NYC — Place Directory Index

New York City (NYC) · CivOS Directory (Canonical v0.1)

Definition Lock:
A Place Directory Index enumerates all NYC.* nodes in the CivOS graph so NYC is machine-readable as a runtime system (sensors → coordination → pipelines → buffers → envelopes), not a narrative.

Copy-Block (Directory Header)

			
CivOS.PlaceDirectoryIndex.v0_1
PLACE.ID: NYC
PLACE.TYPE: City
INDEX.ID: NYC.DIR.INDEX.v0_1
LAYER_ORDER: Z0 -> Z1 -> Z2 -> R4 -> SB -> Z3 -> Z4 -> Z5 -> Z6
NOTE: NYC is a city executor (Z0–Z3), interfacing upward to USA (Z4) and supranationals (Z5/Z6).

		

1) Core Panels (Top Nodes)

			
NYC.PANEL.v0_1
TYPE: InstrumentPanel
LAYERS: Z0,Z1,Z2,R4,SB,Z3
STATUS: CANONICAL
BINDS_TO: NYC.Z0, NYC.Z1, NYC.Z2, NYC.R4, NYC.SB, NYC.Z3

		

			
NYC.IF.USA
TYPE: Interface
BINDS_TO: USA.Z4.PANEL.v0_1

2) Z0 — Atomic Sensor Nodes (NYC.Z0.*)

			
NYC.Z0
TYPE: LayerRoot
CHILDREN:
  NYC.Z0.FLOOD_SENSORS
  NYC.Z0.STREET_OUTAGES
  NYC.Z0.SUBWAY_STATION_STATUS
  NYC.Z0.TRAFFIC_INCIDENTS

		

			
NYC.Z0.FLOOD_SENSORS
TYPE: Sensor
DOMAIN: HYDRO
OUTPUT: water_height, flash_flood_risk

			
NYC.Z0.STREET_OUTAGES
TYPE: Sensor
DOMAIN: PWR
OUTPUT: local_power_loss_flags

			
NYC.Z0.SUBWAY_STATION_STATUS
TYPE: Sensor
DOMAIN: TRN
OUTPUT: station_closure_flags, local_delay

			
NYC.Z0.TRAFFIC_INCIDENTS
TYPE: Sensor
DOMAIN: TRN
OUTPUT: closures, congestion_spikes

3) Z1 — Institutional Trigger Nodes (NYC.Z1.*)

			
NYC.Z1
TYPE: LayerRoot
CHILDREN:
  NYC.Z1.EMERGENCY_DECLARATION
  NYC.Z1.AGENCY_ACTIVATION

		

			
NYC.Z1.EMERGENCY_DECLARATION
TYPE: Trigger
OUTPUT: city_emergency_state

			
NYC.Z1.AGENCY_ACTIVATION
TYPE: Trigger
OUTPUT: emergency_management_posture

4) Z2 — Coordination Channel Nodes (NYC.Z2.*)

			
NYC.Z2
TYPE: LayerRoot
CHILDREN:
  NYC.Z2.PUBLIC_ALERTS
  NYC.Z2.TRANSPORT_ADVISORIES
  NYC.Z2.MUNI_SERVICE_ROUTING

		

			
NYC.Z2.PUBLIC_ALERTS
TYPE: Channel
ROLE: public_instruction
OUTPUT: alerts, advisories, timestamps

			
NYC.Z2.TRANSPORT_ADVISORIES
TYPE: Channel
ROLE: reroute_guidance
OUTPUT: service_status, alternate_routes

			
NYC.Z2.MUNI_SERVICE_ROUTING
TYPE: Channel
ROLE: report_dispatch
OUTPUT: case_intake_rate, dispatch_latency

5) R4 — Sector Pipeline Nodes (NYC.R4.*)

			
NYC.R4
TYPE: LayerRoot
CHILDREN:
  NYC.R4.TRN
  NYC.R4.PWR
  NYC.R4.WTR
  NYC.R4.HLT
  NYC.R4.NET

		

			
NYC.R4.TRN
TYPE: Pipeline
DOMAIN: Transport
OUTPUT: throughput, recovery_eta

			
NYC.R4.PWR
TYPE: Pipeline
DOMAIN: Power
OUTPUT: outage_density, restoration_tempo

			
NYC.R4.WTR
TYPE: Pipeline
DOMAIN: Water
OUTPUT: supply_continuity

			
NYC.R4.HLT
TYPE: Pipeline
DOMAIN: Healthcare
OUTPUT: load_proxy, surge_pressure

			
NYC.R4.NET
TYPE: Pipeline
DOMAIN: Telecom
OUTPUT: connectivity_degradation_proxy

6) SB — Stability Buffer Nodes (NYC.SB.*)

			
NYC.SB
TYPE: LayerRoot
CHILDREN:
  NYC.SB.EMERGENCY_FUNDS
  NYC.SB.SHELTER_CAPACITY
  NYC.SB.OPERATIONAL_BUFFERS

		

			
NYC.SB.EMERGENCY_FUNDS
TYPE: Buffer
OUTPUT: relief_liquidity, disbursement_speed

			
NYC.SB.SHELTER_CAPACITY
TYPE: Buffer
OUTPUT: shelter_slots, routing_capacity

			
NYC.SB.OPERATIONAL_BUFFERS
TYPE: Buffer
OUTPUT: redundancy_level (backup_power, reroute_paths)

7) Z3 — Macro Envelope Nodes (NYC.Z3.*)

			
NYC.Z3
TYPE: LayerRoot
CHILDREN:
  NYC.Z3.WEATHER_ENVELOPE
  NYC.Z3.NATIONAL_CONSTRAINTS

		

			
NYC.Z3.WEATHER_ENVELOPE
TYPE: Envelope
OUTPUT: storm_load, heat_load

			
NYC.Z3.NATIONAL_CONSTRAINTS
TYPE: Envelope
OUTPUT: federal_response_bounds

8) Upward Interfaces (NYC → Z4/Z5/Z6)

			
NYC.IF.USA
TYPE: Interface
BINDS_TO: USA.Z4.PANEL.v0_1

			
NYC.IF.UN
TYPE: Interface
BINDS_TO: UN.Z5.PANEL.v0_1

			
NYC.IF.WHO
TYPE: Interface
BINDS_TO: WHO.Z5.PANEL.v0_1

9) Minimal Bind Graph (NYC Runtime)

			
BINDS:
  NYC.PANEL.v0_1 -> NYC.Z0
  NYC.PANEL.v0_1 -> NYC.Z1
  NYC.PANEL.v0_1 -> NYC.Z2
  NYC.PANEL.v0_1 -> NYC.R4
  NYC.PANEL.v0_1 -> NYC.SB
  NYC.PANEL.v0_1 -> NYC.Z3
  NYC.Z0 -> NYC.R4          // atomic failures load pipelines
  NYC.R4 -> NYC.SB          // buffers absorb sector stress
  NYC.Z2 -> NYC.R4          // coordination routes repair
  NYC.Z3 -> NYC.Z0          // macro hazards drive local incidents

		