Skip to content Skip to sidebar Skip to footer
Home / fiverr / game art

develop 3d fighting game, shooting game, multiplayer, fps, mobile game in unity

develop 3d fighting game, shooting game, multiplayer, fps, mobile game in unity

Creating a 3D fighting, shooting, and multiplayer FPS mobile game in Unity is a challenging yet rewarding endeavor. 

Enroll Now

This process involves several steps, from conceptualization to development and deployment. Below is a comprehensive guide on how to develop such a game.

Conceptualization and Planning

Game Design Document (GDD)

The first step in developing any game is to create a Game Design Document (GDD). This document outlines the game’s concept, mechanics, story, characters, levels, and overall gameplay. For a 3D fighting, shooting, multiplayer FPS game, your GDD should cover:

  • Game Concept: Describe the game's core idea. Is it a futuristic shooter with advanced weaponry, or a medieval combat game with magical elements?
  • Gameplay Mechanics: Define how players will interact with the game. This includes controls, combat mechanics, movement, and special abilities.
  • Characters: Outline the different characters, their abilities, strengths, and weaknesses.
  • Multiplayer Mechanics: Describe how multiplayer interactions will work, including matchmaking, game modes (e.g., deathmatch, team battle), and communication.
  • Levels and Environments: Plan the different levels, maps, and environments where the game will take place.
  • Story and Lore: If your game has a narrative, detail the storyline and the world’s lore.

Technical Specifications

Determine the technical requirements for your game, such as the target platform (iOS, Android), minimum device specifications, and software requirements (Unity version, plugins).

Setting Up Unity

Unity Installation

Ensure you have the latest version of Unity installed. Unity Hub is a useful tool for managing different versions of the Unity Editor and organizing your projects.

Creating a New Project

Open Unity Hub, create a new project, and select the 3D template. Name your project appropriately and choose a location to save it.

Setting Up Project Structure

Organize your project by creating folders for scripts, prefabs, scenes, animations, and assets. This structure will help you keep your project organized and manageable.

Developing Core Mechanics

Character Controller

For a 3D fighting and shooting game, a robust character controller is essential. Unity’s built-in Character Controller component can be a good starting point. However, for more complex mechanics, you may need to create a custom controller.

  • Movement: Implement basic movement using Unity’s Input system. Create a script to handle walking, running, jumping, and crouching.
  • Combat: Develop a combat system that includes melee and ranged attacks. This may involve creating animations, hit detection, and damage calculation.

Shooting Mechanics

Implement shooting mechanics by creating a script that handles aiming, firing, and reloading. Use raycasting for hit detection and particle systems for visual effects like muzzle flashes and bullet impacts.

Health and Damage System

Create a health system that tracks player and enemy health. Implement damage calculation and apply it when an attack hits a target. Consider adding health pickups or regeneration mechanics.

Multiplayer Integration

Networking Solutions

Unity offers several networking solutions, such as UNet (deprecated), Photon, and Mirror. Photon is a popular choice due to its ease of use and robust features.

  • Setting Up Photon: Create an account on the Photon website, download the Photon Unity Networking (PUN) package, and import it into your project. Follow the setup instructions to configure your game for multiplayer functionality.
  • Player Synchronization: Synchronize player positions, animations, and actions across the network using Photon’s components like PhotonView and PhotonTransformView.

Matchmaking and Game Modes

Implement matchmaking to allow players to join and create games. Define different game modes, such as free-for-all, team deathmatch, and capture the flag.

Communication

Add communication features like in-game chat or voice communication to enhance the multiplayer experience. Photon Voice is a useful tool for implementing voice chat.

Environment and Level Design

Creating Levels

Design and build levels using Unity’s terrain tools and ProBuilder. Create diverse environments that suit the game’s theme and provide varied gameplay experiences.

  • Terrain: Use Unity’s Terrain Editor to create landscapes. Add textures, trees, and other environmental details.
  • Buildings and Obstacles: Use ProBuilder or import 3D models to create buildings, obstacles, and other structures.

Lighting and Effects

Implement lighting to create the desired atmosphere. Use Unity’s lighting tools to add directional lights, point lights, and spotlights. Consider adding post-processing effects to enhance the visual quality.

UI and User Experience

Main Menu and HUD

Create a main menu with options like Play, Settings, and Exit. Implement a Heads-Up Display (HUD) that shows vital information such as health, ammo, and objectives.

  • Main Menu: Design a user-friendly main menu using Unity’s UI system. Add buttons and panels for navigation.
  • HUD: Create a HUD that displays real-time information. Use Unity’s Canvas system to overlay UI elements on the screen.

Controls and Input

Ensure that the game controls are intuitive and responsive. Implement touch controls for mobile devices, and consider adding support for game controllers.

Testing and Optimization

Testing

Regularly test your game to identify and fix bugs. Use Unity’s Play Mode for quick tests and build your game for mobile devices to test performance and controls.

Optimization

Optimize your game to ensure smooth performance on mobile devices. This may involve reducing polygon counts, optimizing textures, and using efficient coding practices.

  • Graphics: Use Level of Detail (LOD) for 3D models and optimize shaders and materials.
  • Code: Profile your code using Unity’s Profiler to identify performance bottlenecks and optimize accordingly.

Deployment

Building for Mobile

Configure your project settings for mobile platforms. For Android, you’ll need to install Android SDK and NDK. For iOS, you’ll need a Mac with Xcode installed.

  • Project Settings: Adjust your project’s resolution, quality settings, and other options for mobile devices.
  • Build and Test: Build your game for your target platform and test it on various devices to ensure compatibility and performance.

Publishing

Publish your game on platforms like Google Play Store and Apple App Store. Follow the guidelines provided by each platform to prepare your game for submission.

  • Google Play Store: Create a developer account, prepare your game’s assets (icons, screenshots, descriptions), and submit your game for review.
  • Apple App Store: Enroll in the Apple Developer Program, prepare your game’s assets, and submit your game for review.

Marketing and Community Engagement

Marketing

Promote your game through social media, game forums, and other channels. Create a website or blog to showcase your game and provide updates.

Community Engagement

Engage with your players by responding to feedback, providing updates, and organizing events or competitions. Building a strong community can help your game succeed and grow.

Conclusion

Developing a 3D fighting, shooting, and multiplayer FPS mobile game in Unity is a complex but achievable task. By following this guide, you can systematically approach each aspect of development, from conceptualization to deployment. Remember to stay organized, test frequently, and continually optimize your game for the best player experience. Happy developing!