PlateComponent

Table of Contents

Introduction

Coding

   UML

   Usage Summary

   Description

   Coding Choices

   Introduction

      Inspiration and Theory

Introduction

The PlateComponent is game component designed to manage the behavior of plates within the game environment, inspired by mechanics from games like Overcooked. This component allows plates to be picked up, washed, and used to hold items, mimicking Overcook plates behavior. The PlateComponent is interactable.

Key functionalities include:

   •	Spawning stack of plates with quantity.
   •	Spawning individual plates with id.
   •	Spawning plates with meals
   •	Despawn (dispose) plates.
   •	Handling the state of the plate (clean, dirty, being washed).
   •	Managing the addition and removal of items on the plate.
   •	Manage interactions to get plates from stack of plates.

Here and there will update soon

Coding

UML

Below is Rough UML Diagram of related components of the PlateComponent for reference.

Usage summary

To spawn a stack of Plates with quantities. Just do as below:

Entity newPlate = PlateFactory.spawnPlateStack(quantity);

Calling this will spawn the PlateStack and users are able to interact with the plateStack to get plates.

To spawn a single plate simply use below:

Entity newPlate = PlateFactory.spawnPlate(id);

Users need to provide id to spawn plate to act as identifiers for the plate.

When getting plates from stack The head of the Array stack will be the id.

For example,

plateArrayStack[1,2,3]; plate.pickup(); plateArrayStack[2,3];

id = 1 will be removed from the stack and will be the id of the plate that was pickedup().

Description

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Coding Choices

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Inspiration and Theory

The design of the PlateComponent is inspired by the game Overcooked, where players must wash, serve and work around the limit of the plates. Plates are interactable in Overcooked.

As per picture below we can see plates are can be stacked and can be put on benches. In game it can be interacted by pickup or letdown.

The PlateComponent follows the ECS pattern, where behavior is defined by components attached to entities. This decouples functionality and allows for flexible and reusable game mechanics.

The plate’s state transitions between DIRTY, CLEAN, and WASHING, each state triggering different interactions and constraints.

The PlateComponent also uses GameTime via ServiceLocator for some tasks such as washing duration;

Here and there will update soon

• Papas Pizzeria && Overcooked