Chapter 15: External Structure Operation | StructLang

Introduction: From Observer to Designer

Last chapter, we learned how to observe and analyze external structures:

• Use third-party perspective to quickly judge power comparisons
• Identify how external structures affect my situation
• Formulate defensive, offensive, intervention strategies

But this is just the first step. The more advanced question is:

Can I actively become a variable in others’ structures? Can I design transmission chains to make others evolve in my expected direction?

This chapter completes the crucial leap:

Chapter 14: Analyze external structures
    ↓
Chapter 15: Operate external structures
    ↓
From observer → designer
From passive response → active design

We’ll show through a complete real case how to achieve long-term strategic goals through actively designing external structures.

Section 1: Core Cognition—I Am an External Structure in Multiple Situations

1.1 Cognitive Transformation

Traditional thinking:

• External structures affect me
• I can only passively respond
• My choices: defend, attack, intervene, exit

Operational thinking:

• My behavior also enters others’ structures
• I can actively design my behavior
• Through transmission chains, influence multi-party evolution

Key insight:

In any complex situation, I simultaneously exist in multiple people’s cognitive structures:

• I’m an external structure for competitors (they must respond to me)
• I’m an external structure for customers (they must judge me)
• I’m an external structure for partners (they must evaluate me)

My same behavior produces different transmission effects in different people’s structures.

1.2 I’m in Multiple People’s Structures

When I take an action, this action simultaneously enters multiple people’s cognitive structures:

Key insight:

My same behavior (like raising price) produces completely different effects in different people’s structures.

This is the essence of external structure operation: design one behavior that simultaneously affects multiple structures, guiding them to evolve in my desired direction.

Section 2: Real Case—A Carefully Designed Game

2.1 Background and Dilemma

I once ran a children’s training institution. In the same town, there were several competitors.

As latecomers, their strategy was clear: anchor to my price, compete with low prices.

Each time I priced 1000 yuan/term, they priced 800 yuan; I priced 1200 yuan, they priced 950 yuan. Using price advantage to grab customers.

I faced choices:

• Lower prices to follow? Fight a price war with them?
• Maintain unchanged? Keep original price, let customers flow away?
• Raise prices? This seems the most unreasonable choice…

At first, I also didn’t know what to do.

2.2 My Thinking Process

I started seriously thinking about two questions: What if I lower prices? What if I raise prices?

If Lower Prices

Lowering prices can definitely benefit consumers, keep customers short-term.

But the problem is: This town’s student scale is limited.

If I lower prices, opponents will continue to lower. Once price war starts, it’s about who can last longer. Eventually both sides’ profits compressed, no money to invest in quality, only getting worse.

This isn’t the result I want.

If Raise Prices

Raising prices will bring economic pressure to parents, that’s certain.

But I suddenly realized something deeper…

Layer 1: Price-sensitive customers will be lost

After raising prices, those parents extremely sensitive to price will leave, flow to opponents. This is inevitable.

Layer 2: What kind of customers will opponents get?

Here’s a key cognition:

Generally price-extremely-sensitive customer groups may differ in educational investment and family cooperation level on average, which affects classroom atmosphere.

This isn’t a value judgment, but statistical pattern.

Layer 3: What will happen in opponents’ classrooms?

When opponents gain these customers, the proportion of “problem students” in classes will rise. Classroom discipline will worsen. Teachers hard to manage.

Layer 4: What will parents think?

Parents at opponents’ place will most likely think: “Maybe higher price is better?”

Poor discipline → no effect → parents disappointed → regret not spending more money at better institution.

This chain of psychological activity will happen automatically.

Layer 5: If they want to transfer to my place?

When their children transfer to my training institution, our classroom discipline and other aspects are better.

Even if this child himself may not follow discipline in class, will restrain somewhat under group influence.

Good environment is self-reinforcing.

Layer 6: Opponents’ dilemma

More critically: Once my competitors choose low price, it’s very hard to raise prices.

Because parents will think: “I came here because it’s cheap, and you raise it so much, I might as well go to another place.”

Opponents locked in low price position, unable to move.

Layer 7: Positive and negative cycles

From here, divergence will appear:

My side:

• High fees → more resources → invest in quality
• Good quality → good reputation → can continue raising prices
• Positive cycle

Opponent’s side:

• Low price → fewer resources → can only work on “quantity”
• Distribute flyers, advertise, open new projects
• But customer quality poor → reputation poor
• Negative cycle

Layer 8: Matthew effect

Over time, gap will widen.

This creates a situation where the strong get stronger, the weak get weaker.

After deducing this chain, I had a clear idea.

2.3 My Decision

Based on this deduction, I made a decision:

Not only not lower prices, but continue to raise prices.

Not a one-time large increase, but gradual small increases every few months. Each increase 10%-15%, letting customers gradually adapt.

Meanwhile, I invested increased revenue into things that truly accumulate:

• Better teachers
• More activities
• Better service

I was willing to bear short-term customer loss, waiting for mid-term effects to appear.

2.4 Actual Evolution

The result was exactly as I predicted.

Short-term (1-3 months)

After raising prices, indeed some parents left, flowed to competitors.

Opponents seemed to “benefit”—enrollment numbers rose, classrooms fuller.

Mid-term (3-6 months)

Opponents started encountering problems.

Feedback I heard:

• Their classroom discipline worsened
• Teachers complained students hard to manage
• Complaints in parent groups

While my side:

• Those remaining all valued quality
• Class atmosphere getting better and better
• Reputation started spreading

Long-term (6-12 months)

Opponents fell into a dilemma:

They wanted to improve quality, but lacked sufficient resources. They wanted to raise prices, but parents wouldn’t accept. They were locked in low price position, unable to move.

While my side:

• Continued raising prices
• Continued investing in quality
• Positive cycle spinning faster

After 12 months

Divergence was already very obvious.

My investment direction:

• Organize activities: Improve experience, continuous accumulation
• Hire good teachers: Quality improvement, form reputation
• Design UI, flyers, website: Brand improvement, generate compound interest
• Service as promotion: Each service is promotion

Opponent’s investment direction:

• Constantly open new projects: Hope to break through
• Constantly increase flyer distribution: Maintain exposure
• Constantly increase ad investment and ad space occupation: Compete for traffic

Contrast is obvious:

• My investment is accumulative (easier over time)
• Opponent’s investment is consumptive (no effect if stopped)

I don’t need to “constantly” try, reputation spreads automatically. Opponents must “constantly” try, because existing isn’t enough.

“Constantly” itself is proof of weakness.

2.5 Final Balance

Now, situation is already very clear.

Opponents barely maintained weak position.

Although I think competitors are always a threat, I’m happy to see this balance.

Why?

Because:

• Opponent’s existence highlights my value (comparison)
• Opponent’s “cheap” positioning makes them hard to change
• Opponent’s “barely maintaining” prevents new competitors from entering

I don’t need to completely eliminate opponents. Control is more valuable than elimination.

This is the thinking process I planned, and the actual result.

Section 3: Structural Analysis of Transmission Chain

Now let’s re-interpret this case with StructLang, extracting replicable methodology.

3.1 Complete Deconstruction of Transmission Chain

The 8-layer transmission in the training institution case can be precisely described with StructLang:

Starting structure (T0):

Me: Sufficient resources, good quality, high pricing (superior +)
Opponent: Average resources, just started, low pricing (subordinate -)
Structure type: +- (imbalance structure, I have advantage)

Trigger action: I raise price

Layer 1 transmission: Customer diversion

Price-sensitive customers' perspective:
- Me: Too expensive (--)
- Opponent: Cheap (++)
→ Customers choose opponent

Layer 2 transmission: Opponent gains low-quality customer base

Opponent's structure change:
- Customer quantity: Increase (+)
- Customer quality: Decline (-)
- Overall: +- (Surface growth, actually hidden danger)

Layer 3 transmission: Opponent’s teaching environment deteriorates

Opponent internal:
- Proportion of poorly disciplined students rises
- Teacher management difficulty increases
- Teaching quality declines
Structure type: -- (Resources and action both blocked)

Layer 4 transmission: Parent disappointment and regret

Parents at opponent's place:
- Expectation: + (Cheap, also expect good)
- Reality: - (Poor discipline, no effect)
- Psychology: Regret, "you get what you pay for"

Layer 5 transmission: Comparison psychology strengthening

Parents' re-evaluation of me:
- Originally: Too expensive (-)
- Now: Worth the money (+)
- Action: Want to transfer to my place

Layer 6 transmission: Opponent’s path locking

Opponent's dilemma:
- Customer expectation: "This place is cheap"
- If raise price: Customer backlash
- Cannot raise price: Resource scarcity
Structure type: Fall into negative cycle (--)

Layer 7 transmission: Positive-negative cycle divergence

My positive cycle:
High fees(+) → Invest in quality(+) → Good reputation(+) → Continue raising price(+)
     ↑_____________________________________↓

Opponent's negative cycle:
Low price(-) → Few resources(-) → Poor quality(-) → Poor reputation(-) → Harder to raise price(-)
   ↑_____________________________________↓

Layer 8 transmission: Matthew effect

Final structure (T12):
Me: ++ (Stable win-win, with quality customers)
Opponent: -- (On edge of collapse, barely maintaining)
Gap: From +- to ++/--, complete divergence

3.2 Identification of Key Nodes

In this transmission chain, three key nodes determine the entire structure’s evolution:

Locking point: Opponent’s pricing trap (Layer 6)

Opponent chooses low price
    ↓
Customer expectation locked
    ↓
Cannot raise price
    ↓
[Irreversible dilemma]

Characteristics:

• This is an irreversible effect
• Once customer expectation forms, opponents hard to change
• This is the “trap” I designed

Cycle point: Positive-negative cycle divergence (Layer 7)

My positive cycle: Quality → Reputation → Raise price → Resources → Quality
                ↑_________________↓

Opponent's negative cycle: Low price → Few resources → Poor quality → Poor reputation → Low price
                ↑__________________↓

Characteristics:

• This is self-reinforcing effect
• Positive cycle spins faster, negative cycle sinks deeper
• Time is my friend, opponent’s enemy

Waiting point: Parent disappointment accumulation (Layer 4)

Short-term: Parents expect cheap
    ↓ (needs 3-6 months)
Mid-term: Parents experience poor
    ↓ (needs patient waiting)
Long-term: Parents regret

Characteristics:

• This effect has time delay
• Needs waiting to appear
• This is why I must bear short-term loss

3.3 Why This Design Works

From StructLang perspective, why this design works:

1. Utilizes conditional dependence of structure

Customer quality isn’t fixed, but result of price screening:

• High price screening → customers valuing quality → good environment
• Low price screening → price-sensitive customers → poor environment

2. Creates path dependence trap

Opponent’s “low price” choice creates path dependence:

• Low price → customer expectation → hard to raise price → resource scarcity
• Each step seems “reasonable”, but overall is trap

3. Designs time difference advantage

Short-term: I lose (customer loss)
Mid-term: Opponent's problems appear (environment deteriorates)
Long-term: I harvest (positive cycle accelerates)

Willing to bear short-term loss, exchange for long-term advantage.

4. Utilizes multi-party linkage

My one action (raise price), simultaneously affects:

• Opponent’s customer structure
• Opponent’s teaching environment
• Parents’ psychological expectations
• Market’s overall pattern

One stone stirs a thousand waves.

Section 4: Operational Methodology—Transmission Chain Design

Based on case analysis, we can extract replicable transmission chain design methods.

4.1 Design Process: Five-Step Method

Step 1: List all affected objects

Training institution case:

• Competitors
• Price-sensitive customers
• Quality-valuing customers
• Customers at opponent’s place
• Potential observers

Framework expression:

[Affected Object List]

Direct objects:
□ Competitors
□ Existing customers
□ Potential customers

Indirect objects:
□ Opponent's customers
□ Market observers
□ Other ___

Step 2: Deduce transmission chain for each object (at least 3 layers)

Step 3: Identify key nodes

Locking point: Which effect is irreversible?

• Training institution case: Opponent chooses low price → customer expectation locked

Cycle point: Which effect is self-reinforcing?

• Training institution case: Quality → reputation → raise price → resources → quality

Waiting point: Which effect has time delay?

• Training institution case: Parent disappointment needs 3-6 months accumulation

Step 4: Design branch point strategy

At key nodes, opponents may have multiple choices. When designing, ensure: No matter which path opponent chooses, I have advantage.

Training institution case branch points:

Opponent faces choice:

Path A: Lower price to follow
    → Price war, I have more resources, last longer

Path B: Maintain original price
    → Gap widens, I continue leading

Path C: Follow raise price
    → Customers question "why should you", lose only advantage

Path D: Improve quality
    → Insufficient resources, hard to achieve

[All paths favor me]

Step 5: Verify robustness

Hypothesis testing:

Robustness standards:

• In most cases, I have advantage
• In worst case, I also won’t fail
• Have sufficient adjustment space

4.2 Three Core Principles

Principle 1: Multi-layer transmission (at least 5 layers)

Wrong approach:

I raise price → customer loss
(Only look at 1 layer, conclude "raise price = fail")

Correct approach:

I raise price → customer diversion → opponent gains inferior customers → environment deteriorates 
→ parents disappointed → comparison psychology → customers flow back → positive-negative cycle divergence
(Deduce 8 layers, see complete picture)

Operation points:

• Beginners: Deduce 3 layers
• Skilled: Deduce 5 layers
• Experts: Deduce 8+ layers

Principle 2: Trade time for space

Core cognition:

Strategic operation inevitably has time difference:

Short-term: I bear loss
Mid-term: Transmission appears
Long-term: I harvest advantage

Training institution case:

• Short-term (1-3 months): Customer loss 20%, revenue decline
• Mid-term (3-6 months): Opponent’s problems appear, reputation comparison
• Long-term (6-12 months): Positive cycle accelerates, gap widens

Without patience to wait, can’t see long-term effect.

Operation points:

• Set time expectations in advance
• Prepare sufficient resource buffer
• Maintain resolve during short-term loss
• Set monitoring nodes, verify transmission as expected

Principle 3: Internal cultivation priority

Two resource allocation types:

Training institution case comparison:

My investment:

• Activities → experience accumulation
• Good teachers → quality improvement
• UI/website → brand assets
• Service → automatic spread

Opponent’s investment:

• Flyers → instant exposure
• Ads → rental effect
• New projects → trial and error cost

Time is friend of accumulative investment, enemy of consumptive investment.

4.3 Three Basic Operations

Operation 1: Change my certain dimension

Mechanism: Trigger opponent’s structure re-judgment

Training institution case:

Change my quality dimension (raise price)
    ↓
Affect opponent's quality dimension (pricing pressure)
    ↓
Affect customer's attitude dimension (value perception)
    ↓
Affect hesitator's attitude dimension (regret psychology)

Generalized model:

Operation tool:

[Dimension Change Design Card]

Dimension I plan to change: ___ (action/quality/attitude)
Change method: ___
Change magnitude: ___

Expected impact:
Opponent: ___ dimension → ___ change
Customer: ___ dimension → ___ change
Other: ___

Risk assessment: ___
Fallback design: ___

Operation 2: Create structural event

Definition: Discrete, with clear nodes change, not continuous adjustment

Function:

Create clear "before/after" boundary
    ↓
Make opponent realize "structure has changed"
    ↓
Trigger opponent's active re-judgment

Training institution case (optimized version):

If I had done:

• Announce price increase plan in advance (create expectation)
• Set last discount period (create urgency)
• Disclose customer choice reasons (create conformity)

Effect would be stronger.

But even without explicitly creating events, continuous price increases themselves are structural signals.

Comparison:

Operation principles:

1. Important changes should be made into “events”
2. Events should have clear time nodes
3. Events should be observable, spreadable
4. Events should be followed up and reinforced

Operation 3: Multi-party linkage

Mechanism: I change → affect A → A affects B → B affects C → feedback to me

Training institution case:

I raise price
    ↓
Existing customers feel better service
    ↓
Reputation spreads (customers affect potential customers)
    ↓
Potential customers hear
    ↓
Go to opponent to trial and compare
    ↓
Disappointed then turn to me
    ↓
I gain new customers (feedback)

Key: Not me directly persuading everyone, but letting one group affect another group.

More advanced linkage: Service as promotion

I invest in activities
    ↓
Participating students happier
    ↓
Students and parents share
    ↓
Parents spread in parent groups
    ↓
Other parents want to participate
    ↓
Enrollment increases

Traditional model vs Linkage model:

Operation framework:

[Multi-party Linkage Design]

1. Identify transmission chain:
   Who contacts first? ___
   Who spreads most? ___
   Who's most affected? ___

2. Design trigger point:
   At which node to invest? ___
   Invest what? ___
   
3. Design spreadable experience:
   What experience worth sharing? ___
   How to lower spread threshold? ___

4. Monitor feedback:
   How to observe spread effect? ___

Section 5: Opponent Response and Balance Control

5.1 Framework for Predicting Opponent Reactions

When designing transmission chains, must predict opponent’s possible reactions.

Opponent’s choice space in training institution case:

Opponent observes: I raise price, some customers flow to them

Opponent's choices:

Option A: Lower price to follow
    → If choose A, I maintain price, let opponent exhaust themselves
    
Option B: Maintain original price  
    → If choose B, I continue improving quality, widen gap
    
Option C: Follow raise price
    → If choose C, I emphasize investment and quality, opponent can't match
    
Option D: Try new projects
    → If choose D, I focus on existing projects, opponent resources scattered

My core strategy: No matter what opponent chooses, I just do my own quality well.

This is “no move defeats all moves”—not targeting opponent’s moves, but strengthening my own structure.

Generalized framework:

[Opponent Reaction Prediction Table]

My action: ___

Opponent possible reactions:
□ Reaction 1: ___
  My response: ___
  Result prediction: ___
  
□ Reaction 2: ___
  My response: ___
  Result prediction: ___
  
□ Reaction 3: ___
  My response: ___
  Result prediction: ___

Optimal strategy:
No matter how opponent reacts, I ___

5.2 Opponent’s Structural Dilemma

Why does opponent “constantly” try but can’t break through?

From StructLang analysis, opponent falls into triple dilemma:

Dilemma 1: Path locking

Structure evolution:
Low price positioning (T0)
    ↓
Customer expectation forms (T3): "This place is cheap"
    ↓
Want to raise price (T6) → customer backlash: "Why should you raise?"
    ↓
Cannot raise price (T9) → resource scarcity → quality can't improve
    ↓
[Locked in low-end, hard to turn around]

Characteristics: Path dependence, irreversible

Dilemma 2: Customer quality trap

Low price attracts price-sensitive customers
    ↓
These customers: Demanding, low loyalty, high management cost
    ↓
Service cost higher than expected
    ↓
Even lower profit
    ↓
Harder to improve
    ↓
[Fall into vicious cycle]

Characteristics: Customer quality reversely affects operating cost

Dilemma 3: Diminishing marginal returns

Invest in ads, flyers, new projects
    ↓
First time: Obvious effect
Second time: Effect halved
Third time: Even worse effect
    ↓
Must continuously increase investment
    ↓
Efficiency getting lower
    ↓
Resource consumption
    ↓
[Accumulative scarcity]

Characteristics: Fate of consumptive investment

Structural analysis:

Opponent's dilemma structure:
- Path locking (irreversible)
- Customer trap (negative cycle)
- Diminishing marginal returns (accumulative scarcity)

Triple dilemma overlay → almost unsolvable

5.3 Methods to Maintain Favorable Balance

Core cognition: Control opponent in “weak but existing” state.

Why not completely eliminate opponent?

Reason 1: Comparison value

Opponent exists and obviously worse
    ↓
Highlights my value
    ↓
Customers more easily understand "why I'm expensive"
    ↓
My pricing more easily accepted

Reason 2: Market education

Opponent also doing market education
    ↓
Training's value, category awareness
    ↓
I don't need to bear this cost alone
    ↓
Reduce my customer acquisition cost

Reason 3: Prevent new entrants

If market looks "very easy to do"
    ↓
Attracts new competitors
    ↓
Opponent's "barely maintaining"
    ↓
Makes market look "not easy to do"
    ↓
Newcomers deterred

Reason 4: Maintain vigilance

Completely no competition
    ↓
Easy to slack off
    ↓
Threat exists
    ↓
Maintain improvement motivation

Operational methods to control balance

Strategy 1: Don’t actively attack

• Don’t lower price to squeeze opponent
• Don’t malicious competition
• Maintain “gentleman’s competition”

Strategy 2: Maintain moderate gap

• Continuously improve quality
• But not crushing advantage
• Let opponent “have hope but can’t reach”

Strategy 3: Occasionally give space

• Don’t compete in certain channels
• Let opponent “barely maintain”
• For example: I don’t do certain low-price projects

Strategy 4: Dynamic monitoring

• Observe opponent state
• Prevent complete collapse (lose reference)
• Prevent strong counterattack (threaten balance)

Control range:

Opponent state spectrum:

Collapse ←---- Barely maintain ----→ Strong competition
      ↑
    [Optimal control point]
    
Too weak: Lose comparison value
Too strong: Threaten my position

Section 6: Methodology Summary

6.1 Complete Operation Process

[External Structure Operation Complete Process]

Step 1: Multi-party position analysis
My behavior: ___
Affected objects:
1. ___ (I'm ___ in their structure)
2. ___ (I'm ___ in their structure)
3. ___

Step 2: Transmission chain design
For each object deduce at least 5 layers:
Object 1 → Layer 1 → Layer 2 → Layer 3 → Layer 4 → Layer 5
Identify: Locking point ___, cycle point ___, waiting point ___

Step 3: Strategy design
□ Change dimension: ___
□ Create event: ___
□ Multi-party linkage: ___
Resource allocation: Accumulative ___, consumptive ___
Rhythm control: ___

Step 4: Opponent prediction
Possible reactions: A___ B___ C___
My response: ___
No-move strategy: ___

Step 5: Execution monitoring
Time|Observation indicator|Expected|Actual|Adjustment
T+1 month|___|___|___|___
T+3 months|___|___|___|___
T+6 months|___|___|___|___

6.2 Five Core Principles

Principle 1: Multi-layer transmission (at least 5 layers)

• Don’t only look at layer 1 effect
• Deduce to locking point, cycle point, waiting point
• See complete causal chain

Principle 2: Trade time for space (bear short-term loss)

• Short-term loss is inevitable in transmission
• Mid-term wait for effects to appear
• Long-term harvest structural advantage

Principle 3: Internal cultivation priority (accumulative investment)

• Invest in quality, brand, reputation
• Avoid over-reliance on ads, promotions
• Make time your friend

Principle 4: No move defeats all moves (strengthen self not target opponent)

• Don’t target opponent’s specific moves
• Only strengthen own structure
• Make opponent’s any reaction ineffective

Principle 5: Control balance (not eliminate opponent)

• Opponent’s existence has reference value
• Maintain “weak but existing” state
• Control is more valuable than elimination

6.3 Applicable Scenarios

This method applicable to:

Not applicable to:

• Zero-sum games where structure can’t be changed
• Complete information symmetry situations
• Opponent doesn’t do structure judgment (pure random decisions)
• Time window extremely short can’t wait for transmission

6.4 Verification Checklist

Before executing external structure operation, use this checklist for self-check:

[Operation Design Verification Checklist]

□ Transmission chain analysis
  □ Have I deduced at least 5 layers?
  □ Have I identified locking point, cycle point, waiting point?
  □ Have I considered multiple objects?

□ Opponent response
  □ Have I predicted opponent's possible reactions?
  □ Do I have response for each reaction?
  □ Do I have "no-move" strategy (advantage regardless of opponent)?

□ Time design
  □ Do I have sufficient resource buffer to bear short-term loss?
  □ Have I set clear time expectations?
  □ Have I set monitoring nodes?

□ Resource allocation
  □ Am I prioritizing accumulative resources?
  □ Am I avoiding over-reliance on consumptive investment?
  □ Can I form compound interest effect?

□ Robustness
  □ In worst case, will I still not fail?
  □ Do I have sufficient adjustment space?
  □ Can I make mid-course corrections?

□ Balance control
  □ Have I considered value of maintaining balance?
  □ Have I designed mechanism to control opponent state?
  □ Have I avoided "driving to extinction"?

Conclusion: From Designer to Controller

This chapter, through the real training institution case, completed the leap from observer to designer.

Core breakthroughs:

1. Cognitive transformation: I’m not only affected by external structures, I can also become a variable in others’ structures

2. Transmission chain design: Deduce multi-layer effects, find locking points, cycle points, waiting points

3. Three basic operations: Change dimension, create event, multi-party linkage

4. Five core principles: Multi-layer transmission, trade time for space, internal cultivation priority, no move defeats all moves, control balance

5. Complete methodology: Replicable process from analysis to design to execution

Complete theoretical system:

Chapter 14: Analyze external structures (observer)
    ↓
Chapter 15: Operate external structures (designer)
    ↓
From passive response → active design → control situation

Training institution case insight:

This isn’t a story about “training institutions should raise prices.”

This is a methodology demonstration about how to design transmission chains, create structural traps, maintain favorable balance.

Most important attitude:

• Don’t pursue one-time elimination of opponent
• But design long-term favorable structure
• Make time your friend
• Maintain clarity in inevitability

Next chapter preview:

We learned how to operate external structures. But when I’m a participant (not observer), how do I more precisely establish and analyze subject-object structures?