这些都是现在阴影技术中广为人知的。
All these are current shader techniques that are well known and understood now.
介绍了高速阴影技术在激光推进流场演化诊断过程中的应用。
The application of high-speed shadowgraph technology to flow field evolvement diagnosis of laser propulsion is presented.
采用了阴影技术和高速摄影相结合的方法，对激光推进流场演化过程进行了考察。
Shadow technology and a high-speed camera are combined to investigate the flow field evolvement.
您将学习实施先进的阴影技术，创建令人惊叹的图形，利用虚幻引擎的渲染能力，以获得最好的。
You will learn to implement advanced shading techniques, create stunning graphics, leverage the rendering power of Unreal Engine to get the best out of it.
一篇论文阐述了达芬奇的阴影技术，刊登在《德国应用化学国际版》（Angewandte Chemie International Edition）上，同时也指出这位艺术家在釉料配方上也是非常挑剔的。
A paper describing da Vinci’s shadow science, published in Angewandte Chemie International Edition, also suggests that the artist was picky about his glaze recipes.
当您完成全部火焰体激活与阴影体疗愈技术后，您将很快步入更多的高级技术阶段与更高的能量层面。
When you have finished working through the Flame Body Activations and Shadow Body Healing Techniques, then you will move quickly into more Advanced Techniques and Higher Levels of Energy.
不幸的是，第一波生物技术产品在医学上所带来的诸多益处却被笼罩上了一层阴影，因为生物技术第二波在农业上的应用可能存在风险。
The many benefits of the first wave of biotech products, in medicine, have unfortunately been overshadowed by the supposed risks of biotech's second wave, in agriculture.
最后，添加下拉阴影使用相同的技术中所用的第10步的本教程。
Finally, add a drop shadow using the same technique as used in Step 10 of this tutorial.
当您消化了全部基础技术后，您将进入火焰体激活与阴影体疗愈(FlameBody Activation and Shadow Body Healing)阶段。
When you have completed the process of working through the Essential Techniques, you will move onto Flame Body Activation and Shadow Body Healing.
幸运的是，在这个数时代的3d技术，阴影并不是什么问题。
Luckily, shadows are no problem in this age of 3d technology.
在世界最大的高科技展会-德国汉诺威国际信息及通信技术博览会上，展示了该技术如何扫描脸部的三维图像，以及如何测量肤色，阴影以及脸部线条。
The technology, showcased at CeBIT, the world's biggest high-tech fair, takes a 3D image of your face and measures your complexion, shadows and lines.
在本教程中，我们将了解详细的产品建模技术，以及有效的照明，阴影和渲染。
In this tutorial we will learn about detailed product modeling techniques, as well as effective lighting, shading, and rendering.
不能采用延迟光照技术的带阴影的物体在延迟光照渲染完后使用前向渲染路径处理。
Objects with shades that can't handle Deferred Lighting are rendered after this process is done, using RenderTech-ForwardRendering path.
不能采用延迟光照技术的带阴影的物体在延迟光照渲染完后使用前向渲染路径处理。
Objects with shades that can't handle Deferred Lighting are rendered after this process is done, using path.
使用这个技术你可以对灯光进行很多控制，位置，强度，颜色，更重要的是它提供了生成阴影的一个绝好的系统。
Using this technique you have a lot of control over the positioning of your lights, intensity, color, and much more, making it quite a good system to use for shadows.
阴影绘制算法的真实感和实时性之间的矛盾，是计算机图形学和虚拟现实技术目前所要解决的一个基本难题。
The contradiction between the realistic and real-time of the shadow rendering algorithm has been a fundamental and difficult problem in computer graphics and virtual reality technology.
根据计算结果和相关的计算流动技术(FI)绘制了计算阴影图。
Furthermore, the computational shadowgraph images were plotted based on the numerical results and relevant computational flow imaging (CFI) methods.
本文主要介绍、归纳、比较在逼真图形生成过程中的各种消隐算法、各类阴影生成算法和纹理影射技术，并对光线跟踪法作了系统介绍。
Various hidden-surface algorithms, shadow processing and texture mapping techniques are classified and compared in this paper. Ray tracing is systematically introduced.
提出了一种利用阴影映射技术的实时软阴影生成算法。
This article present an image space method to generate soft-edged shadows using shadow mapping.
本文通过实例介绍轴对称物体图形的生成和阴影表示的图形处理技术。
This paper introduces the graphics processing technology of generation and shadow display of graphics for objects of axial symmetry by giving samples.
我们必须从技术、管理、法律以及文化等多个方面来获取解决A问题的力量，这样才能有效根除A的阴影，让我们的未来更加灿烂。
We must acquire our power from technology, management, law and culture to tackle the problem, effectively eliminate the shadow of a, and ensures ourselves a bright future.
智能交通系统中的交通检测与信息采集已经成为计算机视觉技术应用的一项重要课题，而运动车辆的自动检测、阴影去除、识别与跟踪则是其中最基础的部分。
The application of computer vision technology to traffic detecting and information collecting is an important subject in ITS, and moving vehicle detecting, recognition and tracking is the basic part.
支持动态的阴影，粒子系统，角色动画，室内和室外技术以及碰撞检测等。
Support dynamic shadows, particle systems, character animation, indoor and outdoor technology, and collision detection.
使用最前沿的技术创建令人惊叹的具有可控制阳光角度和阴影的三维图像。
Cutting-edge technology creates breathtaking 3d views with controllable sun Angle and shadows.
由此基于投影几何学理论及计算机三维可视化技术，建立了日照阴影问题最有效的方法。
Based on projective geometry and computer 3 dimension visual technology, the most effective method to solve sun shadow problem is present.
最让人沮丧的可能是技术面上多数风险资产均在上半周有反弹尝试，然却以失败告终，为后市的价格形态留下了阴影。
Perhaps most disheartening from a technical perspective is that most risk assets spent the early part of the week attempting to rebound, only to fail, leaving behind ominous price patterns.
详细论述了基于模板阴影体算法矢量数据绘制的关键技术，并通过试验验证了该方法的有效性。
The key techniques of the rendering of vector data over 3d terrain based on stencil shadow volume algorithm are detailed and the effectiveness of this method is test-proven.
详细论述了基于模板阴影体算法矢量数据绘制的关键技术，并通过试验验证了该方法的有效性。
The key techniques of the rendering of vector data over 3d terrain based on stencil shadow volume algorithm are detailed and the effectiveness of this method is test-proven.
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