This chapter applies to structural analysis of individuals, firms, cities, and nations. Before entering the Four-Step Bus Analysis, it adds “Step 0: Domain Gate” to distinguish the Generation Domain from the Capitalization Domain.
13.0 Step 0: Domain Gate
Before formally decomposing FCF and r, first determine whether the object of analysis lies in the Generation Domain, the Capitalization Domain, or a mixed transitional state.
Generation-Domain object: prioritize the Proto-Bus, validation, Death Condition, and clearing rules in Section 6.5; do not enter the steady-state EPV procedure directly.
Capitalization-Domain object: proceed to the Four-Step Bus Analysis below.
Mixed object: if an organization contains both mature Buses and multiple Proto-Buses, analyze them separately by layer. Do not combine the FCF of mature operations with the unvalidated future of candidate projects into one steady-state EPV.
13.1 Step 1: Define the Actor and Boundaries
- Specify the object of analysis (individual / firm / city / nation);
- Map its balance sheet and its Boundaries of rights and obligations:
- What rights does it hold (possession, use, benefit, disposal)?
- What obligations does it bear (taxes, debt, liability, political commitments)?
- What can it do and not do (institutional, geographic, technological, and other constraints)?
13.2 Step 2: Decompose FCF (Sources + Uses)
- Decompose sources
- Which of FCF_Produce / FCF_Exchange / FCF_Rent / FCF_Transfer / FCF_Plunder currently account for most FCF?
- What is the structural balance between “productive creation” and “plunder and extraction”?
- Does the system rely on “high-quality, creation-based FCF,” or primarily on “plunder / transfer-based FCF”?
- Decompose uses
- Where is current FCF mainly directed: FCF→P / FCF→R / FCF→S?
- Is FCF→P being persistently crowded out by FCF→R and FCF→S?
- How much FCF flows to the next generation and next-layer Buses (education, R&D, institutional construction)?
- Preliminary judgment
- Does the current system exhibit a “high-quality FCF” structure or an “unsustainable FCF” structure?
13.3 Step 3: Decompose r (Discount-Rate Structure + Scissors Gap)
- Decompose the components of r
- r_0: time preference;
- r_policy: policy environment;
- r_institution: institutions and rule of law;
- r_geo: geopolitical risk;
- r_u: tail risk;
- r_s: Social Subjective Discount Rate;
- At the individual level, pay attention to r_psy.
- For systems with a decision center
- Identify r_decision (r_g at the national level);
- Calculate or assess the Scissors Gap Δr = r_social − r_decision (at the national level, Δr = r_s − r_g).
- Observe
- Is Δr excessively large—whether because the top is long-term while the bottom is short-term, or because the top is short-term while the bottom is long-term?
- Is r_u rising (stronger perception of tail risk)?
- Is r_s rising (society becoming more short-term)?
- Are policy and institutional changes narrowing or widening these differences?
13.4 Step 4: Map the Bus Network and Endgames
- Bus-network structure
- What are the number and scale of Positive Buses and Negative Buses?
- Which key Positive Buses support the system?
- Which large Negative Buses are continuously crowding out future FCF?
- Multi-Agent EPV and structural stability
- What are the directions of EPV_C / EPV_L / EPV_M / EPV_G / EPV_Low?
- Is there a structural fracture in which EPV_M+G rises while EPV_L+Low falls?
- Does a credible legal repair path exist?
- Convergence or divergence of Δr
- Is the Scissors Gap Δr shrinking—indicating convergence between the time preferences of the decision center and society—or widening?
- If Δr diverges for a prolonged period, is there a plausible path for EPV_legal to turn positive, or does EPV_violent increasingly appear larger in actors’ subjective perception?
- Possible endgames
- Chronic erosion: Negative Buses do not explode, but they suppress FCF→P and innovation capacity over the long run;
- Sudden crisis: at some point, the payment structure and r-structure are forced to reset;
- Gradual reform: relatively smooth Bus restructuring through adjustments to FCF structure, r-structure, and Boundary arrangements;
- Violent Boundary Rewriting: property rights and Boundaries are rearranged through extreme means, resetting large amounts of EPV.
- Paths of improvement and adjustable levers
- FCF structure: encourage FCF_Produce + FCF→P; restrain FCF_Rent / FCF_Plunder and excessive FCF→R / FCF→S;
- r-structure: lower r_institution, r_u, and r_s; stabilize r_policy;
- Δr: use institutional design, communication mechanisms, and incentive arrangements to narrow the time-preference gap between the decision center and society;
- Boundaries: when necessary, rewrite Boundaries and adjust the structure of Negative Buses, but do so through institutionalized and gradual pathways whenever possible.
13.5 Output Requirement: Prospective Observation Point
Beyond the Four Steps, this version adds a mandatory deliverable: every completed analysis must end with at least one testable Prospective Observation Point in the following format:
If this diagnosis is correct, then within the next [time window], we should observe [specific change X]. If instead [non-X or an opposite change] is observed, then [which link in the diagnosis] must be revised.
Four requirements:
1) The observation point must be a logical consequence of the diagnosis, not a generic trend forecast;
2) The time window must be explicit (quarter / year / maturity date);
3) It must state in advance “what observation would overturn this judgment,” not only “what would confirm it”;
4) Observation points and review records should be archived as a long-run sample of the analyst’s own judgment quality.
The logic of this requirement is straightforward: without a Prospective Observation Point, even a perfectly self-consistent analysis is only an ex post explanation. CBT’s commitment to falsifiability must be implemented in the output format of every concrete analysis, not left at the level of theoretical declaration.