Summary - Game project

Combine the game project with a single summary task.

Summary: Game Project Architecture

In this group, you synthesized an end-to-end mini game architecture: controlled Scope, axis-driven Player Movement, trigger-based Pickup mechanics, a Singleton ScoreManager, and Game Over UI loops.

// Core mini-game loop
void Update() {
    HandleMovement();
    CheckGameOverCondition();
}

Bringing these foundational blocks together empowers you to build complete standalone playable games.

Exercise Complete game project

Define a Start method. Inside, declare string durum = "Oyun projesi basariyla tamamlandi"; and print it to the console with Debug.Log(durum);.

Show example solution

using UnityEngine;

public class GameProjectSummary : MonoBehaviour
{
    void Start()
    {
        string durum = "Oyun projesi basariyla tamamlandi";
        Debug.Log(durum);
    }
}

Test yourself

Which sequence represents the most logical chain of events in a core mini-game loop?
- Move via Input -> Collect Coin via Trigger -> Update Score -> Check Game Over
- Restart Scene -> Destroy Coins -> Open Game Over
- Open Game Over Panel -> Close Scene -> Start Character Movement
- Reset Score -> Delete Rigidbody -> Disable Input -> Listen Audio
Show answer

Move via Input -> Collect Coin via Trigger -> Update Score -> Check Game Over — The logical loop processes inputs, collects items on trigger collision, updates score, and evaluates game over win/loss conditions.

Reload scene by name

SceneManager.____("GameScene");

Show answer

SceneManager.LoadScene("GameScene");

Game project architecture summary

PlayerController

Reads inputs and applies movement
PickupItem

Adds score on collect and destroys self
ScoreManager

Tracks score and prints to interface
GameOverPanel

Displays results upon game conclusion

Next lesson: The Input System package

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