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DirectX* 11 provides capabilities that help to achieve higher quality graphics. The shader model allows developers to use the most advanced GPU programming features such as GPU integer and floating-point variables, functions, and operators, and GPU integer and floating-point functions and operators. The DirectX* 11 API supports the use of the latest DirectX extensions and provides general technology that helps developers to create high-quality games with the ability to update games at a later date. For example, the general DirectX* 11 features ensure that developers can perform more optimizations for each specific target. Also, developers can use the DirectX* 11 API to optimize the content, such as lighting, shadow, and postprocessing effects, and to support the latest DirectX Registration Key features.
DirectX* 11 provides various UI capabilities, such as the new Windows* Direct3D* 11 UI features that can help game developers greatly improve the quality of the user interface (UI). The DirectX* 11 API also offers improved UIs that add to the convenience of games. For example, the Direct3D* 11 UI supports font scaling, text, window resizing, and multithreading and improves the UI’s performance and supports hardware such as smart cards, hard disks, and webcams.
DirectX 11 surface sharing can be used to build a multithreaded rendering model for the OpenCL program. Each thread can process a specified surface. While performing the surface rendering, a semaphore is used to prevent the thread from reading or writing to the surface. When a surface is being read from or written to, a buffer is locked, guaranteeing that no thread can use this shared surface. In DirectX11, we can use the command lists to lock the surface. These command lists are created in the GPU side of the immediate context, before being uploaded to the GPU in the main thread. For other surfaces, the command lists are created in the deferred context of the main thread, then uploaded to the GPU at another time point.
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Note that in the screenshot below we are not running the DirectX 11 engine features, such as Super Resolution (AMD FSR). We are running the DX11 engine as well, but without the DX10 mode, for a better comparison to our old AMD 8800 GTS 640M cards.
Note that in the screenshot below we are not running the DirectX Registration Key 11 engine features, such as Super Resolution (AMD FSR). We are running the DX11 engine as well, but without the DX10 mode, for a better comparison to our old AMD 8800 GTS 640M cards.
For now, if you are developing for Windows, your only real option is to target DirectX 9. The problem is DirectX 9 is end-of-life and Microsoft has no intention of maintaining it further. This means that any Windows applications you build that use DirectX 9 are likely to stop working in the future. The next version of Windows will deprecate DirectX 9 and move to DirectX 10. So you should make sure your DirectX 9 applications will continue to work. The same goes for DirectX 9 applications on Mac as well.
Direct3D 11 Feature Level – Direct3D 11 is the base level for all DirectX-based games including those on Mac and Linux. But even if you don’t write applications for platforms that use DirectX, you can still use Direct3D 11 for graphics for prototyping, illustrating or producing graphics data for print.
The Xbox One releases of Unreal Tournament and Call of Duty have used the DirectX 11 API. On the other hand, most Sony PlayStation 4 games have used the hardware-accelerated API. Otherwise, they may have used Direct3D 11.
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DirectX 11 includes functions to rotate vertices in regards to the X and Y axis or the X and Z axis. This makes it possible to create more realistic models where the position of a few vertices are altered as the model rotates.
In earlier DirectX APIs, every screen surface was rendered in a single pass. You had to reconstruct the entire scene into the pixels all over again. For each pass, the screen only had a few megapixels. If the entire scene had 50,000 pixels, each pass took a few minutes.
For better performance, DirectX 11 includes 2D transforms. This makes it possible to translate vertices of a model into the current viewport without having to build the whole scene into a framebuffer.
For certain tasks like shadow mapping and ambient occlusion, 3D GPU hardware can perform the task significantly faster than CPU hardware. To create more realistic environments, DirectX 11 includes DirectX Shader Model 5, a new shader-based API. Many Windows games are already available using DirectX Shader Model 5.
The Pixel Shader portion of the DirectX API is what actually creates the rendering of the scene and is what the programmer is working with when they create their 3D scene. A pixel shader is also the piece of the API that can take primitive data in vertex format and transform it into primitive data that the rasterizer can read. In this project we will be using the vertex and pixel shaders that have been added to the Windows SDK by Microsoft. This enables some obvious limitations, like no DirectX 10 shader feature, no GPU based compute, no GPU based lighting and other limitations.
DirectX 11 Features
- Direct3D 11 features are supported.
- Direct3D 11 DXT1 textures are supported (non-power of 2).
- A hardware-accelerated geometry shader is supported. It can be used for special hardware-accelerated parts of the rendering pipeline.
- The game uses a deferred shading pipeline. Light and shadow effects are rendered to a texture in separate passes.
DirectX 11 System Requirements
- Windows 7, Windows 8.1, or Windows 10
- 32-bit or 64-bit operating systems
- Processor: 1.6 GHz Dual core processor or higher
- RAM: 1 GB minimum
- Graphics Card: DirectX9-based with 256 MB of dedicated video RAM
- DirectX 9.1 feature level
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