深度缓冲

是否清除深度缓冲区？

Should the depth buffer be cleared ?

文章根据相关标准提出并实现了一种电路仿真专用芯片的设计方案，并对其中主要功能模块和关键算法作出了详细说明，包括一种全数字的自适应时钟恢复方法、动态深度缓冲算法等。

In this paper , the design of a specific chip for circuit emulation based on IP is put forward and realized and the main functional modules and the key algorithms including an all-digital adaptive clock recovery method and a dynamic depth buffer algorithm are described in detail .

本文提出的方法以一种新的CSG体素表面光强生成模型为基础，结合深度缓冲技术，能快速有效地显示CSG实体，方便灵活地控制明暗效果。

A new method is presented in this paper . Based on a new light intensity generation model for CSG primitive surfaces , and combined with depth-buffer technique , it can work quickly and control the shading effects flexibly .

该算法完全采用硬件加速的方法，在图形处理器中对颜色缓冲区和深度缓冲区进行后处理；

The algorithm is a purely hardware-accelerated approach by post-processing the color-buffer and depth-buffer in graphics processing units ( GPU ) .

本文主要就我们开发的交互式真实感图形渲染系统中采用的各种渲染算法（深度缓冲算法、光线跟踪和辐射度算法）作详细介绍。

In the paper , an interactive third dimension graphics rendering system where we adopt several algorithms ( Z-buffer , ray tracing , radiosity ) is explaned in detail .

深度/模板缓冲区设置失败.重新设置为先前的目标。

Setting the depth / stencil buffer failed . Resetting to previous target .

所以FIFO的深度取决于需要缓冲的数据量，缓冲的数据量取决于写速率和读速率。

So size of the FIFO basically implies the amount of data required to buffer , which depends upon data rate at which data is written and the data rate at which data is read .