[WIP] Tower Defence Roguelite

Project Source: GitHub

A first-person tower-defence roguelite, where you strategically place defences to fend off waves of increasingly challenging robots.

The objective of the game is to survive for as many waves as possible. Restarting is inevitable.

Game Management

The bulk of the gameplay is contained within the GameMode. It's within the GameMode that gameplay states are contained and managed, 

Much global data such as the player's balance is also stored with the GameMode, the reason for this is easy access. The GameMode is a singleton class and this game is single-player only and so storing unique data as such is not an issue.

Interaction System

Both the Interactor and Interactable are ActorComponents and provide the functionality you'd expect. 

Interactable is built with the intent to support multiple types of interaction actions which will be interactable through a radial UI widget.

These systems are implemented as ActorComponents as opposed to, say, Interfaces so that implementation is easy and intuitive. Any Interactable which has a visible mesh will function as expected. 

Health Component

The Health Component is of type ActorCompoent and provides health-related functionality to Actors. It allows for the handling of health values and instantiating appropriate actions such as death effects.

Example: AHealthComponent used for UI  void ATowerDefenceGameMode::UpdateTowerHealthBar() { if (UUW_TowerDefenceHUD* TowerDefenceHUD = GetHUD()) { float TotalTowerHealthPercentage = 0.0f; for (int i = 0; i < Towers.Num(); ++i) { TotalTowerHealthPercentage += Towers[i]->GetHealthComponent()->GetHealthPercentage(); } TowerDefenceHUD->UpdateTowerHealthBar(TotalTowerHealthPercentage / Towers.Num()); } }

The HealthComponent used to get the total health percentage of all Towers in the level within ATowerDefenceGameMode.cpp.

float GetHealthPercentage() const {return (Health / MaxHealth) * 100;}

The GetHealthPercentage implementation within AHealthComponent.h.

AI

The game uses behaviour trees for the Enemy and Turret AI, allowing them to make decisions and adapt to different situations.

Shop & Items

The shop updates its stock every five rounds, providing new items to help players fend off the increasingly difficult waves.

Donation Machine

The donation machine offers a way for the player to donate currency from their current play session to get permanent upgrades which last between restarts.

UI

The User Interface is completely implemented through C++, besides from the Interaction menu which is a store asset implemented through blueprints.