A physics-based emergency response simulation game developed in Unreal Engine 5. This project demonstrates advanced physics interactions, realistic movement mechanics, and integration with 3DCityDB for realistic urban environments.

• Realistic weight and momentum
• Environment-adaptive movement (swimming, climbing, etc.)
• Equipment weight affecting performance
• Dynamic physics interactions with the environment

• Modular equipment loadout
• Weight-based movement penalties
• Equipment visualization on character
• Specialized tools for different scenarios

• Flood water physics
• Building structural collapse
• Debris interaction
• Weather effects
• Fire propagation

• Real city layouts and building data
• Building information modeling
• Geographic information systems

• Unreal Engine 5.3 or later
• Visual Studio 2022 or later
• 3DCityDB installation (optional for city data integration)

1. Clone this repository
2. Right-click on DisasterFirstResponder.uproject and select "Generate Visual Studio project files"
3. Open the solution in Visual Studio
4. Build the solution
5. Open the project in Unreal Engine

1. Install PostgreSQL with PostGIS extension
2. Download and set up 3DCityDB following instructions at 3DCityDB.org
3. Import city model data in CityGML format
4. Configure database connection settings in the project

• WASD: Movement
• Space: Jump
• Left Shift: Sprint
• E: Interact/Use equipment
• Q: Switch equipment
• C: Crouch
• Left Ctrl + Space: Climb (when near climbable surfaces)
• Mouse wheel: Zoom in/out
• F: Toggle flashlight

This project is currently in early development. Core movement and equipment systems are implemented, with ongoing work on disaster physics, UI systems, and mission structure.

• Physics implementation based on Unreal Engine Chaos physics
• City data integration via 3DCityDB
• Character models and animations from Unreal Engine Marketplace
• Environmental assets from various sources (see ASSETS.md for details)