Introduction

Travel through 10 worlds where you have to destroy all monsters and find the exit. To kill monster you can jump on them or fire your laser gun!

Cross platform

The game works beautifully across all devices and platforms including desktop browsers, android and ios devices The Pico Platformer is a cross-platform platformer game template that is designed to provide a framework for creating platformer games with a retro or pixel art style. This type of game template is typically used to build games that involve jumping, running, and navigating through levels with various obstacles and enemies. It can be adapted for different platforms such as web browsers, mobile devices, and desktop applications. Here’s a comprehensive guide on understanding and customizing the Pico Platformer game template:

Key Features of Pico Platformer

1. Cross-Platform Compatibility:
   • Multiple Platforms: Designed to work across various platforms including web browsers, iOS, Android, and desktop environments.
   • Adaptability: Can be adapted to different screen sizes and resolutions.
2. Core Gameplay Mechanics:
   • Character Movement: Includes basic character movements such as running, jumping, and crouching.
   • Level Design: Pre-designed levels with platforms, obstacles, and enemies.
   • Collision Detection: Built-in collision detection for interacting with platforms, enemies, and other game objects.
3. Graphics and Art Assets:
   • Pixel Art Style: Uses pixel art graphics that are common in retro platformer games.
   • Animations: Includes animations for character movements, enemy actions, and environmental elements.
4. User Interface:
   • HUD Elements: Features elements such as score, health bars, and lives counters.
   • Menus: Includes main menus, pause menus, and game over screens.
5. Sound and Music:
   • Sound Effects: Includes sound effects for actions like jumping, collecting items, and defeating enemies.
   • Background Music: Provides background music that can be customized or replaced.
6. Game Logic and Physics:
   • Physics Engine: Basic physics for character movement and interactions.
   • Game Logic: Event-driven logic for gameplay mechanics, level progression, and scoring.

Customization and Setup

1. Setup Your Development Environment:
   • Game Engine: Determine which game engine or framework is used by the Pico Platformer template (e.g., Unity, Construct, Godot) and set it up accordingly.
   • Install Necessary Tools: Install any required tools or software for development.
2. Open and Explore the Template:
   • Project Files: Open the template project files in the appropriate game engine or editor.
   • Explore Structure: Familiarize yourself with the project structure, including assets, scripts, and level design.
3. Modify Graphics and Art:
   • Replace Assets: Update or replace the existing pixel art assets with your own graphics.
   • Character and Enemy Sprites: Customize the appearance of characters, enemies, and other objects.
4. Customize Gameplay Mechanics:
   • Character Movement: Adjust movement speed, jump height, and other mechanics as needed.
   • Levels and Obstacles: Design new levels or modify existing ones by adding or changing platforms, enemies, and obstacles.
5. Update User Interface:
   • HUD Customization: Modify or add HUD elements such as score displays, health bars, and menus.
   • Menu Design: Customize main menus, pause screens, and game over screens to match your game’s theme.
6. Adjust Sound and Music:
   • Replace Audio: Update sound effects and background music with your own files.
   • Audio Settings: Configure audio settings to ensure sound levels are balanced.
7. Implement Game Logic and Physics:
   • Event Handling: Modify game logic to handle events like collisions, item pickups, and enemy interactions.
   • Physics Tweaks: Adjust physics settings for better gameplay feel and interaction.
8. Test and Debug:
   • Playtesting: Test the game thoroughly on all target platforms to ensure that it works as expected.
   • Debugging: Use debugging tools to identify and fix any issues or bugs.
9. Export and Publish:
   • Export Options: Use the game engine’s export options to build and package the game for different platforms.
   • Publishing: Publish the game to platforms such as web browsers, app stores, or desktop distribution channels.

Features

• 10 worlds with challenging gameplay
• Simple mechanism but fun and addictive
• Cross platform, the game works on all browsers and devices
• Export to native platform like Android and iOS using libgdx framework and Java programming language
• Full source code and comprehensive build system using Gradle
• Responsive design and adaptable to different screen size
• High quality soure code with lot of comments
• High quality documentation