rendering的例句大全

A cartoon-style rendering method for two-dimensional color image is presented.

提出了一种二维彩色图像卡通风格化渲染方法。

A real-time large scale terrain rendering algorithm high frames based on tiles terrain and reconstruction data structure is presented, which relies on thorough research into existing hierarchy algorithms.

该文在研究多种层次算法的基础上，采用一种地形瓦片重组数据结构的方法实现实时高帧率的绘制大规模地形。

Global Illumination Technology Application on Architectural Rendering

建筑渲染中全局光照技术的应用

Photo-realistic image rendering based on global illumination model is one active research area of computer graphics.

在全局光照模型下，对真实感图像的绘制是目前计算机图形学中研究的热点。

In rendering, because the global illumination effects can greatly simulate the light transmission between objects, it has been widely studied.

在渲染效果中，由于全局光照效果能最大程度地表现光在物体之间作用的真实性，因此一直以来被广泛研究。

According to the information of the visibility for the large-scale scene, the large-scale scene was subdivided by using the method of adaptive subdivision, and the rendering has high efficiency.

在实时渲染全局光照过程中，利用大规模场景的可见性信息进行自适应的细分，使得绘制效率提高。

Based on good models the fourth part constructs the scene and uses OSG which is a 3D rendering development tool to complete the city 3D visualization system, realizing navigation, particle effects, roaming and so on.

第四部分在建好的模型基础上，通过构建场景和运用OSG三维渲染开发工具完成了城市三维可视化系统，实现了系统的导航、粒子效果、漫游等功能。

The result of simulate particle on train window improved rain and snow weather realistic visual simulation, and fulfill the requirements of real-time visual simulation. The effect of rendering meets the requirements of scene simulation of train simulator.

本论文最终实现了列车车窗粒子效果的仿真，提高了雨雪天气下视景仿真的真实感，满足视景仿真实时性的要求，达到了列车驾驶仿真器视景仿真的需求。

The Research and Implementation on Large Data Sets Volume Rendering Based on GPU

基于GPU大规模数据体绘制方法研究与实现

GPU Supported 3D Character Model Rendering of Chinese Painting Effects

利用GPU对3D角色模型绘制水墨效果

Research on GPU Based Real Time Rendering of Fire Volume

基于GPU的火焰实时体绘制技术研究

Therefore, a dedicated graphics accelerator designed to improve the graphics rendering performance, which release the CPU from heavy graphics computing, has become more urgent.

因此，设计一个专用的图形加速器提高图形处理性能，将主处理器从繁重的图形计算任务中解放出来，变得越来越迫切。

Currently lots of mobile terminals have equipped with high performance processer, graphic processing accelerators and larger RAM, and have great image rendering abilities.

现在很多移动终端设备都装有高性能的处理器单元、图形处理加速器以及大容量的记忆存储器（RAM），因此拥有比较强的图形渲染能力。

Accelerate CT reconstruction and volume data rendering with programmable GPU

利用可编程图形处理器加速CT重建与体数据的绘制

The algorithm adopts an effective use of the rendering buffers and the occlusion query operation, and can also be applied to detect self-collision.

算法有效的利用了图形处理器中的各种缓存，以及遮挡查询（Occlusion Query）操作，同时该算法还可以应用于自碰撞检测。

Not surprisingly, it's also an area where graphics processor units ( GPUs) provide useful assists for rendering.

毫不奇怪，正是在该领域内，图形处理器（GPU）为呈现提供了有用协助。

In this work, we implement the traditional ray-casting-based volume rendering algorithm on the programmable graphics processing unit ( GPU).

将传统的光线投射体绘制算法在具有可编程管线的图形处理器（GPU）上重新实现。

One underlying game engine is a function of the API package, which includes the major functions of the game rendering, audio output, and so on.

其中底层游戏引擎是对功能API的封装，其中主要的功能包括游戏的渲染，音频输出等。

Experimental results show that, the dimming range is from 100% to 35.5% when frequency-control dimming is used in the LVD induction Electrodeless Lamp and the color temperature and the color rendering index change by 3.8% and 4.7% respectively when dimming.

实验表明，LVD感应无极光源采用调频调光法时，调光范围为100%到35.5%，在整个调光范围内色温和显色指数分别有3.8%和4.7%的改变。

In the description of real terrain, calculating and processing the hugeness terrain data is time-consuming, and puts a burden on the rendering ability of the general computers.

对于描述真实地形，需要计算并处理海量地形数据，这对计算机性能要求非比寻常，并且要耗费大量的时间。