Investor demonstration · read-only

Read-only demonstration. Four sanitised or hypothetical engineering projects. Each states its own validation status; nothing shown is engineer approved.

FIRE ENGINEERING — EVACUATION (EGRESS) MODELLING · CASE STUDY

Los Angeles Hotel Fire Evacuation — Inputs

NATIVE SIMULEX RESULTS (17 runs) — inputs assumed; CP1–CP4 NOT APPROVED; no ASET/fire model

Inputs (assumed)

Note

Every input below is ASSUMED or a DEVELOPMENT PLACEHOLDER chosen for the study; a fire engineer must set project values.

Building and occupants

InputValueStatus
BuildingSingle storey; 15 detached light wood-frame guest cabins (30 m² each, 2 occupants, one accessible), office 48 m², open courtyard 960 m²; plan 52 × 36 mASSUMED
Fire protectionNo sprinklers; manual alarm; smoke alarms in guest roomsASSUMED
Population29: 27 guests (Simulex 'Hotel' type), 1 guest in the accessible cabin (Simulex 'All Disabled' type), 1 night clerkASSUMED
Walking speedsSimulex occupant types (hotel population mix) replace the scenario speeds; Simulex has no wheelchair body typeASSUMED

Response (pre-movement) times

CaseDistributionUsed inStatus
Guests asleep, alarm onlyuniform 60–900 s (entered as 480 ± 420 s)BASE, ALT-ALL, ALT-EXITDEVELOPMENT PLACEHOLDER
Guests woken by staffuniform 30–300 s (entered as 165 ± 135 s)ALT-WARN, ALT-WARN-EXITDEVELOPMENT PLACEHOLDER
Night clerk (awake)60 s fixedallDEVELOPMENT PLACEHOLDER

Sanitised derivative of preserved evidence (simulex-HXM01-20261024, simulex-HXO01-20261024-r2, simulex-JOB-20261024). Plots and the report were drawn by Hexanta from values in the Simulex results files; screenshots are cropped and visually reviewed. Nothing was re-simulated. · Pack la-hotel-evacuation-r3 (built 2026-10-25); every file is checked against its SHA-256 before it is shown.