立体渲染

This mode serves to output two separate images for each of the eye. It can be used with any VR/AR output devices that support separate images output, e.g. for 3D video glasses or helmets (HMD). See further details on rendering below.此模式用于为每只眼睛输出两个单独的图像。它可以与任何支持单独图像输出的VR / AR输出设备一起使用，例如用于3D视频眼镜或头盔（HMD）。请参见下面有关渲染的更多详细信息。

To launch Separate images stereo mode, load the Separate plugin.要启动单独的图像立体声模式，请加载Separate插件。

Separate images stereo mode单独的图像立体声模式

This mode uses the best of the native hardware support of 3D stereo in NVIDIA Quadro video cards which are capable of quad buffering. Unigine utilizes it to gain a good performance. However, other NVIDIA cards also support this mode and show no lower level of performance.此模式使用能够进行四倍缓冲的NVIDIA Quadro视频卡中对3D立体声的最佳本机硬件支持。 Unigine利用它来获得良好的性能。但是，其他NVIDIA卡也支持此模式，并且性能不会降低。

To enable the Quad Buffered Stereo mode, follow the instructions.要启用Quad Buffered Stereo模式，请遵循说明。

This mode is used to support the Oculus Rift head-mounted display (the HD mode is also available).此模式用于支持Oculus Rift头戴式显示器（也提供HD模式）。

To launch Oculus Rift mode, load the Oculus plugin.要启动Oculus Rift模式，请加载 Oculus插件。

Anaglyph stereo is viewed with red-cyan anaglyph glasses. See further details on rendering below.立体浮雕立体可以通过红-青立体浮雕眼镜观看。请参见下面有关渲染的更多详细信息。

To launch Anaglyph stereo mode:要启动Anaglyph立体声模式：

1. Specify the STEREO_ANAGLYPH definition on the start-up (together with other required CLI arguments).在启动时指定 STEREO_ANAGLYPH 定义（以及其他必需的 CLI 参数）。
2. Run the 64-bit application (or its debugging version).运行64位应用程序（或其调试版本）。

main_x64 -extern_define STEREO_ANAGLYPH

Anaglyph stereo mode立体立体立体声模式

Interlaced stereo mode is used with interlaced stereo monitors and polarized 3D glasses. See further details on rendering below.隔行立体声模式与隔行立体声监视器和偏光3D眼镜一起使用。请参见下面有关渲染的更多详细信息。

注意

In this mode, the vertical resolution of the image is dropped in half.在此模式下，图像的垂直分辨率降低一半。

To launch the interlaced lines stereo mode:要启动隔行扫描立体声模式：

1. Specify the STEREO_INTERLACED definition on the start-up (together with other required CLI arguments).在启动时指定 STEREO_INTERLACED 定义（以及其他必需的 CLI 参数）。
2. Run the 64-bit application (or its debugging version).运行64位应用程序（或其调试版本）。

main_x64 -extern_define STEREO_INTERLACED

Interlaced lines stereo mode隔行扫描线立体声模式

Horizontal and Vertical stereo modes are supported for glass-free MasterImage 3D displays. The same mode (a horizontal or a vertical one) is selected in the graphics chip driver settings. See further details on rendering below.无玻璃的MasterImage 3D显示器支持水平和垂直立体声模式。 在图形芯片驱动程序设置中选择了相同的模式（水平或垂直模式）。 请参见下面有关渲染的更多详细信息。

To launch Horizontal stereo mode:要启动水平立体声模式：

1. Specify the STEREO_HORIZONTAL definition on the start-up (together with other required CLI arguments).在启动时指定 STEREO_HORIZONTAL 定义（以及其他必需的 CLI 参数）。
2. Run the 64-bit application (or its debugging version).运行64位应用程序（或其调试版本）。

main_x64 -extern_define STEREO_HORIZONTAL

Horizontal stereo mode水平立体声模式

To launch Vertical stereo mode:要启动垂直立体声模式：

1. Specify the STEREO_VERTICAL definition on the start-up (together with other required CLI arguments).在启动时指定 STEREO_VERTICAL 定义（以及其他必需的 CLI 参数）。
2. Run the 64-bit application (or its debugging version).运行64位应用程序（或其调试版本）。

main_x64 -extern_define STEREO_VERTICAL

Vertical stereo mode垂直立体声模式

Unigine engine calculates the images for both eyes using the appropriate postprocess shader. Which shader is applied depends on the chosen stereo mode.Unigine引擎使用适当的后期处理着色器为两只眼睛计算图像。应用哪种着色器取决于所选的立体声模式。

• Anaglyph mode uses the post_stereo_anaglyph postprocess material and only one render target. Two images are filtered by red and blue channels, superimposed and output onto the screen to be viewed through colored glasses. Anaglyph 模式使用 post_stereo_anaglyph 后处理材质和仅一个渲染目标。 两个图像由红色和蓝色通道过滤，叠加并输出到屏幕上，以通过有色眼镜观看。
• Separate images mode uses the post_stereo_separate postprocess material. It creates two render targets and outputs left and right eye images that are offset relative to each other onto the two separate monitors. 分离图像 模式使用 post_stereo_separate 后处理材质。 它创建两个渲染目标，并将相对于彼此偏移的左眼图像和右眼图像输出到两个单独的监视器上。
• Oculus Rift mode uses the post_stereo_separate postprocess material. Images for the left and right eyes are output onto the corresponding half of the screen and lenses of the Oculus Rift display distort them to make the eyes perceive this images the same way as in the real world. Oculus Rift 模式使用 post_stereo_separate 后处理材质。 左眼和右眼的图像被输出到屏幕的相应一半，Oculus Rift显示屏的镜头使它们失真，以使眼睛察觉到该图像的方式与在现实世界。
• In case of Quad Buffer mode, the post_stereo_separate postprocess material is used.在Quad Buffer模式的情况下，使用 post_stereo_separate 后处理材质。
• Interlaced lines mode uses the post_stereo_interlaced postprocess material. This mode is based on the interlaced coding. For example, the image for the left eye can be displayed on the odd rows of pixels with one polarization and the image for the right eye - on the even rows with other polarization. 隔行扫描线 模式使用 post_stereo_interlaced 后处理材质。 此模式基于隔行编码。例如，左眼的图像可以显示在具有一种偏振的奇数行像素上，而右眼的图像可以显示在具有另一种偏振的偶数行上。
• Horizontal and Vertical stereo modes use only one render target. After that, the graphics chip driver handles it as two images aligned horizontally or vertically (depending on the set mode) and stretches them onto the screen to create a stereo effect. If the horizontal stereo mode is used, the post_stereo_horizontal postprocess material is applied. In case of the vertical stereo mode, the post_stereo_vertical postprocess material is used. 水平和垂直 立体模式仅使用一个渲染目标。之后，图形芯片驱动程序将其作为水平或垂直对齐的两个图像（取决于设置模式）进行处理，并将其拉伸到屏幕上以创建立体声效果。 如果使用水平立体模式，则会应用 post_stereo_horizo​​ntal 后处理材质。 在 vertical 立体声模式下，将使用 post_stereo_vertical 后处理材质。

If stereo rendering is disabled (for example, when 3D Vision application is switched to the windowed mode), post_stereo_replicate material is used and the postprocess shader creates a simple mono image (the same for all viewports, if there are many). This material allows to switch to normal rendering and avoid the black screen when the engine is not rendering stereo pairs.如果禁用了立体渲染（例如，当3D Vision应用程序切换到窗口模式时），则使用 post_stereo_replicate 材质，并且后处理着色器将创建一个简单的单色图像（如果存在，则所有视口都相同）很多）。当引擎未渲染立体声对时，此材质允许切换到正常渲染并避免黑屏。

Stereo rendering is optimized to be performance friendly while not compromising the visual quality. For example, shadow maps are only rendered once and used for both eyes; geometry culling is also performed only once. Most of the rendering passes are still doubled, that is why it might make sense to turn off unnecessary passes or set a global shader quality to lower level to minimize the performance drop.立体渲染经过优化，性能友好，同时又不影响视觉质量。例如，阴影贴图仅渲染一次并用于双眼；几何图形剔除也仅执行一次。大多数渲染通道仍是翻倍的，这就是为什么关闭不必要的通道或将全局着色器质量设置为较低级别以最大程度地降低性能下降的原因。