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EVORA
Multi-Agent Engineยท 4-Agent Coupled Simulation

Multi-Agent Simulation #04

Interactive simulation integrating Worker, Hazard, Safety, and Routing agents across selectable multi-hazard scenarios.

Workers Evacuated
0 / 42
Workers Remaining
42
In Affected Zones
0
Avg Evacuation Time
195s
Corridor Density
2.7 p/m2
Route Safety Status
Recommended
SIM CLOCK: T+25s / 210sScenario 1: Pressurized Hydrocarbon Gas Leakage
Critical Risk
T-101T-102T-103T-104PIPE-01LB-01LB-02VRU-01OPS-01EX-W1EX-S2AP-ALPHAAP-BRAVOAP-CHARLIEHAZARD AGENT: GAS (R=60m)HAZARD AGENT: FIRE (R=51m)HAZARD AGENT: SMOKE (R=56m)RARBRC
T+25s (0% Evacuated)

Scenario & Agent Cohort Controls

Simulates a flange gasket rupture on the Central Pipe Manifold (44.2% to 58.0% LEL vapor cloud) driven south-east and westward by shifting coastal winds.

42 Agents
16 (Night Shift)42 (Standard)64 (Peak Turnaround)
Westward Plume State:BASELINE (Route A Clear)

Four-Component Agent Architecture

Represents the four interacting simulation agent classes defined in the EVORA research methodology:

1. Worker Agents (42 Active)

Virtual depot personnel with heterogeneous response delays (1-9s) and walking speeds (1.25-1.55 m/s).

2. Hazard Agents (3 Plumes)

Propagate gas (% LEL), radiant heat (deg C), and smoke (ppm) zones using ultrasonic wind telemetry (4.8 m/s SE (135 deg)).

3. Safety Agents (Threshold Gate)

Continuously evaluate corridor risk scores and enforce hard exclusion on any route exceeding the risk limit or failing accessibility.

4. Routing Agents (Dynamic Guidance)

Optimize corridor selection across distance, exposure, density, and accessibility, pushing updates to field signage in <300 ms.