1) contour
[英]['kɔntʊə(r)] [美]['kɑntur]
轮廓线
1.
Fast volume rendering approach for 2D sectional contour data;
二维轮廓线数据的快速投影方法
2.
CT image area contour retrieving;
CT图像区域轮廓线提取方法
3.
A Blocking-Based Triangulation of a Surface Between Planar Contours;
平面轮廓线之间的分块三角划分算法
2) contour line
轮廓线
1.
Study on the algorithm of sectional contour lines building for Laser Direct Metal Forming;
金属件激光直接成形中截面轮廓线的生成算法研究
2.
Global recognized algorithm based on characters of contour line direction;
基于图像轮廓线方向特性的整体识别法
3.
A Fast-Cutting Algorithm for 3D Surface Model Based on Contour Line;
一种基于轮廓线的三维表面模型的快速切割算法
3) outline
[英]['aʊtlaɪn] [美]['aut'laɪn]
轮廓线
1.
Investigation and implementation of part outline extracting in DWG drawing;
DWG图纸中零件轮廓线提取方法的研究与实现
2.
Construction layout method for digging and filling outline in the earth and rock projects;
土石方工程挖填轮廓线的定位放样方法
3.
The algorithm on identifying outline of the 2D graphics by comparing the angles;
二维图形轮廓线的夹角比较识别法
4) contours
轮廓线
1.
New method for uniquely reconstructing 3D medical surfaces from contours
无二义性从轮廓线重建三维医学表面的新方法
2.
An algorithm of minimizing span length with control lines was developed based on features of intricate orebody planar contours.
结合非层状矿体特点,提出带控制线的平行轮廓线三维矿体重建算法。
3.
The arithmetic operator of Roberts is used to get the contours of prostate.
研究了基于二维平行轮廓线的前列腺三维表现重建问题。
5) profile
[英]['prəʊfaɪl] [美]['profaɪl]
轮廓线
1.
Extracting entire features,such as rotational axis and profile from archaeological fragment is helpful for rapid reconstruction of cultural relics.
从来自旋转体文物碎片中估计出旋转轴,轮廓线这些整体特征有助于快速修复文物。
2.
This paper improves a method of face recognition based on profile.
对已有的基于轮廓线的人脸识别方法进行了改进,在人脸的任意位置利用PCA自动确定人脸纵方向,采用网格配准方法提取对称面和对称轮廓线。
3.
A framework of computer aided cultural relics reconstruction system serve as the basis of the cultural relic reconstruction process was given, and some key technologies such as computing the rotational axis and the profile of rotational symmetric cultural relic were discussed.
探讨计算机辅助文物修复系统架构,并对常见的旋转体文物碎片修复涉及的旋转轴和轮廓线计算等关键技术进行讨论,主要是基于文物碎片的三维点云数据,采用二次曲面拟合方法计算法向量并以此为基础采用直线几何方法计算整个物体的旋转轴,使计算的旋转轴更精确;采用SDM方法快速、精确地计算文物碎片的轮廓线。
6) line contour
直线轮廓
补充资料：地下轮廓线
地下轮廓线
underground outline
暇挡包坏及排拘图t的 卿水吵地砂廓豁黔擎纂鬓豁燕!廓不许平均坡降值为工必亡‘则要大 L一C式中L为渗径长度朴万为上下游最大水头备允许平均渗透坡降的赓吐数，称为渗径系数，与地为土?tⅡI型i当不透水层埋藏深度不大时，j采用截流板桩或深齿墙截断透水层露图2，j畦)≯j_0- |l _0。、Ⅳ型，底板上下游均设置板桩的布置型式(图2，d)’适用于无粘性土地基j、特别是双向挡水自句J隋况。当地基土质’为粉砂或极细砸步时，0闸室基底左右两侧也常采用板桩封闭O?ll_…～ 一0 0_一_彝赞淤砰潍┌────┬───┬───┬──┬─────┬──┬──────┐│谈 │粉砂 │细_砂 │中砂│粗砂 │中、│粗砂芙 ││ │ │ │ │ ，│细砾│卵石 │├────┼───┼───┼──┼─────┼──┼──────┤│有反滤层│_9一13│了一9 │5~7 │4一5 │3一4│_么5今店 │├────┼───┼───┼──┼─────┼──┼──────┤│无反滤层│ │ │ │ │ │ │├────┼───┴┬──┴─┬┴─────┴──┼──────┤│ │ │ │ │ │├────┼────┼────┼───┬─────┼──────┤│谈 │轻粉质 │沙壤土- │壤土 │粘土 │ - ││ │沙壤土 │ │ │ │淤泥 │├────┼────┼────┼───┼─────┼──────┤│有反滤层│7一9 │5一7 │3一百 │ │ 价一、- ││ │ │ │ │2一3 │ — │├────┼────┼────┼───┼─────┼──────┤│无反滤层│ │ │4一7 │3~4 │ │└────┴────┴────┴───┴─────┴──────┘和地鬓摄辉鬓纂盟暴鬓肆霆裂粼置，一最后所采用的实际地下轮廓线长度应不小于按照老少型臭粉咒黔奎念翼睿{翼麒蕊吵卿聊冲排水铺盖前板桩主板桩截流板桩粘土排水图2地下轮廓布置型式
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条