交运算的英文

• meet (mathematics)

• "算"英文翻译    calculate; reckon; compute; ...
• "求交运算" 英文翻译 :    cap
• "正交运算" 英文翻译 :    orthogonal operation
• "正交运算代码" 英文翻译 :    code orthogonal operation; orthogonal operation code
• "交运" 英文翻译 :    consignment
• "装船、交运" 英文翻译 :    shipment
• "装货，交运，交运的货物" 英文翻译 :    shipment
• "运算" 英文翻译 :    [数学] operation; arithmetic; operating 四则运算 the four fundamental operations of arithmetic; 每秒钟运算一千万次 capable of 10,000,000 calculations per second; 运算器 arithmetic unit; arithmetic device; arithmetical unit; arithmetic-logic unit; logic unit; logic-arithmetic unit
• "发运单 交运单" 英文翻译 :    shippingorder
• "非法交运" 英文翻译 :    illicit consignments
• "货交运送人" 英文翻译 :    fca : free carrier
• "交运的行李" 英文翻译 :    checked baggage
• "交运货物" 英文翻译 :    consignment
• "交运价格" 英文翻译 :    shipment price
• "交运交战" 英文翻译 :    consignment
• "交运截止日" 英文翻译 :    close date; closing date
• "交运时间" 英文翻译 :    time of shipment
• "交运通知" 英文翻译 :    delivery note
• "交运行李" 英文翻译 :    check the baggage
• "尽速交运" 英文翻译 :    fast as can
• "摔交运动员" 英文翻译 :    wrestler
• "退货交运单" 英文翻译 :    return shipping order
• "寄售，交运的货物" 英文翻译 :    consignment
• "整车交运质量" 英文翻译 :    chassis and cab kerb mass; complete vehicle shipping mass
• "直接交运货物" 英文翻译 :    direct cargo

• An efficient rejection test for ray triangle mesh intersection
  一种用于光线与三角形网格求交运算的有效剔除算法
• Then curvatures and highlight lines are used to estimate fairness of curve and surface respectively
  在船体曲面造型设计中，常用到曲面与平面的求交运算。
• The integral area ' s shape can be arbitrary , its shape is the intersecting part of physical grid and mathematics grid , so , the generation of integral area of unit is an intersection operation of two polygons
  摘要由数学覆盖和物理网格形成的流形单元的积分区域可以有任意形状，其形状为物理网格和数学网格的相交部分，所以流形单元积分区域的形成为两个多边形（数学网格和物理网格）的求交运算。
• The main conclusions are as follows . firstly , among operations of fuzzy relations , the inverse does not change any transitivity at all and the complement changes some transitivity properties whereas the operations union and intersection fail to preserve most transitivity properties . secondly , we carry out a detailed investigation into the relationships of t - transitivity , negative s - transitivity , r - s - semitransitivity and t - s - ferrers properties under some conditions , such as completeness , strong de morgan triple , positive / - norm etc . , and have some expected conclusions
  其研究内容与结果归纳如下：首先，通过对模糊关系运算的传递性讨论，我们得到，若一个模糊关系具有某种传递性，则其逆关系不改变其传递性性质，余关系仅改变一些第一类传递性性质，不改变第二类传递性性质；若两个模糊关系具有某种传递性，它们的模并、模交运算不保持大多数传递性性质。
• In some time - critical situation , continuous ssi is computation bottleneck of some solid modeling system . conventional approach for solving continuous ssi often uses intersection algorithm iteratively without taking the characteristic of the surface into account to simplify computation . the dissertation analyzes the intersect curve structure of continue surface , from the point of intersect curve ' s evolution , it describes the relationship between topology of offset surface intersect curve and topology transmit point ( ttp )
  等距曲面和运动曲面在cad cam领域中有着重要的应用，在一些时间敏感场合例如数控加工动态仿真，等距曲面和运动曲面等连续变化曲面求交运算已成为这些系统的计算瓶颈，连续变化曲面求交问题的通常解法是采用曲面求交算法反复迭代计算交线，没有考虑连续变化曲面交线之间的相似性进行求交简化，效率上一直不能有很大的提高。
• An accelerated direct rendering algorith of isosurface for 3d data sets is presented . the problem for calculating the intersections of the ray and the bounding cells pierced by the isosurface can be viewed as the problem of sampling alonga 3d discreteray . it is shown that the algorithm is better on memory requirement and speed than traditional algorithm through its realization on pc
  提出等值面直接显示算法，充分利用数据空间的相关性，把体素分为边界体素和内部体素，并采用体数据边界表示法，降低了内存.绘制等值面时，将视线与边界体素的求交运算转化为对离散视线上点的扫描，避开对整个体数据空间的遍历，从而减少了计算量。
• By using it , the section mapping drawings of multi - types & complex pipeline system can be automatically generated through the entity crossing operation . this method composes of the following three key steps . in the first , different graphic entities are identified from the complex pipelines drawing in terms of the layer information they owned , then the correspondent information is to be encapsulated to keep the spatial data completeness of the graphic symbols
  该方法通过管线系统设计图中的图形实体的分层处理与信息封装，首先实现了复杂管线实体的自动识别并确保了图形实体具有对应管线实体对象的完备空间信息；在此基础上，根据用户给出的任意位置截切线，构造隐式描述的截切面并与隐式描述的管线实体进行求交运算；最后通过对求交结果的坐标变换，生成能够直观反映出多类型复杂管线系统空间分布信息的截切面映射图。

• 交运算的印尼文：sambungan dan pertemuan (matematika);