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STSHC v1.0 · Individual Planning Tool
Individual SC Scorecard
& Operational Routing Matrix

A voluntary, non-diagnostic morning self-assessment for capacity-aware daily workflow planning. Score all five variables to calculate your System Coefficient and receive capacity-tier routing guidance.

STSHC_SC_SCORECARD_v1.0 Free Resource · Individual Use Pre-validation release
Mandatory Regulatory Boundary & Operational Disclaimer

This scorecard functions strictly as a voluntary, non-diagnostic, non-clinical planning heuristic for personal decision-support and individual workflow accommodation. It is not a medical device, medical diagnostic test, psychological evaluation, psychophysiological classification tool, or performance management classifier. This scorecard does not measure stable biological traits or objective physiological capacity. All scores are personal planning inputs only — they carry inherent self-report variance and should be treated as directional planning inputs rather than precise capacity readings. This tool must never be used for employment, disciplinary, or fitness-for-duty determinations.

Variable 1 · Positive Input
Metabolic Energy Index MEI

Assess your baseline physical energy and somatic readiness before initiating tasks. Consider sleep quality, nutritional state, and physical rest levels.

1Depleted: Significant physical fatigue; basic physical needs require attention before task initiation.
2Low: Noticeable energy constraint; suitable for minimal-demand tasks only.
3Baseline: Stable neutral energy; suitable for routine task demands.
4Strong: Well-resourced state; comfortable capacity for physical and executive output.
5Fully resourced: High physical readiness; minimal energy constraints on task engagement.
DepletedFully resourced
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Variable 2 · Positive Input
Autonomic Safety Index ASI

Assess your immediate psychological safety baseline. Are you experiencing environmental threat signals, relational pressure, or performance-metric anxiety?

1Threatened: Persistent background threat monitoring; high anxiety or relational pressure.
2Guarded: Perceived safety is low; mild background friction or elevated metric-driven ABC.
3Neutral: Stable standard environment; routine operational conditions.
4Safe: High environmental safety; supportive conditions; low relational friction.
5Fully safe: Complete psychological safety; protected focus conditions; no threat monitoring.
ThreatenedFully safe
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Variable 3 · Positive Input
Pre-Task Readiness Scale PRS

Assess your residual attentional clarity and working memory stability. How much cognitive friction do you experience before engaging with complex tasks?

1Fragmented: Significant attention residue; high task-initiation friction; focus is heavily disrupted.
2Low: High context-switching latency; simple task initiation requires substantial effort.
3Balanced: Standard attentional capacity; routine focus blocks are manageable.
4Clear: Low focus fragmentation; smooth task execution and pattern recognition.
5Fully present: Deep single-track processing available; high attentional bandwidth.
FragmentedFully present
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Variable 4 · Drag Input
Affective Burden Coefficient ABC

Rate the level of background emotional weight, introjected obligations, meaning friction, or performance-visibility pressure occupying your attentional resources right now.

1Minimal: No notable background burden; tasks feel value-congruent and internally motivated.
2Low: Mild background obligations; minor drain on available attentional resources.
3Moderate: Noticeable emotional overhead; some meaning friction present.
4High: Significant affective burden; reduces task-initiation capacity and focus availability.
5Very high: Heavy emotional overhead consuming substantial prefrontal bandwidth before any task begins.
MinimalVery high
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Variable 5 · Drag Input
Sensory Friction Variable SFV

Rate the immediate level of environmental disruption surrounding your workspace — unplanned interruptions, notification density, ambient noise, and unstructured communication traffic.

1Minimal: Quiet, protected workspace; notifications closed; batch windows active.
2Low: Minor ambient friction; manageable interruption level.
3Moderate: Noticeable notification load or environmental noise; some attention residue accumulating.
4High: Frequent unplanned interruptions; significant attention residue cost per session (Leroy, 2009).
5Very high: Reactive triage environment; continuous interruption cycle; focus containers cannot be protected.
MinimalVery high
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Today's System Coefficient
SC = (MEI + ASI + PRS) − (ABC + SFV) + 7
The +7 normalization constant ensures all scores resolve to a 0–20 planning scale. Day-to-day fluctuations of 2–3 points are expected and do not indicate meaningful capacity change. Score all 5 variables to calculate.
/ 20
17–20Full Availability
12–16Baseline Availability
7–11Conservation State
0–6Restoration State
Workload-Reduction Guidance active. MEI or ASI is at critical baseline (1). Reduce active milestone scope, route communications to your asynchronous batch queue, and protect continuity regardless of total SC score.
Guardrail reference: If MEI = 1 OR ASI = 1 → Workload-Reduction Guidance is active regardless of total SC score.
All routing suggestions are voluntary, non-diagnostic planning heuristics grounded in the STSHC v1.0 framework. Tier boundaries are theoretically derived and will be empirically calibrated during Phase 3 validation. Treat as approximate planning ranges, not precise clinical thresholds.
SC 17–20
Full Availability
Workflow Pacing

Conditions may suit highly complex architecture tasks, structural strategy design, and extended deep-work blocks. Consider securing a protected 90-min focus container for high-value creative or strategic synthesis.

Capacity Accommodation

Prioritize high-value processing objectives. Defer routine administrative overhead to your next Conservation State session. Close communications and activate batch window protocols to protect available bandwidth.

SC 12–16
Baseline Availability
Workflow Pacing

Standard project pipelines can be comfortably approached. Pacing should use standard focused execution blocks with normal task sequencing.

Capacity Accommodation

Use task-initiation support structures if activation friction is present. For operators with neurological variance profiles, activate asynchronous communication protocols to reduce unplanned interruption exposure during focus blocks.

SC 7–11
Conservation State
Workflow Pacing

Restrict your active task queue to pre-mapped, low-friction administrative items — file updates, routine sorting, inbox management, and scheduling adjustments. Defer complex synthesis to a higher-capacity session.

Capacity Accommodation

Implement 20-minute single-track focus intervals, each followed by a 10-minute structural rest period. Do not allow parallel workstreams during the focus interval. Refer to the STSHC Conservation State Task Interval Guide for the full protocol.

SC 0–6
Restoration State
Workflow Pacing

Suggested reduction in higher-demand tasks. Protect time for renewal and regeneration. Optional planning tasks only — no active project delivery targets during this state.

Capacity Accommodation

Address basic physical and environmental needs: hydration, nutrition, rest, and sensory friction reduction. Route all communications to your asynchronous batch queue. Consider whether any active milestone targets can be deferred, reduced in scope, or reassigned before resuming task engagement.

This will reset all five scores. Continue?