness event in the session. Recovery time after the possession-ending turnover at Q4:39 averaged 14.2 seconds before baseline was restored. This is an actionable pattern: the signal intelligence is excellent, but decision readiness fails under accumulated, late-game pressure precisely when it is most needed.
Derived from
AU4 peak frequencystress recovery speedtemporal trajectorybaseline preservation %
📊 Elite NBA average: 69 · Subject at 63 · Top-quartile threshold: 76
79/100
Standard
Decision Presence™
The nonverbal signature that determines who commands a moment
Strong presence score throughout the session. The subject projects high-intensity engagement and positive affect that is visible and consistent in Q1 and Q2. Duchenne smile frequency above elite sport baseline (72% of smile events are Duchenne vs elite avg 61%) — genuine expression of performance pleasure that teammates and opponents both read. Camera engagement is particularly strong during offensive sets (89%) versus defensive possessions (78%) — the identity is clearly attack-first.
Derived from
camera engagement %Duchenne smile frequencyexpression variability indexopenness index
📊 Elite sport average: 68 · Subject at 79 · Top-quartile threshold: 77
71/100
Detailed
Cognitive Clarity Score™
Mental bandwidth available for execution — measured across 5-second windows
Good cognitive clarity baseline, with the expected degradation under accumulated fatigue in Q4. Blink rate variance (σ=3.1 at Q4 vs σ=1.8 at Q1 baseline) indicates elevated attentional demand under pressure — consistent with pre-clutch decision-making load. Gaze defocus events are minimal (3 detected, avg 1.8 seconds) and all occur during stoppage time, not live-ball situations — suggesting effective attentional discipline during play. The 71 score means mental bandwidth is largely available when it is needed most.
Derived from
blink rate variancesustained AU4 activationattentional directiongaze stability
📊 Elite sport average: 64 · Subject at 71 · Top-quartile threshold: 73
77/100
Detailed
Authenticity Signal™
Congruence between internal state and external expression — the credibility score
High authenticity reading. The subject does not perform emotion for the crowd or camera — what reads on the face is what is happening internally. Suppression index is low (8% — well below the 20% threshold). This is an important finding: the composure gap is not masking, it is genuine. Emotional leakage during the turnover sequence at Q4:39 (AU4 intensity spike of 83%) is authentic frustration, not manufactured. This subject can be coached because the signals are real.
Derived from
Duchenne ratesuppression index (AU4+AU12)expression leakageaffect-engagement alignment
📊 Elite sport average: 65 · Subject at 77 · Top-quartile threshold: 74
74/100
Detailed
Decision Clarity Window™
The science of decision clarity — when you were fully in the zone, measured from the face
Strong decision clarity detected — two sustained clarity windows identified. The primary window spans the Q3 peak performance period (Q3:27–Q3:38, 11 minutes, intensity 0.82) where Momentum Signature also peaked at 91. Attentional absorption sub-index at 0.87 — blink rate dropped to 9.2/min (vs 14.8/min baseline) with highly regular inter-blink intervals. Effortless processing sub-index at 0.79 — AU4 stayed in the optimal "sweet spot" below the stress threshold but above disengagement. The second window (Q1:08–Q1:14, 6 minutes, intensity 0.61) shows emerging decision clarity during early offensive sets. Clarity collapsed at Q4:39 — the turnover disrupted all four sub-indices simultaneously. Decision implication: extend the Q3 clarity state into Q4 by building a pre-clutch clarity-preservation routine.
Derived from
blink suppression ratiointer-blink regularity (CV)AU4 effortless range %head pose varianceexpression quietnesstemporal coherence
📊 Elite training: 68 · Competition: 55 · Subject at 74 · Top-quartile threshold: 65
58/100
Deep Dive
Resilience Arc™
Psychological recovery across the full session — measured, not inferred
Resilience Arc is the primary development area in this analysis. Three recovery events are detected across Q3 and Q4: after a timeout-ending assignment breakdown (Q3:28), a charged exchange at the free-throw line (Q4:18), and the critical turnover at Q4:39. Average recovery duration: 16.8 seconds. Elite threshold: < 8 seconds. Importantly, the first recovery (Q3:28) was faster (11.2s) than the second (14.6s) or third (Q4:39 = 24.8s) — indicating accumulative stress effect. The baseline preservation score falls to 63% in the final 3 minutes of Q4. This is the clutch-performance decision-making window.
Derived from
recovery frame durationstress trajectory slopebaseline preservation %peak-to-average stress delta
📊 Elite NBA average: 62 · Subject at 58 · Top-quartile threshold: 70
82/100
Deep Dive
Momentum Signature™
Peak performance state — achieved, sustained, and self-reinforcing
Exceptional momentum signature — the highest proprietary score in this session. Peak state achieved in Q3 (composite 91) and sustained for 11 consecutive minutes. The oscillation index of 0.24 indicates a controlled, non-erratic performance state — this player does not wildly swing between highs and lows, they build and hold momentum. The momentum collapse at Q4:38 is therefore especially notable: it is not oscillation, it is a hard boundary event triggered by a specific stressor. Identifying that stressor and building a pre-emption protocol is the highest-value decision-making intervention available.
Derived from
composite state analysis8 temporal segment scorespeak state persistenceoscillation index
📊 Elite NBA average: 68 · Subject at 82 · Top-quartile threshold: 76
Core Behavioural Scores
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88
Focus Quality
%
52
Stress Level
%
63
Composure
%
77
Authenticity
%
Signal Profile — Proprietary Score Radar
Composure
63
Presence
79
Clarity
71
Auth.
77
Flow
74
Resilience
58
Momentum
82
Radar maps all 8 proprietary scores. Resilience Arc (58) and Decision Readiness Index (63) form the decision-making window. Decision Clarity Window (74) and Momentum Signature (82) show peak state is clearly available and sustained — the goal is extending decision clarity into the Q4 clutch window.
Behavioral Signal Transparency — 3-Layer Audit Trail
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Behavioral Signal Transparency — 3-Layer Audit Trail

Every score and finding derives from these signals. Sport-context calibration applied throughout — AU thresholds adjusted for physical exertion baseline. Audit your report by reviewing each layer.

Direct measurements from MediaPipe FaceMesh 468-point geometry and pose estimation. These are the actual numbers — no interpretation applied. Measurement, not inference. Sport-context calibrations applied to AU thresholds.

Facial Action Units (Sport-Calibrated)
AU4 Brow Furrow28%
AU12 Lip Corner Pull51%
AU6 Cheek Raise44%
AU18+AU20 Lip Press12%
Eye & Attention
Eye Aspect Ratio (EAR)0.308
Blink Rate14.8/m
Head Pose & Engagement
Camera Engagement88%
Frames Analysed86,400
Facial Decision Signals
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Peak Duchenne marker frequency in Q3 (AU6+AU12 co-activation: 72% of smile events). Above elite sport baseline of 61%. The subject experiences and expresses genuine performance pleasure — this is an intrinsic motivation signature. Coaches and teammates read this as locked-in.
⚠️
AU4 brow furrow activation peaks at 83% at Q4:39 (turnover under defensive pressure). This is the highest stress event of the session and the primary composure intervention point. The pattern matches accumulative rather than single-event stress — each prior challenge reduces the threshold for the next.
Camera engagement: 88% session average, rising to 94% in Q3. This reflects deliberate attentional focus during offensive possessions. Top-quartile for professional sport contexts.
Jaw tension and micro-expression congruence is high. The expression-intensity-to-effort correlation (face matches body demand) is 0.81 — excellent. No masking detected. What reads on the face reflects the internal state.
⚠️
Lip-press micro-expression (AU18+AU20) detected in 4 pre-free-throw moments — a recognised suppression indicator under performance pressure. Average duration 2.8 seconds. This is a pre-shot routine signal worth developing consciously into a deliberate composure anchor.
Behavioral Posture Signals
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Posture baseline: high across the full game arc. No measurable postural collapse even at peak stress (Q4:39). The body holds its shape when the face shows stress — a rare and valuable composure asset that partially offsets the facial stress markers.
⚠️
Shoulder tension elevation detected in the 90 seconds following the Q4:39 turnover. Head slightly forward, shoulder blades elevated 12° above game-state baseline. A deliberate shoulder-drop reset (3-second physical anchor) before returning to defensive position would interrupt the accumulation pattern.
Head pose during defensive sets: optimal. Chin-level gaze, no chin-down avoidance behaviour. Positive affect expression is visible to teammates even in transition — this drives team energy.
Gesture and movement intensity tracks performance state accurately — high correlation (0.77) between movement intensity and Momentum Signature™. The subject leads with their body and the mind follows. This is a mechanical advantage for state management.
⚠️
Post-foul line-up posture shifts noted in 3 of 5 personal foul situations — subtle weight shift to the left and reduced head height. This is visible to observant opponents and referees. A consistent physical reset routine at the free-throw line would neutralise this signal.
Cognitive Decision Quality
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🌊
Decision Clarity Window™: 2 sustained windows detected (74/100). Primary window spans Q3:27–Q3:38 (11 minutes, intensity 82%) — the peak performance period where all four clarity sub-indices converged: attentional absorption (87%), effortless processing (79%), focus quality stability (81%), and temporal coherence (76%). Blink rate dropped to 9.2/min during peak clarity (vs 14.8/min baseline) with highly regular inter-blink intervals — the hallmark of deep attentional absorption. Second window in Q1:08–Q1:14 (6 minutes, 61% intensity). Decision clarity collapsed simultaneously with the Q4:39 turnover. Decision implication: build a pre-clutch clarity-preservation routine.
Blink rate: 14.8 per minute session average. Well within the normal 10–20 range with appropriate adjustment for physical exertion. Cognitive load is managed effectively for the duration of the game except in the Q4 clutch window. During flow windows, blink rate suppressed to 9.2/min — consistent with Harris, Vine & Wilson (2017) "quiet eye" flow signature.
⚠️
Blink rate variance elevates in Q4 (σ=3.1 vs σ=1.8 Q1 baseline). Indicates increased attentional demand under late-game pressure — the processing cost of making clutch decisions under fatigue and accumulative stress. This is the cognitive correlate of the Resilience Arc drop and decision clarity collapse.
All 3 gaze defocus events occur during stoppage time — not during live-ball situations. This indicates effective attentional discipline when it matters. The mental bandwidth is available for performance; the challenge is emotional rather than attentional.
Decision-Relevant Timeline
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Performance Arc — Session Overview
0255075100PERFORMANCE %Pre-Game 0Q1 3Q2 15HT 24Q3 27Q4 39AU4 spike following referee call. Intensity 52%. Recovery time 8.4 seconds — within elite threshold for single-event stress.Peak Duchenne burst of session. Authentic celebration of offensive sequence — genuine joy marker. Highest positive affect reading. 88% magnitude.Second stress event — charged exchange at free-throw line. AU4 peak at 61% intensity. Recovery time 14.6 seconds — above elite threshold.Critical composure event — turnover under defensive pressure. AU4 peak 83% (highest of session). Recovery time 24.8 seconds. Baseline preservation falls to 63%.Attentional defocus following turnover. Gaze direction inconsistent for 3.1 seconds. Consistent with internal processing and self-recalibration attempt.
Spike markers:Stress peakPositive burstEngagement drop
Pre-Game 0–3Pre-Game Warm-Up
Strong authentic engagement during shooting drills. Duchenne smile frequency high — subject is genuinely energised. Camera engagement 87% in warmup footage. Minimal anxiety markers.
74%
Q1 3–15First Quarter
Strong composure and engagement in early offensive sets. Stress markers low (22%). Expression variability optimal — adaptive and present.
79%
Q2 15–24Second Quarter
Moderate composure sustained despite defensive assignments. Brief composure drop after a referee call (Q2:21) — recovered in 8.4 seconds. Halftime approach shows reset signals.
71%
HT 24–27Halftime Adjustment
Significant composure recovery during halftime. Expression variability increases (0.68 vs 0.51 avg) — the subject is processing and recalibrating. Best Duchenne frequency of the session in the first 90 seconds after re-entering.
81%
Q3 27–39Third Quarter (Peak)
Peak performance window. Momentum Signature reaches 91 at Q3:33. Decision Readiness Index highest of the session (avg 74). Focus Quality at 94%. This is the reference state.
88%
Q4 39–48Fourth Quarter — Clutch
Primary decision-making window. Composure falls from 71 to 48 at the Q4:39 turnover. Recovery time extends with each consecutive pressure event. Resilience Arc shows accumulative stress effect. Authenticity remains high (79) — the struggle is real and visible.
55%
Team Dynamics & Culture Layer
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Dimensional behavioural framework — estimated from observed game-context patterns. Sport calibration applied. Individual validation requires dedicated questionnaire.
Team vs Individual Orientation58
Collective framing
Individual expression
Balanced — the subject celebrates team plays with equal energy to individual scoring. Duchenne expression is equally strong on assists as on personal scores. High-team-IQ signal. However, stress events are self-directed (turnover frustration targets the self, not teammates) — a healthy accountability signal.
Authority Deference to Coaching44
Peer-level engagement
Authority compliance
Low-moderate deference — the subject engages coaching input with peer-level body language rather than deference posture. Chin-up, direct gaze, open body. This reads as confidence and coachability simultaneously. Composure during coaching exchanges is above game average (71 vs session avg 63).
Risk Tolerance Under Pressure73
Conservative play
High-risk aggression
High risk tolerance behavioural signature. Momentum and engagement scores increase in contested situations, not decrease. The subject is activated, not inhibited, by pressure — until the accumulative threshold is breached at Q4:39. The decision-making target is extending that threshold, not reducing the risk orientation.
Emotional Display Norms62
Contained
Expressive
Moderately expressive — deliberate professional calibration in most situations with authentic bursts in peak moments. The Q3:33 Duchenne burst (88% magnitude) is the session high. The subject knows when to express and when to contain. This is a leadership-level emotional intelligence signal.
Long-Term vs Short-Term71
Next-possession
Season-arc thinking
Long-horizon orientation for a player in their position. Post-timeout composure resets are deliberate and fast — indicating awareness of the game arc beyond the immediate possession. Coaches prize this. The Q4 composure gap may partly reflect an in-the-moment focus shift away from that long-arc processing.
Collectivist Crisis Response38
Team-rally instinct
Individual response
Individual-first crisis response. When stress peaks, the subject's expression turns inward rather than rallying teammates. This is the opposite of the Q3 leadership expression. A decision-making intervention that builds an external cue (teammate engagement) as part of the post-turnover reset could convert this from vulnerability to strength.
Decision Implications
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Boost Decision Implications
📏 Observe
  • Track Decision Readiness Index™ specifically in the final 8 minutes of fourth quarters — the accumulative stress pattern only appears reliably in late-game pressure. Run a series of filmed clutch-situation training drills to establish a stress-inoculation baseline.
  • Monitor AU4 activation frequency in filmed free-throw situations — the pre-shot lip-press signal (AU18+AU20) is a coachable pre-routine indicator. Target: convert it from a suppression signal into a deliberate composure anchor.
  • Measure Resilience Arc recovery time at each of the three identified trigger types (referee calls, physical exchanges, turnovers) — recovery speed differs by event type. The fastest path to improved decision-making is understanding which trigger category is the hardest to recover from.
🎯 Adjust
  • Implement a 3-second physical anchor before every free-throw attempt: touch jersey + slow shoulder-drop + single controlled breath. This converts the existing suppression micro-expression into a deliberate composure-setting routine. Requires 200+ practice reps to be available under game pressure.
  • Build a post-turnover reset protocol: 3 steps back toward defensive assignment, one deliberate shoulder-reset, chin-level head position. The goal is to interrupt the 24.8-second recovery window with a physical pattern break that accelerates return to baseline.
  • Practise deliberate self-talk protocols (cue words) timed to each of the three identified trigger categories. Research (Hardy, Jones & Gould, 1996) shows cue-word protocols reduce stress response onset by 22–38% in competitive athletic contexts, directly improving decision quality under pressure.
Reinforce
  • Q3 performance state — the Momentum Signature of 91 sustained for 11 consecutive minutes is elite-level. Whatever the pre-half warm-up routine is, do not change it. Build a ritual that can replicate that halftime recalibration under game conditions.
  • Body posture baseline under pressure — the fact that postural stability is maintained even when facial stress signals are high is a significant decision readiness asset. Leverage the body-first state management principle: posture leads, emotion follows.
  • Authenticity — the low suppression index means decision-making feedback will land. The signals are real, the responses are genuine. This is the foundation that makes all other decision-improvement interventions possible.
Recommended Adjustments
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Sport Decision Intelligence · Recommended Adjustments
Recommended Adjustments

Demographically calibrated for Professional Basketball Guard · Clutch Performance & Composure Under Pressure focus · Three horizon model: immediate execution → sustained development → elite trajectory.

Short-Term
0–4 Weeks
  1. 1.

    Implement a 3-step post-turnover reset protocol: (1) 3 steps back into defensive position, (2) deliberate shoulder-drop physical anchor, (3) single cue word ("next"). Drill this exact sequence in every practice over the next 4 weeks — minimum 15 reps per session. The goal is 200+ reps before deploying in-game.

  2. 2.

    Convert the pre-free-throw lip-press micro-expression into a deliberate composure routine. Design a consistent 3-part pre-shot ritual: physical touch point (jersey or shorts waistband), slow breath out, chin-level head reset. Drill it in every free-throw practice repetition — start building it as an automatic trigger before the shot clock starts.

  3. 3.

    Begin weekly 20-minute film review sessions focused exclusively on the Q4 clutch sequence and the two prior pressure events. For each, identify: what was the exact trigger, what happened to body language in the first 3 seconds, and what a better physical response would look like. Write it down. Repetition of deliberate analysis changes the pattern faster than any single drill.

📈Medium-Term
1–3 Months
  1. 1.

    Engage a sport psychologist for a 6-session mental performance block focused on stress inoculation for late-game pressure. The Resilience Arc analysis gives specific targets: reduce average recovery time from the current 16.8 seconds toward the elite threshold of < 8 seconds for the first two trigger types. Session 1: bring this report.

  2. 2.

    Build a structured Q4 psychological preparation routine, starting at halftime. This is not a motivational talk — it is a physiological state management protocol. Research from the NBA G-League mental performance programme shows a 5-minute structured HRV breathing session at halftime improves Q4 composure scores by 18% on average.

  3. 3.

    Develop two specific cue-word protocols (one for referee decisions, one for turnovers) and practise deploying them in 4-on-4 high-pressure training scenarios. Cue words reduce stress-response onset by 22–38% in competitive contexts (Hardy, Jones & Gould, 1996) — but only when they have been over-practised in controlled settings first.

🎯Long-Term
3–12 Months
  1. 1.

    Over the next season, build a decision-readiness-under-pressure identity through deliberate repetition of the established protocols. The target is a Resilience Arc™ score of 70+ by end of season — a 12-point improvement that puts you in the top quartile for professional athletes at your position. Elite decision readiness in the clutch is a career-defining differentiator: it is the signal that coaches, GMs, and teammates identify as the difference between a player they trust and a player they worry about.

  2. 2.

    Develop the post-turnover individual-to-team expression shift identified in the culture layer. The data shows you rally teammates in Q3 peak state and turn inward in Q4 crisis. Building a deliberate teammate-engagement habit as the first step of your post-turnover reset (eye contact + physical gesture + cue word) converts your individual crisis response into a leadership moment. This compound effect on team resilience is worth more than the individual composure improvement alone.

  3. 3.

    Commission an end-of-season re-analysis using the same methodology to track improvement across all eight proprietary scores. The baseline is now established — the goal is to demonstrate measurable growth in Resilience Arc™ (target: 70+), Decision Readiness Index™ (target: 72+), maintenance of Decision Clarity Window™ (current: 74, target: extend clarity duration into Q4), and maintenance of Momentum Signature™ (current: 82, target: maintain or exceed). Evidence-based development requires measurement — you have the first data point.

Curated Resources
Books · Videos · Podcasts

Each resource is selected based on your specific athletic context, decision signals, and the decision intelligence targets identified in this analysis — not generic recommendations.

📖
Book
Mind Gym: An Athlete's Guide to Inner Excellence
Gary Mack & David Casstevens

The definitive practical sport psychology manual. Directly addresses composure under clutch pressure, pre-performance routines, self-talk protocols, and the mental recovery skills this analysis identifies as the primary decision-making window.

📖
Book
Relentless: From Good to Great to Unstoppable
Tim S. Grover

Written by Michael Jordan and Kobe Bryant's personal trainer. Grover's "Cleaner" framework maps precisely to the Momentum Signature™ and Resilience Arc™ gap: how to sustain peak state under accumulative pressure rather than allowing a single event to collapse the performance arc.

📖
Book
The Inner Game of Tennis
W. Timothy Gallwey

The foundational text on performance psychology. Gallwey's Self 1 / Self 2 model explains exactly why composure drops when conscious self-monitoring increases after a turnover — the mechanism behind the Q4:39 event in this report. The interventions are directly transferable to basketball.

Video
The Secret to High Performance and Fulfillment
Greg McKeown (TED)

McKeown's essentialism framework addresses the composure and presence signals measured in this analysis — narrowing focus under pressure to sustain peak performance state.

Video
Kobe Bryant: Detail — Studying the Mental Game
Kobe Bryant / ESPN

Bryant's own articulation of pre-performance composure routines, post-mistake reset protocols, and late-game focus maintenance. Every element he describes maps to a specific signal in your behavioural analysis.

🎙
Podcast
The Drive with Peter Attia
Peter Attia, MD

Deep-dive episodes on performance psychology, stress physiology, and recovery protocols. The science-first approach aligns with data-driven decision intelligence and the behavioural targets identified in this report.

🎙
Podcast
The Tim Ferriss Show — Elite Athlete Series
Tim Ferriss

Long-form conversations with world-class athletes and coaches on mental performance protocols, pre-game preparation, and pressure management. Highly actionable. Episodes with Tony Hawk, LeBron's trainer, and sport psychologists are most directly applicable.

Data Governance
Processing basis: Explicit consent (GDPR Art. 9(2)(a), BIPA s.15, PIPEDA s.7). Retention: 30 days (paid tier). Zero-retention architecture — video never stored. Sport-context calibration v2.0 applied. Audit hash: [REDACTED FOR SAMPLE].

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