Logistics War Game - HTML5 Application

Create a complete, self-contained HTML5 application called:

"LOGISTICS WAR GAME – AI Enabled Operational Sustainment Simulator"

Generate a single-file application using only HTML, CSS and JavaScript. Do not require external servers, APIs or databases. Everything must run offline in the browser.

OBJECTIVE

The player assumes the role of a Theatre Logistics Commander responsible for sustaining combat operations over a 30-day campaign.

The objective is to maintain combat effectiveness while managing:

- Fuel
- Ammunition
- Rations
- Medical supplies
- Spare parts
- Transport assets

The game should simulate real-world operational logistics challenges and decision-making.

VISUAL DESIGN

Create a modern military command-centre interface.

Design requirements:

- Dark military theme
- Digital operations room appearance
- Interactive maps
- Tactical icons
- Animated supply routes
- Professional military dashboard
- Responsive design
- No cartoon graphics
- Modern glassmorphism and dashboard aesthetics

MAIN DASHBOARD

Display:

1. Campaign Day Counter

2. Operational Readiness Score

3. Logistics Efficiency Score

4. Mission Success Probability

5. Supply Status Panel

Show:

- Fuel %
- Ammunition %
- Rations %
- Medical Stores %
- Spare Parts %

Use colour-coded indicators:
Green
Amber
Red

MAP SYSTEM

Create a strategic map containing:

- Main Logistics Base
- Forward Supply Depot Alpha
- Forward Supply Depot Bravo
- Air Supply Node
- Maintenance Hub
- Three Combat Brigades

Display supply routes between all nodes.

Show convoy movement animations.

RESOURCE SYSTEM

Track:

Fuel
Ammunition
Rations
Medical Supplies
Spare Parts

Resources decrease daily.

Combat operations increase consumption.

Player must replenish resources using logistics decisions.

TURN SYSTEM

One turn equals one operational day.

Player clicks "Advance Day".

Each day:

Resources are consumed.

Random events occur.

Combat activity changes.

Supply demands update.

AI EVENTS SYSTEM

Create at least 50 random events.

Examples:

Operational Events:

- Offensive operation launched
- Defensive posture adopted
- Rapid advance
- High-intensity combat

Logistics Events:

- Fuel shortage
- Spare parts delay
- Depot overload
- Vehicle breakdowns

Environmental Events:

- Heavy rain
- Flooding
- Heat wave
- Dust storm

Security Events:

- Drone strike
- Cyber attack
- Convoy ambush
- Communication disruption

Positive Events:

- Allied support arrives
- Local procurement success
- Improved route access
- Additional transport assets

DECISION SYSTEM

Present players with decision cards.

Examples:

Fuel Crisis:
A) Divert strategic reserves
B) Request airlift
C) Reduce operational tempo

Bridge Destroyed:
A) Repair bridge
B) Use alternate route
C) Air transport supplies

Each decision affects:

Readiness
Resources
Score
Future events

AI COMMANDER

Create an AI operational commander.

The AI periodically requests:

- Additional fuel
- Ammunition surges
- Emergency resupply
- Maintenance support

The player must balance competing demands.

DIGITAL TWIN FEATURE

Include a visual logistics network.

Allow players to:

- Inspect supply nodes
- View stock levels
- Identify bottlenecks
- Monitor convoy movements

ANALYTICS PANEL

Display:

Daily consumption
Forecast shortages
Supply route utilisation
Vehicle availability
Depot capacity

Generate trend graphs using JavaScript.

SCORING SYSTEM

Calculate:

Operational Readiness
Logistics Efficiency
Mission Success Rate
Resource Sustainability
Decision Quality

Final score out of 100.

ENDGAME

After 30 days generate a detailed campaign report.

Show:

- Mission outcome
- Logistics performance
- Major decisions taken
- Critical shortages encountered
- Operational readiness timeline

Provide a final rating:

Excellent Commander
Effective Commander
Average Commander
Needs Improvement

FUTURE TECHNOLOGY SECTION

Include a side panel showing future logistics technologies inspired by the gaming industry:

- Digital Twins
- AI Planning
- Autonomous Convoys
- VR Training
- Predictive Logistics
- Simulation-Based Planning

CODE REQUIREMENTS

- Single HTML file
- Well-commented code
- Modular JavaScript
- No external dependencies
- Save/load game functionality using browser local storage
- Smooth animations
- Professional appearance
- Ready for demonstrations and presentations

The final product should resemble a professional military logistics command simulator rather than a casual game.