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This DX10 (Direct3D 10) and OpenGL 4.4 demo shows the use of ‘P-Buffers’ and a simple particle system. The P-Buffer is quite a simple structure and comes as a result of DirectX 9 and OpenGL 4.1 having separate HLSL routines for loading and creating P-Buffers. P-Buffers may be used for custom shaders, or for streaming effects, physics, particles, or whatever!

This DirectX 11/OpenGL 4.4 example shows the use of 4th and 5th generation GPU’s that support DirectX 11 tessellation shaders. This directx11_graphics_01.cs can be used when targeting Visual Studio 2010 (for VC++, select ‘Any CPU’) or Visual Studio 2012 (for MFC only).

This DirectX 11/OpenGL 4.4 demonstration contains many of the new features of DirectX 11, including Culling, DirectCompute, Embedded Stream Buffers, Mesh Shaders, and so on. Note the use of the DirectX11 binary and the OpenGL engine with 4th and 5th generation graphics cards that have DirectX 11 graphics acceleration and OpenGL 4.4 support. Also note the use of DirectX 9 code in the form of a throw-away class. This is due to the fact that the DirectX 9 DirectX 11 code is never used – it’s just here for the purpose of being able to create a DirectX9 and DirectX11 project with the same configuration.

The shader language most commonly used for rendering purposes is GLSL or OpenGL Shader Language. The GLSL language is a superset of the OpenGL Shader Language 2, and it is this language that is used in DirectX 11. GLSL was developed by the Khronos Group, and this language is based on the DirectX 10 shader programming model. It was announced in February 2001, and is supported by OpenGL 3, Direct 3D 10 and Direct 3D 11.

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If we start by clicking the ‘Load configuration’ option and then choose ‘Direct3D 11 Compiler (DirectX SDK)’ and then press ‘OK’, we should be able to see the configuration options for Direct3D SDK 10.1. You can optionally add or modify the batch file and/or batch’s command line options for compilation. And it’s worth pointing out that the runtime version only supports ‘Fullscreen’ and ‘Windowed’ modes. So when running on a monitor the program will be stretched to cover the whole screen unless you’re using Direct3D to achieve a multi-monitor setup. The two default built-in effects are the ‘effects 11′ which is our’stock’ implementation and the ‘new’ which is Direct3D 11’s shader compiler which is basically the version of Visual Studio’s shader designer (DGSL) that’s designed to use built-in shader variations. If you click on the Runtime Version value and scroll down, we can see that Direct3D 10.1’s current runtime version is 10.1.2022.0.

Metal is a new graphics API based on the architectural paradigm of the Mac that Apple introduced with the OS X 10.7 version called Mountain Lion. As with DirectX, Metal is a proprietary API that will work only with Apple’s Mac OS. Unlike DirectX, however, Metal has a number of interesting properties that Apple touts as its main advantages. Among these features are as follows:

• Quartz Core
• OpenGL framework
• CGDirectDisplay
• GTSampler
• Metal kernel
• Metal pipeline
• Metal 2D and 3D graphics APIs
• Metal shading language
• Metal content creation

Patched DirectX Version is a proprietary API that Microsoft has licensed from its graphics card vendors. This API is the standard way of doing graphics on the PC. Of course, Apple, who makes the Mac, makes a graphics API of its own (Quartz) and supports DirectX with its own license. Microsoft has always used DirectX internally, then released it to outside hardware vendors. So, when Parallels released its software designed specifically for Windows applications, it was only a matter of time before it would include the API. Even though the move to Metal has been in the works since the release of OS X 10.8 Lion and will be in place by the end of this year, the development and testing of DirectX 11 in the Windows environment has been under way for some time.

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During the development and testing of our games, we have used the game engine’s built-in systems to test the game’s DirectX 11 compatibility. At the end of the process, we have to deal with game authoring tools, test systems and external drivers. The DirectX 11 compatibility check is necessary because when the game engine is developed, the tools and test systems and the external drivers may not be compatible.

This tutorial describes how to maximize multithreaded rendering performance of DirectX 11 games on Intel H-series CPUs by sharing the CPU’s multithreading ability. With the introduction of DirectX 12, Microsoft introduced more powerful multithreaded rendering technology, such as the ExecuteIndirect API, IndirectCommand API and IndirectState API. In this article, we use the short-term name ExecuteIndirect and the long-term name IndirectState. Comparing with the DirectX 11 passing method, the ExecuteIndirect method allows more concurrent threads on a single drawing command, so it has better performance.

The key to the advantage of multithreaded rendering is the division and scheduling of rendering tasks. For this reason, this article introduces the methods based on Pass and Chunk. These two methods are not only applicable to DirectX 11, but also to DirectX 12, so that multithreaded rendering optimization of DirectX 11 games can be easily ported to future DirectX 12 games. In the game Conqueror’s Blade, a Pass-based multithreaded method is successfully applied to the traditional deferred shading pipeline, proving the effectiveness of DirectX 11 multithreaded rendering.

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• DirectX 11 texture mapping with tiled framebuffer
• DirectX 11 multithreading
• DirectX 11 graphics multithreading with GPU support

• A DXGI Shader (dxgi.dll) must be loaded into the application to render.
• The shader must use the DXGI Shader Model 3.0.
• For each stage of the pipeline, DirectX 11 runtime-only API functions must be supported.
• Render to a DXGI RenderTarget, not a framebuffer (e.g. D3D11RenderTargetView).
• The dxgi.dll is dynamically linked with the application. The dxgi.h header is statically linked into the application.
• The application must use an Ex or IUnknown instance for the ID3D11Device.
• The application must also use an Ex or IUnknown instance for the ID3D11DeviceContext.
• The application must also use an Ex or IUnknown instance for the ID3D11Device1.

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