CIRI — A.B.E.

What CIRI Does

CIRI calculates the modeled economic recovery created when constitutional alignment is restored.

divergence detected
→ recovery inputs
→ recovery buckets
→ total recovery value R_T
→ CIRI index
→ ROI per case
→ CIBS allocation

Plain language: CIRI answers, “What is it worth to fix the drift?”

Run CIRI

CIRI can read ciri/inputs.csv, stored Intake data, or manual values entered below.

Waiting to run.

Live CIRI KPIs

Modeled Recovery R_T

—

Total recovery value

CIRI Index

—

1 − e^(-R_T / K)

ROI Per Case

—

R_T / cases avoided

Cases Avoided

—

Prevented enforcement actions

Jail Days Avoided

—

Prevented incarceration days

Risk Class

—

Recovery pressure classification

Plain-Language Result

Run CIRI to generate a readable recovery explanation.

Recovery Buckets

Bucket	Formula	Value	Plain Meaning
No CIRI output loaded.

Manual Inputs

cases_avoided

avg_cost_per_case

jail_days_avoided

cost_per_jail_day

fees_canceled_total

policy_corrections

avg_enforcement_cost_savings

households_restored

avg_monthly_market_spend

months_effective

employment_probability

avg_monthly_wage

expected_lawsuits

avg_payout

litigation_multiplier

transition_costs_one_time

K normalization constant

CIRI Variable Glossary

R_T is the total recovery value. It flows from CIRI into CIBS, CII, Integration, Macro, RT, and AFFE.

R_T =
direct_case
+ detention
+ fees
+ enforcement
+ market_access
+ employment
+ litigation
− transition_costs

This keeps the math understandable: every recovery number comes from a bucket that can be inspected.

Where CIRI Sits In The Closed Loop

INTAKE
→ CAE
→ CDA
→ CDI
→ CIRI
→ CIBS
→ CII
→ INTEGRATION
→ MACRO
→ RT
→ CFF
→ CCRI
→ AFFE

CIRI runs after CDI because divergence must be measured before recovery value can be calculated.