A Unity combat-system project focused on enemy waves, predictive targeting, and reusable runtime objects.
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Category
Unity
System focus
Wave combat
Predictive targeting
Object pooling
Public project material
Public build and repository available.
Project record
01
Project overview
What the build is about.
Survive waves of enemies across staged arenas. The run ends when enemies touch the stronghold; each stage controls how many enemies spawn and how the pressure escalates.
02
What I built
Player-facing systems.
AimBot predicts enemy locations and shoots.
Electric fence slows enemies.
Aura deals constant damage within its area.
Coins upgrade abilities; health restores the stronghold.
The stronghold stops protecting the player when its health reaches zero.
Approaching the computer opens the slide-in upgrade menu.
03
How it works
How the systems were structured.
Power-up upgrade system using the Observer pattern.
Object pooling for bullets and enemies.
Factory pattern for spawning.
Scalable stage structure for controlling each state’s properties.
Project context
The project in practice.
Deviloper is built around defending a stronghold through staged enemy waves. The run becomes harder as each stage changes the number of enemies and the pressure placed on the player’s defences.
Combat is shaped by a predictive AimBot, an electric fence that slows enemies, and an aura that deals damage at close range. Coins feed back into upgrades, while health restores the stronghold and keeps the defence loop active.
Flagship system note
Challenge. Approach. Result.
01
Challenge
Keep repeated waves and escalating pressure readable while avoiding unnecessary runtime object creation.
02
Approach
Stage properties control the encounter flow, while object pooling, factory spawning, and predictive targeting support the combat loop.
03
Result
A public playable build and repository let visitors inspect the game and its implementation context.
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