几何对象的英文

• geometric object

• "几何"英文翻译    how much; how many
• "对象"英文翻译    target; object
• "为一个几何对象加上纹理" 英文翻译 :    settexture
• "几何对称" 英文翻译 :    geometric symmetry; geometrical symmetry
• "检测几何对象排列中的重叠部分" 英文翻译 :    intersect
• "缩放到任何对象" 英文翻译 :    zoom to all objects
• "对象几何" 英文翻译 :    object geometry
• "几何体对象" 英文翻译 :    geometry objects
• "几何" 英文翻译 :    1.[书面语] (多少) how much; how many 不知尚有几何 uncertain how much is left or how many are left2.(几何学) geometry; 几何比 geometric proportion; 几何分布 geometric distribution; 几何光学 geometrical optics; 几何关系 geometrical relationship; 几何级数 [数学] geometric [geometrical] progression; geometric series; 几何图形 [数学] geometric figure
• "启动图形对象几何位置排列工具" 英文翻译 :    align
• "对象" 英文翻译 :    1.(目标) target; object 革命对象 target of the revolution; 批评的对象 the target of criticism; 研究对象 object of study; 他的古怪使他成为他们取笑的对象。 his crazy ideas made him the target of their jokes.2.(恋爱的对方) boyfriend; girl friend; marriage partner; match; prospective spouse; the target of one's love; fiancé or fiancée 找对象 look for a partner in marriage; 到处为她儿子物色对象 look round for a suitable match for her son; 对象参数 image parameter; 对象方程 plant equation; 对象关系 [心理学] object relationship; 对象数字模型 mathematical model of controlled plant; 对象语言 object language; 对象阻抗 image impedance
• "如何对付忘词" 英文翻译 :    how to cope with brownout
• "为何对此费心" 英文翻译 :    why bother
• "几何,几何学" 英文翻译 :    geometry
• "爱……我将如何对你表达" 英文翻译 :    love how can i explain to you
• "超几何" 英文翻译 :    hypergeometric
• "复几何" 英文翻译 :    complex geometry
• "环几何" 英文翻译 :    ring geometry
• "几何板" 英文翻译 :    geoborad
• "几何比" 英文翻译 :    geometric proportion
• "几何场" 英文翻译 :    geometric field
• "几何尺" 英文翻译 :    rectangular protractor
• "几何的" 英文翻译 :    geometric =geometrical; geometrical
• "几何和" 英文翻译 :    geometric sum
• "几何化" 英文翻译 :    geometrization

• Indicates whether this geometry is known ( or assumed ) to be topologically correct
  表示几何对象是否被认为或假设是拓扑正确的。
• The geometry object attribute refers to the color , the chart layer , linetype and the line width and so on
  几何对象的属性是指颜色、图层、线型及线宽等。
• Indicates whether this geometry is known ( or assumed ) to be topologically correct , after explicitly determining this if the geometry is not already known ( or assumed ) to be simple
  表示几何对象是否被认为（或假设）是拓扑正确的，进行显式判定如果几何对象不被认为（或假设）是简单的。
• The opengis standard addresses these problems by making vector data - namely , geometrical objects , such as points , lines , polygons , and their composites - accessible in a 3 - d - enabled database called
  Opengis标准通过生成矢量数据解决了这些问题，矢量数据也指几何对象，如点、线、多边形及其组合，可以在启用三维数据库的
• In the modeling of 3d geometrical object , both manual coding and 3d modeling tool are adopted . these ways not only increase the speed of graph ' s generation , but also reduce the time for software development
  在三维几何对象的建模中，采用了硬编码与三维建模工具建模相结合的方法，既加快了图形绘制速度，又节省了大量的软件开发时间。
• In this paper , the modeling technology for 3d geometrical object and the maneuvers of loading scene objects are analyzed and researched , and the view scene system software for automobile driving training simulator is developed
  本文对视景系统中的三维几何对象的建模技术和场景的调度机制进行了分析与研究，并且开发了汽车驾驶训练模拟器视景系统软件。
• Research result shows that the object - oriented geographic spatial model has stronger representative ability , is easier understood and accepted ; using the concept of geometric data type unify the process method of attribute and spatial data , and simplify entity query and analyses . the topologic relations between entities , which are not been stored in explicit formulation in the model , can be achieved through collective operation of geometric object ' s hypergraph model . compared with traditional his , the query and analyses ability of which based on new model are stronger
  研究结果表明，面向对象的地理空间模型具有更强的表现能力，并且容易被理解和接受；采用几何数据类型的概念，可以使对非空间数据和空间数据的处理方法相统一，而且会使对实体的各种属性数据(包括空间属性)的查询和分析模型更加简单；对于面向对象模型中不显式表示的地理实体间的空间拓扑关系，可以利用实体的几何对象的超图模型间的集合运算来求得；基于面向对象地理空间模型的实体查询和分析，也比基于传统gis数据库查询和分析具有强得多的功能。
• The idea behind it is to approximate the object with a simpler bounding volume that is a little bigger than the object . in building hierarchies on object , one can obtain increasingly more accurate approximations of the objects . so during traversing bounding volume hierarchy , it speeds up collision detection by prune away primitive pairs , which will not intersect clearly though rapid intersection test between bounding volumes and just deal with those whose bounding volume is intersected
  层次包围盒方法是解决碰撞检测问题固有时间复杂性的一种有效的方法，它是用体积略大而几何特性简单的包围盒来近似地描述复杂的几何对象，并通过构造树状层次结构来逼近对象的几何模型，从而在对包围盒树进行遍历的过程中，通过包围盒间的快速相交测试来及早地排除明显不可能相交的基本几何元素对，而只对包围盒重叠的部分元素进行进一步的相交测试，以提高碰撞检测的速度。
• As far as model is concerned , the forth generation software should be characterized with spatial entity - oriented . the paper established the geographic spatial model based on the thinking of object - oriented ; studied the structure of the model " s elementary unit - - geographic entity ; brought forward the concept of geometric data type which characterize entity ' s spatial feature in the structure ; defined five kinds of geometric data types such as point , arc , area , composite arc , composite area ; and formalized their collective operation using hypergraph . at the end of this paper writer studied preliminarily the method of entity query and analysis based on the model
  本论文从面向对象的基本思想出发，建立了面向对象的地理空间模型；研究了地理空间模型中的基本单位? ?地理实体的结构，针对实体结构中用来表征实体空间特性的组成部分? ?几何对象，提出了其取值范围，即几何数据类型的概念；对点、弧、面、复合弧和组合面五种几何数据类型进行了定义；并使用超图工具对几何数据类型的集合操作进行了形式化描述；对基于面向对象的地理空间模型的实体查询和分析方法也做了初步研究。