SPORT::Esports (SPOS.ESP)
= repeatable competitive performance (perception × decision speed × mechanical precision × teamwork × emotional control)
  across scrims, tournaments, patches/meta shifts, and travel,
  while keeping burnout and RSI risk (wrist/hand/neck/back/eyes) below threshold.
Output is “stable match impact under pressure” + “availability across seasons”.

P3
- decision speed stable; errors low under pressure
- mechanics consistent; aim/inputs reliable
- comms crisp; team coordination stable
- tilt recovery fast; emotions regulated
- sleep and health routines stable; RSI risk controlled
- adapts to patches/meta without identity collapse
P2
- streaky performance; “good days/bad days”
- overthinking under pressure; reaction slows
- comms degrade in chaos; blame loops appear
- sleep drift; fatigue; eye strain
- early RSI symptoms (wrist/hand tightness)
P1
- frequent missed practice due to burnout, headaches, RSI pain
- tilt spirals; confidence collapse
- poor adaptation to meta changes; confused role execution
- decision speed degraded; high unforced errors
P0
- severe burnout or significant RSI/injury (cannot play/train)
- psychological breakdown; cannot compete reliably

Z1 scrim volume spike + Z0 sleep drift
→ Z0 reaction speed drops + tilt rises
→ Z1 comms degrade → team coordination fails
→ Z0 over-gripping mouse/keys + posture collapse → RSI symptoms
→ P2 → P1 → P0 (burnout/RSI)
Repair: cut volume, restore sleep, rebuild comms protocol, enforce ergonomics + microbreaks, reintroduce structured practice.

TIMEFLOW::COGNITIVE_COMPETITION_FUNCTION
T0–T2: strategic games (board/war games) train planning + deception + focus
T3: industrial era competitive games and sports psychology emerge
T4: digital era online competition + global spectator ecosystems
T5: live-service era: patches/meta shifts + analytics + coaching + health governance

ESP::Primitives
PR0 Mechanics: aim/inputs/movement precision (title-specific)
PR1 Perception: fast information scanning (minimap, cues, audio)
PR2 Decision: prioritization under uncertainty
PR3 Execution: converting decisions into clean actions
PR4 Team comms: concise callouts, timing, confirmation loops
PR5 Strategy: macro plans, win conditions, adaptation
PR6 Mental: tilt control, confidence stability, pressure routines
PR7 Health: sleep, ergonomics, RSI prevention, eye care
PR8 Learning loop: review, error taxonomy, deliberate drills
PR9 Meta adaptation: patch changes, new roles, new strategies

Z0::Top Failure Modes (Esports)
FM0.E1 sleep debt → reaction time loss + emotional volatility
FM0.E2 “play more” trap: volume increases, learning decreases
FM0.E3 tilt spiral after mistakes
FM0.E4 mechanics degrade under pressure (over-grip, tunnel vision)
FM0.E5 comms clutter (too many words, too late)
FM0.E6 RSI early warning ignored (wrist/hand pain)
FM0.E7 posture collapse → neck/back pain + fatigue
FM0.E8 no review loop; repeats same errors
Z0::Sensor Pack (Minimum viable)
S0.E1 sleep hours + bedtime consistency
S0.E2 fatigue score + mood/irritability score
S0.E3 reaction proxy: warm-up accuracy + consistency (simple daily metric)
S0.E4 error count: unforced deaths/misplays per match (categorized)
S0.E5 comms quality: “critical callouts missed” count + comms clutter rating
S0.E6 RSI map: wrist/hand/forearm pain (0–10) + numbness flags
S0.E7 eye strain/headache frequency
S0.E8 practice structure: drill time vs scrim time vs review time
Z0::Repairs
R0.E1 sleep-first reset: consistent sleep window + light management
R0.E2 practice ratio: deliberate drills + review > mindless grinding
R0.E3 tilt protocol: pause, breathe, reset phrase, next-play plan
R0.E4 pressure mechanics: low-stakes reps under time constraints
R0.E5 comms compression: “what/where/when” format; fewer words
R0.E6 ergonomics + microbreaks; stop rule for pain/numbness
R0.E7 posture stack: chair/desk height; mobility breaks
R0.E8 review loop: clip → label error → one fix drill

Z1::Failure Modes
FM1.E1 scrims too long; no learning extraction
FM1.E2 unclear roles and win conditions
FM1.E3 review culture is blame culture (fear)
FM1.E4 comms not standardized; chaos under pressure
FM1.E5 no adaptation plan for patches/meta
Z1::Sensors
S1.E1 scrim-to-official performance gap
S1.E2 repeated loss patterns (same scenario causes losses)
S1.E3 comms failure rate in critical moments
S1.E4 tilt contagion events (one player tilt spreads)
S1.E5 patch transition performance dip duration
Z1::Repairs
R1.E1 scrim architecture: fewer games, higher intent, targeted scenarios
R1.E2 role cards: responsibilities + triggers + “no-go” rules
R1.E3 review protocol: facts → pattern → fix drill (no blame)
R1.E4 comms protocol: callouts taxonomy + confirmation loop
R1.E5 patch playbook: early scan → hypothesis → tests → lock meta

Z2::Failure Modes
FM2.E1 youth grind culture → burnout/RSI early
FM2.E2 no physical training/ergonomics support
FM2.E3 no education on sleep/nutrition
FM2.E4 fragmented coaching (mechanics vs strategy vs mental)
Z2::Sensors
S2.E1 burnout incidence + time-loss from RSI
S2.E2 dropout rate
S2.E3 progression curve: decision quality + comms + mechanics stability
S2.E4 sleep consistency metrics in program
Z2::Repairs
R2.E1 schedule caps + mandatory rest + school-life balance
R2.E2 ergonomics standards + strength/mobility baseline
R2.E3 sleep and nutrition education
R2.E4 integrated coaching loop (mechanics+macro+mental+health)

Z3::Failure Modes
FM3.E1 travel + time-zone drift destroys sleep
FM3.E2 long tournament days cause cognitive fatigue
FM3.E3 patch timing near events destabilizes competitive integrity
Z3::Sensors
S3.E1 performance collapse late in event days
S3.E2 headache/eye strain incidents during events
S3.E3 sleep compression during travel windows
Z3::Repairs
R3.E1 travel buffers + circadian adaptation protocols
R3.E2 schedule design: breaks, warm-up access, nutrition availability
R3.E3 patch freeze windows before majors (where feasible)

STATE::ESPORTS
- Sleep S = duration + consistency
- Fatigue F = mood + cognitive freshness score
- Mechanics M = warm-up accuracy/consistency marker
- Decisions D = unforced error rate + objective timing quality
- Comms C = missed critical callouts + clutter rating
- Tilt T = tilt events + reset time
- Health H = RSI pain + eye strain + posture pain trend
- LearningLoop L = review time + fix-drill completion
Phase Estimator:
IF S stable AND H low AND C crisp AND D improving → P3 drift
IF S drifts OR H rises OR tilt increases OR learning loop collapses → P2/P1 warning
IF RSI/burnout stops training/competing → P0 risk

1) cut volume immediately (reduce scrims/ladder time)
2) restore sleep window for 7–14 days
3) rebuild practice structure: drill → scrim → review (short cycles)
4) lock microbreaks + ergonomics + outdoor light exposure
5) return volume only when fatigue and tilt stabilize

Trigger: pain/numbness/tingling or worsening stiffness
1) stop high-intensity input sessions; reduce hours
2) ergonomics audit: chair/desk/mouse grip/key angles
3) rehab: mobility + strengthening (forearm/wrist) as appropriate
4) reintroduce play with strict time caps + microbreak schedule
5) long-term: alternate drills to reduce repeated strain patterns

1) standardize callouts taxonomy (what/where/when)
2) confirmation loop for critical calls
3) review clips: identify 3 recurring comms failures
4) practice scenario drills focused on those moments
5) enforce “silence windows” when needed to reduce clutter

CivOS Link:
- Esports is “high-frequency coordination under meta drift”:
  it makes visible how sleep, language, and protocol locking determine performance stability.
- Brittleness risk: grind culture + sleep collapse + RSI → rapid P0 failure.
- Repair: enforce Fence-style schedule boundaries, comms standards, and health-first governance.