A Unity tactical-combat project focused on trajectory shooting, prediction, and gameplay state.
Project archiveCase study
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Category
Unity
System focus
Trajectories
Predictive AI
State machines
Public project material
Public repository available.
Project record
01
Project overview
What the build is about.
A tank-battle game built around a scalable and easily modifiable gameplay architecture.
02
What I built
Player-facing systems.
Joystick movement.
Dynamic player shooting.
Enemy AI with idle, patrol, chase, and shoot states.
Accurate enemy aiming.
Achievement system.
03
How it works
How the systems were structured.
Singleton pattern.
Observer pattern.
Factory pattern.
MVC structure.
State machine.
Object pooling.
Project context
The project in practice.
Tanks Battle combines player movement and shooting with enemies that move between idle, patrol, chase, and shoot states. The gameplay centres on aiming across a tactical space while responding to enemy behaviour.
The project was structured to keep combat systems practical to change. Enemy decision states, trajectory aiming, achievements, and reusable runtime objects are separated so the game can grow without collapsing into one tightly coupled loop.
Flagship system note
Challenge. Approach. Result.
01
Challenge
Make player controls, enemy behaviour, trajectory shooting, and progression fit a structure that remains practical to modify.
02
Approach
State machines govern enemy behaviour while MVC, Observer, Factory, Singleton, and pooling patterns separate core responsibilities.
03
Result
The public repository documents the project’s gameplay architecture and tactical-combat systems.
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