Are you a fan of the open-world survival game, Unturned? Well, if you have ever wondered what game engine it uses, then look no further! Unturned actually employs the proprietary engine known as “Unturned II,” which was created specifically for the game. Interestingly enough, the engine was built by the game’s creator, Nelson Sexton, using a combination of C++ and OpenGL.
For those unfamiliar with Unturned, it’s a sandbox survival game that has amassed a loyal following since its initial release in 2014. In it, players must scavenge for resources, build shelters, and fend off zombies and other hostile players. What sets Unturned apart from other survival games is its blocky, pixelated art style reminiscent of classic games like Minecraft. The engine used for the game ensures that everything runs smoothly, from the detailed terrain to the physics of objects and characters.
So why did Sexton choose to create his own game engine instead of using an already established one? According to him, it was a matter of control and flexibility. By building his own engine, he was able to tailor it to the specific needs of Unturned and modify it over time as the game’s scope expanded. It’s a testament to the ingenuity and dedication of indie game developers who can create a game from scratch, including its own game engine.
Unturned Game Mechanics
Unturned is a popular sandbox game developed and published by Smartly Dressed Games. The game is available on multiple platforms and features a blocky, Minecraft-inspired aesthetic. One of the key aspects of the game is its mechanics, which are designed to provide players with a challenging survival experience. In this article, we will explore the game mechanics of Unturned and how they relate to the engine that the game uses.
The Engine Used in Unturned
Smartly Dressed Games developed Unturned using the Unity game engine. Unity is a powerful game engine that allows developers to create stunning visuals and implement complex game mechanics with ease. The engine supports multiple platforms, making it an ideal choice for games that need to reach a wide audience. Unity also offers a range of features that make it easy for developers to create great games quickly, including:
- Asset importing and management
- Real-time rendering
- Scripting and debugging tools
- Cross-platform publishing
The Game Mechanics of Unturned
The game mechanics of Unturned are designed to create a challenging survival experience for players. The game features several key mechanics that players need to understand in order to survive, including:
- Health and Stamina management
- Crafting and base building
- Looting and scavenging for resources
- Combat and firearms mechanics
The Health and Stamina System
One of the most important mechanics to understand in Unturned is the health and stamina system. Players need to maintain their health and stamina levels in order to survive in the game. Players can sustain injuries from combat or environmental hazards, and they need to find supplies to heal themselves. Players can also exhaust their stamina by running, jumping, or performing other actions, which can make them vulnerable to attack. Players need to manage their health and stamina wisely to avoid succumbing to the dangers of the game world.
| Health Status | Effects |
|---|---|
| 100% – 75% | No effects |
| 75% – 50% | Slightly blurred vision |
| 50% – 25% | Blurred vision and slow movement |
| 25% – 0% | Very blurred vision and reduced movement speed |
Overall, the game mechanics of Unturned create a challenging and engaging survival experience for players. The use of the Unity game engine allows the developers to create stunning visuals and implement complex mechanics with ease. Understanding the health and stamina system is crucial to surviving in the game, and players need to manage their resources wisely to succeed.
Game engines used for survival games
Game engines are essential tools for developers to create video games. Choosing the right game engine can make or break the success of a game. When it comes to survival games, the engine choice can be critical to the game’s overall feel and performance. Below are some of the most popular engines used in creating survival games:
Popular game engines used for survival games
- Unity Engine – Unity is a popular game engine used for developing games across multiple platforms. It offers a wide range of tools and features that can be used to create immersive 2D and 3D games with impressive graphics. Unity’s extensive asset store can also provide game developers with pre-built assets, which can speed up their game development process.
- Unreal Engine – Unreal Engine is another popular engine used for survival games. This engine provides developers with tools to create high-quality 3D games with realistic graphics and physics. Unreal Engine is used in creating some of the most successful survival games such as ARK Survival Evolved and Conan Exiles.
- CryEngine – CryEngine is an engine known for its cutting-edge graphical capabilities. It offers many features that allow developers to create realistic environments and stunning visuals. CryEngine has been used to create games like Far Cry and Crysis, which are known for their immersive environments and great graphics.
Factors to consider in choosing a game engine for survival games
Choosing the right engine for a survival game requires careful consideration of several factors. The game’s graphics, gameplay mechanics, target platform, and development budget are some of the critical factors to consider. Developers should also consider the availability of support and documentation, as it can help in the development process.
Comparison table for popular game engines used in survival games
| Game Engine | Graphics | Gameplay Mechanics | Target Platforms | Development Budget |
|---|---|---|---|---|
| Unity | Good | Robust | Multi-platform | Low to Medium |
| Unreal Engine | Great | Advanced | Multi-platform | Medium to High |
| CryEngine | Amazing | Complex | PC, PS4, Xbox One | Medium to High |
While these factors are important, there is no one-size-fits-all solution when it comes to choosing a game engine for a survival game. Developers should carefully evaluate their needs, preferences, and the project scope to determine the best engine for their game.
Unity Game Engine Overview
Unity is a powerful, cross-platform game engine used by game developers to create 2D and 3D games. It was developed by Unity Technologies and was initially released in 2005. The first version of the Unity engine was designed to support Mac OS X, but it now supports multiple platforms, including Windows, iOS, Android, and more.
Unity has become a popular choice for game developers because of its ease of use, powerful features, and ability to support a wide variety of platforms. The engine is designed to be flexible and offers a range of tools to create games for desktop and mobile devices, consoles, and even virtual and augmented reality experiences.
Advantages of Using Unity Game Engine
- Easy to use: Unity’s easy-to-use interface allows users to quickly create games with minimal programming knowledge.
- Powerful features: The engine offers a range of powerful features, including physics simulations, particle systems, and AI agents.
- Cross-platform support: Unity allows developers to create games that can run on multiple platforms, including desktop, mobile, and VR/AR devices.
How Unity Works
Unity works by using a component-based system, where game objects and scenes are made up of individual components that can be added or removed as needed. This allows for a modular approach to game development, where developers can easily swap out parts of the game without affecting other areas.
The engine also offers a powerful scripting system that allows developers to write code in C#, JavaScript, or Boo. This scripting system is easy to use and allows for rapid prototyping and development of game mechanics.
Unity Game Engine System Requirements
When it comes to system requirements, Unity is relatively lightweight and can run on most modern computers. However, the engine does require a graphics card that supports DirectX 11 or OpenGL ES 3.0 or later.
| Operating System | Windows | Mac |
|---|---|---|
| CPU | Quad-core Intel or AMD CPU | Quad-core Intel CPU |
| RAM | 8GB or more | 8GB or more |
| Graphics Card | DirectX 11 compatible GPU | OpenGL ES 3.0 compatible GPU |
Overall, Unity is a powerful and flexible game engine that has become a popular choice for developers around the world. Its ease of use, cross-platform support, and powerful features make it an ideal choice for creating a wide variety of games and experiences.
Why game developers choose Unity
Unity is one of the most popular game engines used by developers worldwide. The engine offers a wide range of features that enable game developers to create high-quality, cross-platform games easily and quickly. Here are some of the reasons why game developers prefer Unity:
Benefits of Unity
- Multi-platform support: Unity enables game developers to create games that are compatible with various platforms, including desktop, mobile, console, and VR.
- User-friendly: The engine is designed to be intuitive, making it easy for developers with different levels of experience to use.
- Extensibility: Unity offers a range of extension tools and plugins that make it easy for game developers to add more functionality to their games quickly.
Cross-platform development
Unity is a popular choice for game developers because it enables them to create cross-platform games easily. This means that a game built on Unity can be played on various devices, including:
- Desktop computers
- Mobile devices (iOS, Android)
- Consoles (Xbox, PlayStation, etc.)
- VR devices (Oculus, HTC Vive, etc.)
High-quality graphics and physics
Unity is a robust engine that offers developers the ability to create games with impressive graphics and realistic physics. The engine has built-in tools that make it easy for developers to create realistic environments and characters in their games.
| Feature | Description |
|---|---|
| Shader Graph | Provides a visual interface for creating shaders |
| Timeline | Offers an intuitive timeline editing tool for creating cutscenes and animations |
| Physics engine | Unity’s built-in physics engine enables developers to create realistic interactions between objects in their games |
These are just a few of the reasons why game developers choose Unity. With its extensive range of features, ease of use, and cross-platform compatibility, it’s no wonder that Unity is a top choice for game development.
Comparing Unity with other game engines
When it comes to game development, choosing the right game engine is crucial for creating a successful game. There are several game engines available in the market, each with its own strengths and weaknesses. Among them, Unity is one of the most popular game engines used by developers worldwide. In this article, we will be comparing Unity with other game engines and see how it stacks up against them.
Before diving into the comparison, it is essential to understand what a game engine is. A game engine is a software framework used to make video games. It provides developers with the essential tools and resources to create a complete game, such as graphics rendering, physics simulation, audio management, and more.
- Unreal Engine
- CRYENGINE
- Godot Engine
Out of these, Unity and Unreal Engine are the two most popular game engines used by developers worldwide.
Unity vs. Unreal Engine
Unity and Unreal Engine are two excellent game engines that have their unique features and capabilities. While both engines have a similar architecture, they differ in their approach to game development. Unity focuses more on ease of use and accessibility, while Unreal Engine leans more towards high-end graphics and realism.
Unity’s strength lies in its ease of use and flexibility, making it ideal for indie developers and smaller game studios. It has a simple and intuitive interface that allows developers to create complex game mechanics with ease. Unity also has a vast asset store, which offers thousands of pre-made assets, making it easier for developers to create games quickly.
On the other hand, Unreal Engine’s strength lies in its high-end graphics and rendering capabilities, making it ideal for AAA game development. Unreal Engine supports advanced features like realistic physics, fantastic lighting, and other visual effects. However, Unreal Engine has a steeper learning curve compared to Unity, making it more suitable for experienced developers.
Unity vs. Other Game Engines
Unity is an excellent game engine that competes well with other game engines in the market. Let’s look at some of the other popular game engines and compare them to Unity.
| Game Engine | Features | Pros | Cons |
|---|---|---|---|
| Unreal Engine | High-end graphics, realistic physics, and visual effects | Ideal for AAA game development, supports advanced features | Steep learning curve, not ideal for indie developers |
| CRYENGINE | Powerful physics engine, advanced graphics capabilities | Ideal for creating first-person shooter games, highly customizable | Requires a powerful computer, expensive licensing fees |
| Godot Engine | Open-source, supports 2D and 3D games | Completely free, highly customizable, ideal for small projects | Limited documentation and community support, not suitable for large-scale projects |
Overall, Unity is an excellent game engine that provides developers with the essential tools and resources needed to create a complete game. While it may not have the high-end graphics and realism of Unreal Engine, Unity’s swift learning curve, and ease of use make it ideal for indie developers and smaller game studios. It is always important to evaluate your game development needs and choose the game engine that best fits your requirements.
Benefits of using Unity for independent game development
Unity is one of the most popular game engines used worldwide by game developers. It is a user-friendly cross-platform game development tool that allows game developers to develop games for different platforms such as desktop, mobile, console, and virtual reality headsets. Unity is a perfect engine for independent game developers who want to create games without having to spend too much time and resources building their own game engine from scratch. Unity provides benefits such as:
- Efficiency: Unity is designed to increase efficiency in game development by offering many tools and features such as the asset store, components, physics engine, and scripting. This allows game developers to focus on game design and development instead of wasting time on engineering game mechanics from scratch.
- Multi-platform development: With Unity, game developers can create games for multiple platforms with a single code base. This means that they can create games for desktop, mobile, consoles, and VR headsets without having to write separate codes for each platform. Unity automates the process of porting games to different platforms.
- Community: Unity has a large community of developers who share their knowledge, resources, and experiences on forums, blogs, and social media platforms. Game developers can get help from the community on technical issues and find inspiration and ideas for their game projects.
Besides these benefits, Unity provides tools and features that make it a must-have game engine for independent game developers. Below is a breakdown of some of the essential features of Unity:
Unity’s essential features for game development
- Asset Store: Unity’s asset store provides game developers with a vast collection of game assets, including 3D models, textures, animations, audio, and plugins. Game developers can save time and resources by purchasing pre-made assets instead of creating everything from scratch.
- Components: Unity’s component-based system enables game developers to create game objects using reusable components. Components are easy to use and well-documented, making it easier for game developers to create complex game mechanics.
- Scripting language: Unity allows game developers to use several scripting languages such as C#, UnityScript (JavaScript), and Boo to create game mechanics and control game objects’ behavior.
Unity also has a robust physics engine that simulates realistic physical interactions between game objects and environment. It supports 2D and 3D physics, collision detection, and rigid body dynamics. Unity’s physics engine makes it easier for game developers to create realistic game mechanics and simulations.
Unity’s platform support
Unity supports various platforms, including:
| Platforms | Description |
|---|---|
| Desktop | Windows, macOS, and Linux. |
| Mobile | iOS, Android, and Windows Phone. |
| Consoles | Xbox One, PlayStation 4, and Nintendo Switch. |
| Virtual Reality | Oculus Rift, HTC Vive, and Windows Mixed Reality. |
Unity’s multi-platform support is a significant advantage for independent game developers who want to create games for different platforms. Unity’s platform support saves game developers money and resources, as they don’t have to develop separate codebases for different platforms.
In conclusion, Unity is a game engine that provides numerous benefits, including efficiency, multi-platform development, and community support. Its essential features like the Asset Store, components, and scripting language make game development faster and more comfortable, while its multi-platform support saves time and resources. Unity is an excellent game engine for independent game developers who want to create high-quality games without having to spend too much time and resources building their game engine from scratch.
How Unity is revolutionizing the gaming industry.
Unity has emerged as one of the most popular game engines in the gaming industry. With its powerful game development tools, Unity has made its mark by providing developers with the ability to create high-quality games that are visually stunning and engaging.
Some of the ways Unity is revolutionizing the gaming industry include:
- Cross-Platform Development: Unity allows developers to create games that can be played on multiple platforms including mobile, desktop, consoles, and virtual reality. This feature has enabled small to mid-sized game developers to reach a wider audience without investing too much in resources.
- Multiplayer Support: Unity’s multiplayer support feature makes it easier for developers to create online games that can be played globally. This feature has also allowed for the creation of many popular games like Fall Guys, Rust, and Among Us.
- Asset Store: Unity’s Asset Store contains a vast array of pre-built assets like character models, animations, and sound effects that developers can easily use in their games. This not only saves time but also helps small developers to create high-quality games without needing a large team of artists and sound engineers.
Unity has become a go-to game engine for many developers due to its versatility, user-friendliness, and powerful features that make game development faster and easier. Many indie game developers who have used Unity have also gained success with their games, thus showing its ability to support creativity and foster innovation.
Unity’s Impact on the Gaming Industry
Unity has played a significant role in the advancement of the gaming industry. Its powerful features and versatility have allowed for the creation of many successful games across all genres, from 2D side-scrollers to AAA VR experiences. Unity’s impact on the gaming industry can be seen through its:
- Market Share: Unity boasts a market share of around 60%, indicating the significant influence it has had in the gaming industry.
- Accessibility: Unity has made game development much more accessible for aspiring developers, allowing for more creativity and innovation in the industry.
- Revolutionary Features: Unity was the first game engine to support the creation of VR games, which has enabled developers to create immersive experiences that would not have been possible before.
Unity’s impact on the gaming industry goes beyond the creation of games as it has also been instrumental in the creation of many gaming-related tools, such as game audio engines. Overall, Unity’s progressiveness and flexibility are driving the gaming industry forward by providing developers with powerful game development tools.
Unity’s Technical Capabilities
Unity is renowned for its technical capabilities, which enable game developers to create visually stunning and immersive games. Unity’s technical capabilities include:
- Graphics: Unity’s graphics engine is powerful and allows for the creation of high-quality graphics and visual effects that are essential in most modern games.
- Performance Optimization: Unity provides game developers with tools that allow for efficient programming and optimization of games, which is essential for games targeting multiple platforms.
- Scripting: Unity allows developers to use popular programming languages such as C# and JavaScript for game development, which is essential for creating complex game logic.
Unity’s capabilities also include support for new and emerging technologies such as AR and VR, which are essential for creating immersive and interactive experiences. Overall Unity’s technical capabilities are driving the gaming industry forward and enabling the creation of increasingly impressive games.
Unity vs Other Game Engines
While Unity has emerged as a popular game engine, it has also faced stiff competition from other game engines such as Unreal Engine and CryEngine. However, Unity distinguishes itself from other game engines in the following ways:
| Unity | Unreal Engine |
|---|---|
| Easy to learn and use. | More complex and difficult to learn. |
| Well optimized for mobile platforms. | Better suited for PC and console platforms. |
| Cheaper to use overall. | Expensive to use for commercial game development. |
While other game engines might provide more advanced features, Unity’s user-friendliness and pricing make it an attractive option for indie game developers. Unity’s impact on the gaming industry is clear, and its ability to adapt and evolve will ensure it remains a go-to game engine for developers around the world.
Frequently Asked Questions About What Engine Does Unturned Use
Q: What is Unturned?
A: Unturned is a popular sandbox survival game that features blocky graphics and open-world gameplay.
Q: What engine does Unturned use?
A: Unturned uses the Unity game engine to power its gameplay, graphics, and physics.
Q: Is Unity a good game engine?
A: Yes, Unity is a well-respected and widely-used game engine that is known for its ease of use and flexibility.
Q: Are there any other games that use the Unity engine?
A: Yes, many popular games have been developed using the Unity engine, including Hollow Knight, Cuphead, and Ori and the Blind Forest.
Q: Is Unity a free game engine?
A: Yes, Unity can be downloaded and used for free, although there are paid versions of the engine that offer more features.
Q: Can Unity be used to develop games for different platforms?
A: Yes, Unity supports development for a wide range of platforms, including PC, console, mobile, and virtual reality devices.
Q: What are some advantages of using Unity for game development?
A: Some benefits of using the Unity engine include its cross-platform compatibility, large community of developers, and extensive library of game assets and plugins.
Closing Thoughts
Thanks for reading this article about what engine does Unturned use! I hope this has answered any questions you might have had about the game’s development. If you’re interested in learning more about Unity or game development in general, be sure to check out our other articles. See you soon!