Versatile 3D and 2D project development environment.

The environment can be used to develop all kinds of 3D and 2D projects such as computer games, visual trainers, VR systems, to visualize processes and develop windowed applications.

• Free platform, partially open source.
• Modern architecture.
• Built-in C# and visual scripting.
• Complete set of tools.
• Modern editor design.
• .NET API.

Complete set of tools for 3D game development.

NeoAxis includes the entire set of functionality of the 3D engine. It includes physics, scene editor, game framework, material editor, GUI editor, import tools, fast level creation tools, scripting, and many more.

• Complete set of rendering features and effects.
• 64-bit floating precision by default.
• Scene rendering is performed via high-level rendering pipeline.
• Good multi-thread rendering performance provided by Bgfx.
• Filament PBR shaders is used for realistic materials rendering.
• Powerful Bullet physics library in 64-bit precision mode.

Complete set of tools for 2D game development.

NeoAxis includes the entire set of functionality of the 2D engine. It includes 2D solid state physics, game framework, characters, camera control, and many more.

• Sprites.
• Characters.
• 2D game framework.
• Fast level creation tools, 2D modeling tools.
• 2D physics. Built-in powerful Aether.Physics2D physics engine.
• Full source code of 2D engine is provided with NeoAxis SDK.

Simple C# IDE for scripting inside NeoAxis.

NeoAxis editor includes rich set of tools for scripting. This includes classic C# programming, C# scripts, visual workflow scripting, advanced object types creation capabilities.

• Lightweight C# scripts.
• Typical C# programming.
• Using standard C# project files.
• Intellisense, code refactoring tools, markers.
• 3D, 2D game engines integration with built-in C# editor.
• Node-based visual programming.

Built-in type and metadata programming.

NeoAxis provides opportunities for object types creation in visual manner. From programming perspective that is similar to classes creation, inheritance, and other OOP features.

• Type inheritance.
• Add nested objects to the type.
• Add virtual properties, methods, events to the objects in the editor.
• Hide nested objects of the type, implementing object encapsulation.
• Event handlers creation in the editor.