lofting

英 [ˈlɒftɪŋ]

美 [ˈlɔːftɪŋ]

v.  向高处击(或踢、掷)
loft的现在分词

计算机

柯林斯词典

• N-COUNT 阁楼；顶楼
  Aloftis the space inside the sloping roof of a house or other building, where things are sometimes stored.
  1. We would like to convert the loft into another bedroom...
     我们想把阁楼改造成又一间卧室。
  2. A loft conversion can add considerably to the value of a house.
     改装阁楼可使房子的价值大增。
• （尤指仓库或工厂等改造后住人并整层打通的）上层楼面
  Aloftis an apartment in the upper part of a building, especially a building such as a warehouse or factory that has been converted for people to live in. Lofts are usually large and not divided into separate rooms.
• VERB （高尔夫球、足球、棒球等中)打高飞（球），吊高（球）
  When someone such as a golfer or a football or baseball playerloftsa ball, they hit it or send it high into the air.
  1. From the kick-off he lofted the ball 60 yards into the top corner of the net.
     他在中线一记大脚将球从60码外送进球网的顶角。

双语例句

• With project instance, this paper introduced the calculation procedure and method about lofting and designing the tunnel stringcourse with sweeping matrix vertical curve.
  结合工程实例，介绍了大半径竖曲线巷道腰线放样设计的计算步骤和方法。
• This method may be applied in reality ship lofting and is powerful and effective about curve fairing.
  该方法在实船放样中可以得到应用，具有光顺效果好的特点。
• Discussion on the speedy lofting methods of excavation contour line of the tunnel;
  本文阐述控制系统中，面向结构图的一种快速仿真方法一增广矩阵法。
• Research and Development of Universal Project Lofting System
  通用工程放样系统的研究和开发
• Study on Proccessing Construction Lofting Graphics in Arch Dam CADC
  拱坝CADC中施工放样图形处理研究
• Abstract It introduces the mathematical principle and development essentials of the universal project lofting system, based on which the universal lofting system in view of pocket machine is developed for port engineering and good effect is achieved, realizing lofting without office work.
  论述了适用于各种工程的通用放样系统的数学原理及其开发要点，在此基础上，开发了基于袖珍机的通用放样系统应用于港口工程，收到了良好的效果，实现了无内业放样。
• Carries on Two Oblique Lofting Examples Using CAD
  运用CAD进行两管斜交展开放样实例
• Application of CAD/ CAM Technology in the Development and Lofting of Sheet Metal Parts for Locomotive and Railway Vehicle
  CAD/CAM技术在机车车辆钣金件展开放样中的应用
• In this paper three problems of mathematical ship lofting are discussed.
  本文讨论了船体数学放样的三个问题：给出了大挠度样条函数的一个解法；
• Compared with the traditional lofting methods, the marking scriber has the advantages of high efficiency, convenient operation, accurate intersecting lines, and regular intersecting lines.
  使用本划规与传统的放样方法相比，效率高，操作简便，且画出的相贯线准确、规整。