By using the depth buffer, objects are rendered correctly.

通过使用深度缓冲，对象可得到正确的渲染。

youdao

If Z buffer can't be accessed as a texture, then depth is rendered in additional rendering pass, using shader replacement.

如果Z缓冲不能被以纹理的方式访问，那么深度将在额外的渲染处理中被使用着色器替代技术渲染。

youdao

So by using a orthoprojection and placing your objects on layers at various depth you can generate a depth buffer with data usefull for deferred lighting.

所以利用正交投影和放置你的对象层在不同深度可以生成数据有用的递延照明深度缓冲区。

youdao

Camera actually builds the depth texture using Shader Replacement feature, so it's entirely possible to do that yourself, in case you need a different G-buffer setup.

照相机实际上使用着色器替换功能来生成深度纹理，因此当你需要一个不同的G -buffer设置时，你完全可以自己生成一个深度纹理。

youdao

Camera actually builds the depth texture using Shader Replacement feature, so it's entirely possible to do that yourself, in case you need a different G-buffer setup.

照相机实际上使用着色器替换功能来生成深度纹理，因此当你需要一个不同的G -buffer设置时，你完全可以自己生成一个深度纹理。

youdao