Malevolent Planet Unity2d Day1 To Day3 Public Link Guide

Divided into logical directories: _Project/Scripts , _Project/Prefabs , _Project/Art , and _Project/Scenes . Tilemap Architecture

In the world of game development, creating a game from scratch can be a daunting task, especially for those who are new to the field. However, with the right tools and resources, it can also be a highly rewarding experience. In this article, we will follow the journey of a game developer as they create a game called "Malevolent Planet" using Unity2D, a popular game engine. We will cover the development process from Day 1 to Day 3, and provide a public link to the game at the end of the article.

🔗 (Note: Replace with your specific GitHub repository URL) If you want to expand this game template, let me know: Should we design Day 4: Enemy AI Combat ? Share public link malevolent planet unity2d day1 to day3 public link

To gather community feedback early, the project was optimized for the web: Switched to WebGL via Unity Build Settings.

While a specific "Day 1 to Day 3" devlog breakdown is not explicitly detailed in public records, the game's development and demo availability can be tracked through its major distribution hubs: Public Access & Store Links Steam Page In this article, we will follow the journey

The complete Unity project architecture, including scripts, placeholders, and scene configurations for Days 1–3, is fully open-source. github.com (Placeholder Link)

The specific phrase "public link" suggests you are looking for a free version of a game that might otherwise be behind a paywall (like Patreon or SubscribeStar). Share public link To gather community feedback early,

Itch.io Live Demo (Placeholder URL for Day 3 playable build) Day 1: Project Setup, Physics, and Grid-Based World

using UnityEngine; [CreateAssetMenu(fileName = "NewTileData", menuName = "MalevolentPlanet/Grid/TileData")] public class TileData : ScriptableObject public string tileName; public Sprite visualSprite; public bool isWalkable; public float movementSpeedModifier = 1.0f; public float toxicityLevel; // Environmental hazard value Use code with caution. 3. Procedural Grid Generation

The primary objective of Day 1 was establishing a clean project structure and implementing responsive, physics-based 2D controls for the astronaut protagonist. 1. Unity Project Configuration

using UnityEngine; using UnityEngine.Events; public class LifeSupportSystem : MonoBehaviour [Header("Stat Settings")] [SerializeField] private float maxOxygen = 100f; [SerializeField] private float decayRate = 1.5f; // Per second private float currentOxygen; private bool isSuffocating = false; public float OxygenPercentage => currentOxygen / maxOxygen; public UnityEvent OnOxygenDepleted; void Start() currentOxygen = maxOxygen; void Update() if (currentOxygen > 0) currentOxygen -= decayRate * Time.deltaTime; else if (!isSuffocating) isSuffocating = true; OnOxygenDepleted?.Invoke(); Debug.Log("Player is suffocating due to the hostile planet atmosphere!"); public void ReplenishOxygen(float amount) currentOxygen = Mathf.Clamp(currentOxygen + amount, 0f, maxOxygen); Use code with caution.