IAEA.DIR.IDX.v0_1

[LOCKBOX]
DOC_ID        = IAEA.DIR.IDX.v0_1
CANONICAL     = TRUE
ID_GRAMMAR    = Place×Lane×Zoom×Role×Type×ID
PLACE         = IAEA                 # International Atomic Energy Agency
LANE_SET      = GOV|SEC|ENE|EMG|COM|TRN
ZOOM_SET      = Z5|Z6                # IAEA sits at Z6; binds down to member states (Z5)
ROLE_SET      = V|O|P
TYPE_SET      = PLACE|NODE|PIPE|SENSOR|RULE|BIND|REG|IDX|TEMPLATE
PHASE_SET     = P0|P1|P2|P3
VERSIONING    = LOCK-IDs (never rename; only version forward)
[/LOCKBOX]

[PLACE]
ID            = IAEA.PLACE.Z6.P.PLACE.IAEA
NAME          = International Atomic Energy Agency (IAEA)
SCOPE         = Z6 nuclear safety + security + safeguards coordination router (risk containment under extreme hazard)
PRIMARY_LANES = SEC,ENE,EMG,GOV,COM
PHASE_TARGET  = P3 nuclear risk containment reliability under load (P2 minimum)
[/PLACE]

[REG]
ID   = IAEA.REG.ZOOM.v0_1
MAP  = {
  Z6: "Global nuclear standards + safeguards + incident coordination (high-consequence risk domain)",
  Z5: "Member states (regulators, operators, emergency agencies execute)",
  Z4: "Facility/local incident execution (plants, labs, transport corridors; via member state nodes)"
}
[/REG]

[REG]
ID   = IAEA.REG.MEMBERS.Z5.P.REG.ALL_TEMPLATE
SET  = IAEA.Z5.MEM.ALL
NOTE = "Populate later with ISO3 member codes. Surface stage can stay empty."
[/REG]

[NODE] ID=IAEA.GOV.Z6.P.NODE.GOV_CORE             NAME=Governance/decision forums core (template)
[NODE] ID=IAEA.GOV.Z6.O.NODE.STANDARDS_CORE       NAME=Nuclear standards/guidance core (template)
[NODE] ID=IAEA.GOV.Z6.P.NODE.MEMBERSTATE_LINK     NAME=Member interface mesh (template)

[NODE] ID=IAEA.SEC.Z6.O.NODE.SAFEGUARDS_CORE      NAME=Safeguards / verification core (template)
[NODE] ID=IAEA.SEC.Z6.O.NODE.SECURITY_GUIDANCE    NAME=Nuclear security guidance core (template)
[PIPE] ID=IAEA.SEC.Z6.P.PIPE.VERIFICATION_FLOW   NAME=Declarations→Verification→Findings→Follow-up pipeline
[SENSOR] ID=IAEA.SEC.Z6.O.SENSOR.VERIF_LAG        METRIC=Verification latency proxy (template)

[NODE] ID=IAEA.ENE.Z6.O.NODE.SAFETY_TECH_CORE     NAME=Nuclear safety technical core (template)
[PIPE] ID=IAEA.ENE.Z6.P.PIPE.SAFETY_UPGRADE       NAME=Assessment→Recommendations→Upgrades→Review pipeline
[SENSOR] ID=IAEA.ENE.Z6.O.SENSOR.SAFETY_LOAD      METRIC=Safety workload proxy (template)

[NODE] ID=IAEA.EMG.Z6.O.NODE.INCIDENT_COORD       NAME=Incident coordination core (template)
[PIPE] ID=IAEA.EMG.Z6.P.PIPE.ALERT_TO_ACTION      NAME=Alert→Assessment→Coordination→Member actions pipeline
[SENSOR] ID=IAEA.EMG.Z6.O.SENSOR.INCIDENT_LOAD    METRIC=Incident load proxy (template)

[NODE] ID=IAEA.COM.Z6.O.NODE.RISK_COMMS_CORE      NAME=Risk communications core (template)
[PIPE] ID=IAEA.COM.Z6.P.PIPE.PUBLIC_GUIDANCE      NAME=Guidance→Translation→Broadcast→Feedback loop
[SENSOR] ID=IAEA.COM.Z6.O.SENSOR.INFO_QUALITY     METRIC=Information quality proxy (template)

[NODE] ID=IAEA.TRN.Z6.O.NODE.MATERIAL_TRN_IF      NAME=Nuclear material transport interface (template)
[SENSOR] ID=IAEA.TRN.Z6.O.SENSOR.TRN_RISK         METRIC=Transport risk proxy (template)

# Standards drive safety + security
[BIND] A=IAEA.GOV.Z6.O.NODE.STANDARDS_CORE        REL=STANDARDIZES   B=IAEA.ENE.Z6.O.NODE.SAFETY_TECH_CORE
[BIND] A=IAEA.GOV.Z6.O.NODE.STANDARDS_CORE        REL=STANDARDIZES   B=IAEA.SEC.Z6.O.NODE.SECURITY_GUIDANCE
# Safeguards pipeline is gated by verification
[BIND] A=IAEA.SEC.Z6.O.NODE.SAFEGUARDS_CORE       REL=EXECUTES       B=IAEA.SEC.Z6.P.PIPE.VERIFICATION_FLOW
[BIND] A=IAEA.SEC.Z6.O.SENSOR.VERIF_LAG           REL=TRIGGERS       B=IAEA.SEC.Z6.O.NODE.SAFEGUARDS_CORE
# Incident coordination triggers comms + member action
[BIND] A=IAEA.EMG.Z6.O.SENSOR.INCIDENT_LOAD       REL=TRIGGERS       B=IAEA.EMG.Z6.O.NODE.INCIDENT_COORD
[BIND] A=IAEA.EMG.Z6.P.PIPE.ALERT_TO_ACTION       REL=BROADCASTS     B=IAEA.COM.Z6.P.PIPE.PUBLIC_GUIDANCE
# Safety upgrades reduce incident load (stitching)
[BIND] A=IAEA.ENE.Z6.P.PIPE.SAFETY_UPGRADE        REL=REDUCES        B=IAEA.EMG.Z6.O.SENSOR.INCIDENT_LOAD
# Transport risk binds to security guidance + incident coord
[BIND] A=IAEA.TRN.Z6.O.SENSOR.TRN_RISK            REL=TRIGGERS       B=IAEA.SEC.Z6.O.NODE.SECURITY_GUIDANCE
[BIND] A=IAEA.TRN.Z6.O.SENSOR.TRN_RISK            REL=TRIGGERS       B=IAEA.EMG.Z6.O.NODE.INCIDENT_COORD
# Down-bind to members
[BIND] A=IAEA.PLACE.Z6.P.PLACE.IAEA               REL=COORDINATES    B=IAEA.Z5.MEM.ALL
[BIND] A=IAEA.GOV.Z6.P.NODE.MEMBERSTATE_LINK      REL=BINDS_TO       B=IAEA.Z5.MEM.ALL
# Cross-org binds (templates)
[BIND] A=IAEA.EMG.Z6.O.NODE.INCIDENT_COORD        REL=BINDS_TO       B=UN.EMG.Z6.O.NODE.GLOBAL_CRISIS_COORD
[BIND] A=IAEA.SEC.Z6.O.NODE.SAFEGUARDS_CORE       REL=BINDS_TO       B=UN.SEC.Z6.O.NODE.NONPROLIF_TEMPLATE
[BIND] A=IAEA.ENE.Z6.O.NODE.SAFETY_TECH_CORE      REL=BINDS_TO       B=OECD.ENE.Z6.O.NODE.ENE_COMPARE_CORE

[SENSOR] ID=IAEA.SEN.Z6.O.SENSOR.INCIDENT_LOAD     METRIC=Incident load proxy (template)
[SENSOR] ID=IAEA.SEN.Z6.O.SENSOR.SAFETY_LOAD       METRIC=Safety workload proxy (template)
[SENSOR] ID=IAEA.SEN.Z6.O.SENSOR.VERIF_LAG         METRIC=Verification latency proxy (template)
[SENSOR] ID=IAEA.SEN.Z6.O.SENSOR.SECURITY_RISK     METRIC=Security risk proxy (template)
[SENSOR] ID=IAEA.SEN.Z6.O.SENSOR.TRN_RISK          METRIC=Transport risk proxy (template)
[SENSOR] ID=IAEA.SEN.Z6.O.SENSOR.STANDARD_ADOPT    METRIC=Standards adoption proxy (template)
[SENSOR] ID=IAEA.SEN.Z6.O.SENSOR.INFO_QUALITY      METRIC=Information quality proxy (template)
[SENSOR] ID=IAEA.SEN.Z6.O.SENSOR.DECISION_LAG      METRIC=Coordination decision lag proxy (template)

[RULE]
ID    = IAEA.RUL.Z6.O.RULE.PHASE_SCORE
INPUT = {INCIDENT_LOAD, SAFETY_LOAD, VERIF_LAG, SECURITY_RISK, TRN_RISK, STANDARD_ADOPT, INFO_QUALITY, DECISION_LAG}
OUTPUT= P0..P3
NOTE  = "Measures IAEA containment reliability under nuclear risk load; triggers truncation/stitching."
[/RULE]

# TRUNCATION: incident surge → immediate coordination + guidance
[RULE] ID=IAEA.RUL.Z6.O.RULE.INCIDENT_TRUNCATE
IF    = (IAEA.SEN.Z6.O.SENSOR.INCIDENT_LOAD > THRESH_INC_HIGH)
THEN  = {IAEA.EMG.Z6.O.NODE.INCIDENT_COORD -> ACTIVATE_GLOBAL_COORD_TEMPLATE,
         IAEA.COM.Z6.P.PIPE.PUBLIC_GUIDANCE -> URGENT_RISK_GUIDANCE_TEMPLATE,
         IAEA.SEC.Z6.O.NODE.SECURITY_GUIDANCE -> SECURE_MATERIAL_TEMPLATE}
# TRUNCATION: verification lag spike → reduce uncertainty
[RULE] ID=IAEA.RUL.Z6.O.RULE.VERIF_TRUNCATE
IF    = (IAEA.SEN.Z6.O.SENSOR.VERIF_LAG > THRESH_VERIF_HIGH)
THEN  = {IAEA.SEC.Z6.P.PIPE.VERIFICATION_FLOW -> PRIORITIZE_CRITICAL_VERIFICATIONS_TEMPLATE,
         IAEA.COM.Z6.O.NODE.RISK_COMMS_CORE -> TRANSPARENCY_LIMITS_TEMPLATE}
# STITCHING: safety upgrades reduce future incident load
[RULE] ID=IAEA.RUL.Z6.O.RULE.STITCH_SAFETY
IF    = (RECOVERY_TREND == TRUE) AND (IAEA.SEN.Z6.O.SENSOR.STANDARD_ADOPT >= THRESH_ADOPT_OK)
THEN  = {IAEA.ENE.Z6.P.PIPE.SAFETY_UPGRADE -> NORMALIZE_UPGRADE_CADENCE,
         IAEA.EMG.Z6.P.PIPE.ALERT_TO_ACTION -> DEACTIVATE_EMERGENCY_MODE_TEMPLATE,
         IAEA.COM.Z6.O.NODE.RISK_COMMS_CORE -> RESTORE_NORMAL_TRANSPARENCY_TEMPLATE}

[IDX] ID=IAEA.DIR.LANE.GOV.v0_1  PTR=IAEA.GOV.*
[IDX] ID=IAEA.DIR.LANE.SEC.v0_1  PTR=IAEA.SEC.*
[IDX] ID=IAEA.DIR.LANE.ENE.v0_1  PTR=IAEA.ENE.*
[IDX] ID=IAEA.DIR.LANE.EMG.v0_1  PTR=IAEA.EMG.*
[IDX] ID=IAEA.DIR.LANE.COM.v0_1  PTR=IAEA.COM.*
[IDX] ID=IAEA.DIR.LANE.TRN.v0_1  PTR=IAEA.TRN.*

[EXPAND_NEXT]
1) Populate IAEA.Z5.MEM.ALL with ISO3 member codes; bind each {ISO3}.DIR.IDX page up to IAEA
2) Publish IAEA.SEC safeguards deep dive directory:
   - verification stages, lag controls, evidence/uncertainty handling templates
3) Publish IAEA.ENE safety upgrade directory:
   - assessment types, recommendation taxonomy, upgrade sequencing, stitch rules
[/EXPAND_NEXT]