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Be sure to check out the supporting documentation for DirectX version 11 at the Microsoft DirectX Developer Center. It is a great resource for a lot of great stuff. It’s a must-have resource for anyone wanting to learn about DirectX.

For Windows XP, Vista, and Windows 7 users, refer to the DirectX 11 documentation for your operating system. For Windows Server 2008 and later, refer to the DirectX 11 documentation for your operating system.

The Direct3D* 11 application programming interface (API) and technologies like the DirectX* 11 API and rendering pipeline are important for developers because these technologies have many benefits for both developers and game developers. In this section, we will discuss the benefits of the DirectX* 11 API to game developers, and we will discuss how game developers can utilize DirectX* 11 to design better games.

For game developers, developing a game with DirectX* 11 helps simplify and shorten their development workflow. The use of DirectX* 11 APIs simplifies and accelerates the development of games. Often, game developers spend months or even years coding the game and the user interface. The development of the user interface is usually important and time-consuming, and they can be improved and simplified by optimizing the user interface.

Microsoft’s DirectX* 11 includes general technology that helps developers better develop their games. For example, the DirectX* 11 API provides the same rendering pipeline and API for both the CPU and the GPU. Generally, developers are required to develop an application for a particular target device that uses the API, but DirectX* 11 allows developers to develop a universal application that supports multiple target devices. The application is also a universal application with rich usage.

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In DirectX 11, the new Device Creation Flags (D3D11_CREATE_DEVICE_DEBUG) and D3D11_CREATE_DEVICE_ADAPTER_DESC are introduced. These allow the application to control the errors generated by the device creation APIs.

DirectX 11 introduces, at a minimum, four new graphics-related features:

• Tessellation (technique for surface tessellation), also known as surface subdivision (for traditional geometry), is a technology used in real-time rendering to optimize performance and quality.
• DirectCompute – is an extension to Direct3D that delivers significant performance boosts. It targets CPU-bound workloads, such as physics, audio, and compute shaders.
• Multi-threading support – enables certain Direct3D 11 APIs to access system-wide resources, such as multiple CPU cores, on graphics cards. This functionality can reduce the number of state switches between threads and hence improve performance.
• Application profiling – allows game developers to view data on the performance of their own game code.

Finally, the DirectX Nulled 11 Programmable Graphics Pipeline breaks from a conventional fixed-function pipeline where only the rendering stage can be programmable. This enables the possibility for more complex shaders and the vertex and pixel shaders may be able to both produce the final pixel colors and act as a shader translator and pack all the required compute (e.g. vertex transformation and clipping) and rendering (e.g. rasterization) stages in the same shader.

This section consists of a combined explanation of the tessellation and multi-threading features, DirectX 11 audio, Compute Shaders, and DirectX 11 application profiling. These features are designed to significantly improve the graphics performance of their applications by reducing the level of state-switching between threads required by the fixed-function pipeline.

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However, for those who want to know some of the more technical details about DirectX 12’s INativeEffect-inspired API, we can look at this article to get started. In the following paragraphs, we will discuss various concepts and how they apply to DirectX 12’s INativeEffect-inspired API in that respect.

Raytracing is like raycasting but for geometry. Raytracing is a form of raycasting but for the ray to hit something rather than a distance. Raytracing requires a voxel grid to do so. Raytracing enables raycasting against surfaces; you’ll notice that shadows are typically generated using raytracing and raycasting. Raytracing enables some more things such as motion blur and reflections. The raytracing related aspects of DirectX 12 have been introduced in Windows 10, although DXR is a similar API for DX12 that functions somewhat the same.

The Graphics Core Next API (GCN) is the name of the graphics API is it’s own article. Much of it’s focused on explaining how DirectX12’s API is tied to the GCN API. The GCN API is basically part of the DirectX12 API rather than just a part of the newer DirectX API. This means that the features of the GCN API are also what you use to do such things as write shaders, generate dynamic constant buffers, compute occlusion, and so on. This API also includes newer APIs like the compute API and InTune programmable hardware features like HSA and RT. This API is used in games, but its main purpose is to make it easy for developers to write graphics/compute shaders with a unified API. GCN is in no way necessarily restricted to rendering. It can be used for any function you can do in DirectX.

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• Multithreaded rendering is introduced on DirectX 11.0 and above.
• DirectX 11 multithreaded rendering can be applied to the pipeline with multithreaded APIs like Graphics Command List (GLCommandList). The same applies to DirectX 12.

• CPU: 1.6 GHz (or faster)
• RAM: 1 GB
• GPU: If using a Geforce 8200 or newer, 512 MB (minimum) of dedicated video RAM is recommended
• DirectX 9.0c (GPU DX 9.0c or newer)

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