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The DirectX 11 API provides four types of pipeline control models (fixed group, adaptive group, Immediate and multithreaded), and there are two rendering modes (single-threaded and multithreaded). Selecting a suitable rendering mode and group size according to the task and requirements is a key factor in performance and game development. The following sections will introduce the differences between the four pipeline control models, with their GPU pipeline and their task distribution methods. The pipeline control model is mainly the control model that determines the overall rendering pipeline, and the rendering mode determines whether the frame buffer is rendered directly by the GPU or by CPU.*

The following are the specific pipeline control models:

In this tutorial, we will demonstrate NVIDIA GeForce 460M based graphics cards to share video memory for multi-GPUs using DirectX* 11. It is also possible to use DirectX* 11 on mobile devices through a single display adapter. The result is that the system can effectively use all the GPUs. However, when the system changes the graphics adapter, the memory is shared with only one GPU, and this scenario leads to a performance loss.

But how does multithreaded rendering work, if its not about gaming? Just like multithreading existed before gaming, DX11 provides for a mode of rendering called direct mode, which allows rendering to take place in parallel. Unlike dx10, which is a fully explicit mode, with varying degrees of overhead. DX11 is now built with a similar concept, but it is a much more efficient design and fully multi-threaded. DirectX 11 also provides the rendering calls: CreateDeviceContext(); and CreateSwapChain(); which will automatically create a device context for each swap chain. The differences between the Direct Mode and Dx11 Mode are:

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The API is also consistently improving the performance of features, such as hardware-accelerated tessellation and geometry, making the use of DX11 features more manageable for developers. Microsofts AXIS of all DX APIs, to bring gamers the most immersive and interactive experiences, features support for hardware-accelerated tessellation and geometry with increased efficiency, as well as DirectX 11 API extensions to address new aspects of GPU hardware such as rich resources and GPU multi-threading, among other things. Finally, Direct3D 11 is also backward-compatible to DX9, which means that developers can continue to use the legacy APIs and programming models.

As part of the announcement, Microsoft said that DirectX 11 will first ship with Windows 7 but that gaming apps developed with DirectX 9 or 10 that want to use DX11 features will be supported on Windows Vista. Microsofts IDML has also been standardized with DX11, as the basis for feature compliance testing. Direct3D 11 is also backward compatible for both Windows 7 and Windows Vista. This means that DX11 and AXIS of all games also have the same DirectX 9 and DirectX 10 support for existing games.

Windows 7 games that use DirectX 9 and DirectX 10 continue to work with the DX10 API, while games that use DX9 and DX10 will continue to use DX9 and DX10 in Windows Vista. Microsoft also plans to release drivers and tools to help developers. It plans to work with game and app publishers to create content that leverages the many performance improvements and emerging features of DirectX 11. It also plans to deliver DirectX Full Version 11 APIs and tools to the public with future Windows Server and Windows Embedded releases as well, along with providing the means for game and app developers to work with them.

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Beginning with DirectX 9.0, the D3D10 API, the D3D10 extension to Direct3D, supported geometry shaders and fixed-function vertex and pixel shaders. This extension was initially called the OpenGL Shader Model 3.0 and was released in June 2004 [5] [6] [7]. While the original OpenGL Shader Model 3.0 extended the OpenGL Shader Language (GLSL) [8] to include vertex and pixel shaders, the extension consisted only of a D3D-style API and had no input glsl [5]. Microsoft later introduced an extension of their own called the DirectX Graphics Shader Language (D3D GLSL) [9] which is an extension of the GLSL 3.0 specification to include vertex and pixel shaders. Both extensions allowed the graphics programmer to write vertex and pixel shaders in a simple C/C++ style that used a new style for specifying the procedural code in GLSL.

DirectX 11 introduces a new shader model for hardware that does not support vertex and pixel shaders. This shader model, called the Graphics and Rasterization Engine (G&RE), replaced the hardware-based vertex and pixel shaders that were previously used. The G&RE uses a procedural-like language for specifying vertex and pixel shaders instead. The new shader model introduces a new graphics pipeline called the Graphics Pipeline (GP) that consists of the G&RE, the Rasterizer, and the pixel shader(s). This pipeline allows for the introduction of more complex vertex and pixel shaders with the ability to define high performance stencil operations.

The D3D11 extension [10] introduced a new graphics pipeline in DirectX 11. The new pipeline allows for more complex vertex and pixel shaders. The new vertex and pixel shaders allow for higher performance by using more sophisticated shading techniques and hardware. The new pipeline is called the Graphics Pipeline (GP) and consists of the G&RE, the Rasterizer, and the pixel shader(s). The vertex and pixel shaders also allow for creation of complex programs that can perform logic (if statements) and looping (while and for statements) as well as perform advanced texture operations.

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• Provides DX9 API compatible graphics APIs for Microsoft Windows.
• DirectX 11 is the main API used by games today. It gives the user a realistic gaming experience by providing a good balance between power and performance.
• It supports both CPU and GPU based rendering.
• It supports both high and low definition rendering.
• It provides good platform support with DirectX 11.0c

• OS: 64-bit Windows 7 or 64-bit Windows 8 (8.1).
• Processor: Intel Core i5-2500K 3.3GHz or AMD Phenom II X4 940.
• Graphics: Nvidia GPU GeForce GTX 660 or AMD GPU Radeon HD 7870. Please mind that we only officially support full-size desktop graphics cards.
• RAM: 6GB
• Diskspace: 40GB

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