Using Pixel Shaders for Post Effects; Problem-solving Approaches;

使用后对像素着色器，解决问题的办法；

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If possible simplify your pixel shaders by moving code to vertex shader.

如果可能，为了简化你的像素着色器，把代码移动到顶点着色器中。

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Use pixel shaders or texture combines to mix several textures instead of a multi-pass approach.

使用像素着色器或纹理合并来混合几个纹理，而不是多通道逼近。

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Use combines or pixel shaders to mix several textures per fragment instead of multi-pass approach.

使用合并器或像素着色器，混合每帧的多个纹理，而不是用多通道方法。

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Core Layer – XNA-based development for high-end graphics such as 3D animation or rendering with custom pixel shaders.

核心层——基于XNA的开发，针对像3D动画一样的高端图像，或者使用自定义像素着色器进行渲染。

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The first incarnation of these were pixel shaders, also known as fragment shaders, where the name still made sense.

第一个化身是像素着色器，也被称为片段着色器，这个名字仍然有意义。

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This compute shader will be general purpose and capable of operating on diverse data structures that pixel shaders are not geared towards.

这种计算着色将一般用途，并能操作各种数据结构，像素着色器不是针对。

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Once you've mastered the basics of HLSL shaders, you can create pixel shaders that implement the algorithms for drawing common types of gradients, then apply a different shader in SpriteBatch.

一旦你掌握了基本的HLSL着色器，您可以创建实现算法的像素着色器常见的渐变类型，然后运用不同的材质spritebatch。

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If you use custom written Shaders, they have to be pixel-lit and use Geometry render queue.

如果使用自定义的着色器，它们必须是pixel - lit并使用几何渲染队列。

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If you use custom written Shaders, they have to be pixel-lit and use Geometry render queue.

如果使用自定义的着色器，它们必须是pixel - lit并使用几何渲染队列。

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