Update README.md

README.md

-# Campus Disaster Simulation Dashboard
+# Campus Disaster Simulation / Optimal Escape Route  Dashboard
 
 ## Overview
-Develop a 3D web dashboard that visualizes emergency scenarios (e.g., terror attack, fire spread evacuation) on campus. Users should be able to adjust time, scenario location, and view impacts.
+Develop a 3D web dashboard that visualizes the fastest escape rout on emergency scenarios (e.g., fire spread evacuation, terror attack) on HFT campus. Users should be able to adjust time, scenario location (user's startintg point, obstacles location), and view impacts.
 
 ## Targets
-- 3D scene of campus (CesiumJS or Unreal Engine).  
-- One scenario model (e.g., fire at Building X) with time slider.  
+- 3D scene of campus (CesiumJS on web-based solution or Unreal Engine local-based solution).  
+- One scenario model (e.g., fire at a HFT Building) with time slider.  
 - Visual overlays: fire/heat zones, blocked exits.  
 - Recommended assembly points + escape routes.  
 
 ## Data Needs
-- HFT BIM data (buildings, escape routes)  
-- Campus elevation model (DEM/DTM)  
+- HFT BIM data (3D BIM building models) 
+- 2D CAD files of Floor plans if requiered.  
 
 ## Acceptance Criteria
-- Clear 3D view  
-- Adjustable scenario  
+- 2D and 3D Visualization and animation of calculated scape route.
+- Adjustable scenario.    
 - Routes/impacts understandable in < 2 minutes
-
+- 
 ## Environment Setup
-- 3D Engine: CesiumJS (web) or Unreal Engine (desktop, high fidelity)  
-- Tools: QGIS (elevation/route prep)  
-- Languages: JavaScript / Python / Unreal Blueprints  
+- 3D Engine: CesiumJS (web) or Unreal Engine (local desktop, high fidelity)  
+- Tools: QGIS (elevation/route prep) - ArcGIS Pro - Blender  
+- Languages: JavaScript / Python / C++/Python (Unreal Blueprints) 
 - OS: Mac / Windows 
+
+## Reference
+- https://isprs-archives.copernicus.org/articles/XLII-4-W18/131/2019/isprs-archives-XLII-4-W18-131-2019.pdf