display vt. 1.显示;展示,表现出。 2.展览,展出,陈列(商品等);展开(旗帜等),摊开(地图等)。 3.夸示,夸耀。 4.【印刷】(用大号字)醒目地排印。 display bravery 表现出勇气。 display fear 流露出恐惧。 display a new automobile 展出新汽车。 display one's learning 卖弄学问。 display a map 摊开地图。 display a sail 张开风帆。 display one's wares 〔美体俚〕显本领,露一手。 n. 1.显示;展示。 2.展览,陈列。 3.显示物;展览品,陈列品。 4.夸耀,夸示,虚饰。 5.【印刷】醒目排印。 6.【动物;动物学】(雄性动物在繁殖期的)求偶夸耀行为。 7.(用于电视电话、无线电传真等设备上的)显示器。 a great display of fireworks 烟火大会。 a notable display of loyalty 忠诚的明显表现。 be too fond of display 太好卖弄。 a vulgar display of wealth 庸俗地夸耀财富。 display flight 表演飞行。 display sensitivity 指示灵敏度。 make a display of 夸耀;显示。 the display of national flag 展开国旗。 foreign cars on display 展出的外国汽车。 adj. -ed 【纹章】(鸟的翼爪等)张开的。
Accroding the models , design idea and development setting are put forward . combing the spacecraft orbit , attitude dynamics with computer graphics , the satellite simulation software based on 3d real - time display technique is developed 根据上述模型,提出了卫星轨道与姿态仿真软件的设计思想选择开发运行环境,并将卫星轨道、姿态动力学与计算机图形学相结合,设计了基于三维实时动态显示技术的卫星轨道与姿态仿真软件。
From the aspects of display area , contrast color fidelity , response time , visual angle and brightness , the organic electroluminesent display device has the advantages over other display techniques . it is expected to replace liquid crystal display in the future 有机发光显示器在显示面积大小、对比度、色彩逼真度、响应时间、视角和亮度等方面,有着其它显示技术无法比拟的优势,有望在不远的将来取代液晶( lcd )显示。
Aiming at the existed problems in reverse engineering techniques concerning triangulation method for scattered data points , display technique of three dimension model based on mesh simplification , and redesign technique for re - constructed surface etc . , this paper studies and proposes the relevant solving schemes , key algorithms and realizing technologies . the chief contributions acquired by this paper include : ( 1 ) an effective 3d triangulation algorithm for scattered data points is put forward . this algorithm solves the problem that data points must be partitioned for multi - projection realized by traditional 2d triangulation methods , and can also triangulate the scattered data points of trimmed surface and concave boundary surface 本文工作针对散乱点集的三角网格划分及优化、基于网格简化的真实感模型显示,以及重构曲面再设计等反求工程的关键技术中还存在的诸多问题,提出了相应的解决方案,并对关键算法和实现技术进行了深入研究,论文的主要成果包括: ( 1 )提出了一种有效的散乱数据点集的3d空间直接三角网格划分算法。
The simulation of " flight mission 3d visualization of the unmanned aerial vehicle ( uav ) " fully absorbs and applies current advanced 3d visualization theory , simulates the characteristics of true 3d volumetric display technique which are full - vision , multi - angle and can be observed by many persons at the same time and so on . it displays the process of flight according to mission of uav by the online of four computers “无人机任务飞行的三维可视化”仿真充分吸收和运用当前先进的三维可视化理论,尽可能的模拟真三维立体显示技术的全视景、多角度、可供多人同时观察等的特点,通过四台计算机的联机,在同一时刻从各个不同的角度来显示无人机任务飞行的全过程。
The total auto symbol recognition disposition method proposed in this paper can deal with the problem which converts papery of aircraft theory graphics or system graphics into vectorgraphs which can lose some useful information . furthermore , the display technique with multi - level buffer not only resolves the problem of high - speed for aircraft theory graphics or system graphics in cbt , but also ensures scrolling and zooming in / out smoothly and avoids the flashing phenomenon efficiently 目前纸质的飞机系统图、原理图矢量化方法用基本的矢量图元按其位置来再现原始图,从而导致矢量后图中各符号整体信息丢失问题,该文提出的自动符号识别方法可有效地解决该问题,此外改进多级缓冲显示技术不但可有效地解决cbt中系统图、飞机原理图的快速显示,而且也保证图形可连续光滑滚动和消除放缩拖动时屏幕闪烁现象。
In order to provide valuable data for further exploring the immunogenicity and function of structural proteins of prrsv and designing epitoe vaccine for prrsv , the purpose of the research was to characterize the epitopes on structural proteins of prrsv bj - 4 by means of phage display technique , elisa and gene expression etc . 1 . the epitopes and secondary structures of the structural proteins of prrsv bj - 4 were forecasted by molecular biology software goldenkey 本研究利用噬菌体展示技术,结合elisa和基因表达等技术对prrsv结构蛋白的抗原表位进行了鉴定与分析,为prrsv的结构蛋白免疫特性与功能研究以及表位疫苗的设计等奠定了基础。
So far , we have set up display technique development center which is the most competitive one in china . the center can offer individuation service and most suitable display products for domestic and foreign clients and meet the requirement of customers oem and odm Bigtide研发中心拥有50余名一流的研发人员和国际化的研发管理体系,是目前中国的专业显示设备行业中开发能力最强的研发团队之一。可以为国内外用户提供个性化服务,量身订做最适合的显示器产品,极大的满足了客户oem odm的需求。
Due to its high outputting luminance , large screen and the high quality of the projective image , the projection display for large screen has been used in many fields , such as official business work , conferences , etc . liquid crystal projection display , for example , one of the most important micro - display techniques , has shown the tendency for substituting the crt projection display in the conventional video display field 大屏幕投影显示以它的高亮度、大面积、高质量的显示图像,已逐步成为现代显示技术的主流,广泛应用于办公、会议、家庭影院等领域。以液晶投影显示技术为例,目前这项技术以及得到了广泛应用,而且正在逐步取代传统的crt显示技术。
True 3d volumetric display technique is a completely new research trend in computer stereo vision technique . by displaying the 3d image in 3d monitor directly , the characteristics of the image space are multi - angle , all - round view and can be observed by many persons at the same time and interact with persons directly 真三维立体显示技术( true3dvolumetricdisplaytechnique )是计算机立体视觉系统中最新的研究方向,基于这种显示技术可以直接观察到具有物理景深的三维图像,并具有全视景、多角度、多人同时观察,即时交互等众多优点。