rsn-perceiving-information

📁 bellabe/lean-os 📅 6 days ago
1
总安装量
1
周安装量
#52024
全站排名
安装命令
npx skills add https://github.com/bellabe/lean-os --skill rsn-perceiving-information

Agent 安装分布

junie 1
windsurf 1
cline 1
trae 1
opencode 1
cursor 1

Skill 文档

Perceiving

Direct attention. Filter information. Feed thinking.

Core Principle

Perception precedes thought. What you attend to determines what you can reason about.

perceiving → thinking → output
    ↑            │
    └────────────┘
      (need more data)

Bad perception = reasoning on wrong inputs = wrong conclusions.

Mode Selection

Mode Question Output Trigger
Scanning What’s out there? Landscape summary + signals Broad awareness needed
Focusing What’s the detail here? Deep understanding Specific signal important
Filtering What’s noise vs signal? Prioritized list Information overload
Triangulating Do sources agree? Verified claim Verification needed
Monitoring Has threshold crossed? Status + alerts Continuous watch required
Synthesizing What’s the pattern across inputs? Integrated picture Multiple signals need combining

Decision Tree

Do you need broad awareness of a space?
  YES → Scanning
  NO  ↓
Do you need deep understanding of something specific?
  YES → Focusing
  NO  ↓
Are you overwhelmed with information?
  YES → Filtering
  NO  ↓
Do you need to verify something from multiple sources?
  YES → Triangulating
  NO  ↓
Do you need continuous awareness of a condition?
  YES → Monitoring
  NO  ↓
Do you have multiple signals that need integration?
  YES → Synthesizing
  NO  → No perception mode needed

Mode Summaries

Scanning

Purpose: Broad, shallow attention across a space.

Mental model: Radar sweep—cover maximum area, detect anything notable.

Patterns: Sweep (everything once), Sample (representative subset), Edge (periphery/outliers), Competitive (key players only)

Key rules:

  • Bound scope and time (not infinite)
  • Note signals, don’t investigate yet
  • Acknowledge blind spots
  • Triage: focus / monitor / ignore

Output: Landscape summary + prioritized signals

→ references/scanning.md


Focusing

Purpose: Deep, narrow attention on specific signal.

Mental model: Microscope—sacrifice breadth for depth.

Approaches: Exhaustive (all sources), Targeted (answer specific questions), Iterative (deepen until diminishing returns)

Key rules:

  • Define questions before diving in
  • State confidence per finding
  • Document unknowns
  • Extract implications for thinking/action

Output: Detailed understanding with implications

→ references/focusing.md


Filtering

Purpose: Separate signal from noise.

Mental model: Coffee filter—let through what matters, block the rest.

Filter types: Threshold, Categorical, Recency, Source, Relevance

Key rules:

  • Define criteria before filtering
  • Sample filtered-out items (check for false negatives)
  • Assess false negative risk
  • Adjust criteria if needed

Output: Prioritized list with filtering rationale

→ references/filtering.md


Triangulating

Purpose: Cross-reference multiple sources for verification.

Mental model: Navigation—fix position from multiple bearings.

Patterns: 3-Independent (strongest), Primary-Secondary, Multi-Method, Temporal

Key rules:

  • Verify source independence (not echoes)
  • Require ≥3 sources for high-stakes claims
  • Investigate conflicts, don’t dismiss
  • Adjust confidence based on agreement

Output: Verified claim with confidence and caveats

→ references/triangulating.md


Monitoring

Purpose: Continuous watch for threshold or condition.

Mental model: Smoke detector—constant vigilance, alert on trigger.

Types: Threshold (value crosses line), Trend (direction changes), Anomaly (deviation from normal), Absence (expected event missing), Combination (multiple conditions)

Key rules:

  • Quantify thresholds
  • Define severity levels
  • Specify response actions
  • Tune to prevent alert fatigue

Output: Status report with any alerts

→ references/monitoring.md


Synthesizing

Purpose: Integrate multiple signals into coherent picture.

Mental model: Jigsaw puzzle—assemble pieces into whole.

Methods: Weighted Average (quantitative), Bayesian (probabilistic), Narrative (qualitative story), Framework (structured template)

Key rules:

  • Weight inputs by quality/reliability
  • Resolve or flag conflicts
  • Verify coherence (does synthesis explain all signals?)
  • Make testable predictions

Output: Integrated picture ready for thinking

→ references/synthesizing.md


Output Format

Prose, not YAML. Every perceiving output includes:

## [Mode]: [Topic]

**Summary:** [Key finding in 1-2 sentences]

**Confidence:** [X%] — [Why this confidence level]

**Sources:** [What was examined]

**Signals:**
- [Signal 1]: [Relevance] — [Action: focus/monitor/ignore]
- [Signal 2]: [Relevance] — [Action]

**Blind spots:** [What might be missed]

**Next:**
- Focus on: [Signals warranting deep dive]
- Monitor: [Signals warranting watch]
- Ready for thinking: [Yes/No — which mode suggested]

Mode Transitions

From To Trigger
Scanning Focusing Signal detected worth deep dive
Scanning Monitoring Signal detected worth watching
Focusing Triangulating Finding needs verification
Monitoring Focusing Threshold crossed, need understanding
Any Filtering Information overload
Multiple Synthesizing Multiple signals need integration

Perceiving → Thinking Handoff

Perceiving Output Thinking Mode
Synthesized landscape Inductive (find patterns)
Verified anomaly Abductive (diagnose cause)
Conflicting signals Dialectical (resolve conflict)
Deep understanding of option Counterfactual (evaluate)
Filtered priorities Causal (plan actions)

Anti-Patterns

Avoid Do Instead
Boiling the ocean Bound scope, time-limit scanning
Rabbit holes during scanning Note and move on
Confirmation bias Include disconfirming sources
Single source trust Triangulate important claims
Alert fatigue Tune thresholds, prioritize severity
Analysis paralysis Set criteria, move forward

References

File Content
scanning.md Survey patterns and landscape mapping
focusing.md Deep dive methods
filtering.md Noise reduction techniques
triangulating.md Verification patterns
monitoring.md Alert configuration
synthesizing.md Integration methods