This project is a Real-Time Strategy (RTS) game prototype developed in Unity.
The game focuses on advanced unit control systems, AI-driven enemy behavior, mission-based gameplay, and large-scale battlefield simulations. Players can command multiple units, execute strategic movements, and engage in dynamic combat scenarios while interacting with an evolving environment.

The project was designed to explore advanced gameplay systems, including pathfinding, AI decision-making, group unit coordination, and large-scale combat effects.

Unit Movement System

A flexible unit movement system was developed allowing players to control individual units across the battlefield. Units dynamically navigate terrain and obstacles while maintaining smooth movement transitions.

Key features:

• Click-to-move system

• Dynamic obstacle avoidance

• Smooth movement interpolation

• Formation-aware navigation

  
  

Pathfinding System (A* Algorithm)

The game implements the A* pathfinding algorithm, allowing units to intelligently navigate complex environments.

Capabilities:

• Efficient shortest-path calculation

• Dynamic obstacle avoidance

• Terrain-aware path cost calculation

• Real-time path updates during movement

Combat Systems

Damage Modifier Matrix

A damage modifier matrix system was implemented to create strategic depth between different unit types.

Example logic:

• Infantry strong vs light units

• Vehicles resistant to small arms

• Air units vulnerable to anti-air weapons

This system allows easy balancing of combat interactions between unit categories.

Air Unit Systems

Helicopter Movement System

A specialized movement system was developed for helicopter units.

Features include:

• Smooth hovering movement

• Altitude simulation

• Target tracking and attack behavior

B2 Bomber Strike System

A cinematic B2 Bomber airstrike system was implemented to provide powerful tactical abilities.

Features:

• High-speed bomber flyover

• Area bombardment

• Explosion and destruction effects

Banter & Taunt System

Units communicate through banter and taunt voice lines, adding personality and immersion to the battlefield.

Examples:

• Enemy taunts during combat

• Friendly unit responses

• Context-based dialogue triggers

Terrain System

The game environment was built using TerrainCraft to create detailed landscapes and battlefields.

Features:

• Large RTS maps

• Terrain-based movement cost

• Environmental obstacles

Custom Shaders

Custom shaders were implemented to enhance visual quality and performance.

Examples:

• Terrain blending shaders

• Environmental effects

Technical Highlights

Key technologies used in this project:

• Unity for game development

• C# gameplay programming

• A* search algorithm for pathfinding

• Modular gameplay architecture

• AI behavior systems

• Optimized audio and visual systems