Source must be geometry object. Before selecting destination object, collapse it into Editable Poly.
源物体必须是几何体。在选择目标物体前需要将其转换成可编辑多边形。
Object nodes represent objects in the scene, such as character parts, geometry objects, lights, cameras, and so on.
对象节点在场景中描述物体，例如角色部分，几何体物体，灯光和摄像机等等。
When the working path model of industrial robot composes the free curve geometry object, the method of interpolation and subdivision of curve is adopted.
当机器人的作业路径为通过给定点的二维自由曲线时，需进行插值拟合。
This simplicity of the epipolar geometry of the camera system with parallel axis allows effortless identification of the top most points of object in two images.
这个平衡轴摄像系统运用简易几何学很容易的说明了两图像中物体顶点像素问题。
Usually, object features include gray-scale (density, colour), feature, geometry shape, and so on.
常见的目标特征可分为灰度(密度、颜色)特征、纹理特征和几何形状特征等。
Now, create any object in front of the geometry or the mirror.
现在在这个几何体或者说是镜子面前创建任意一个物体。
By using differential geometry property of small object of infrared image, computing minimal normal curvature which is used as the threshold to obtain candidate objects for small target.
利用图像小目标的微分几何特性，计算图像的最小法向曲率，并以此为阈值，获得小目标的候选对象。
At last, match the information of topology and geometry of the object images with that of the model objects in the model base to recognize.
最后将物体图像的拓扑结构信息和几何信息与模型库中模型物体的拓扑结构信息和几何信息匹配，从而达到识别的目的。
In order to support real time virtual maintenance simulation, a maintenance-task-oriented VMP modeling is addressed to represent geometry modeling and human-object interaction modeling.
为了满足仿真实时性要求，提出了面向维修任务的虚拟维修样机建模方法，进行样机的几何建模和人机交互建模。
The surface texture of object can be classified as geometry texture and color-class texture.
物体表面纹理可分为颜色纹理和几何纹理两大类。
The measurement theory of the image measurement system is that the geometry parameter is gotten by processing the edge of the measured of getting the measured object.
图像测量系统的测量原理是通过处理被测物体图像的边缘，从而获得物体的几何参数。
Resonant frequencies are determined by the geometry, weight and structure of the object.
共振频率由物体的几何形状，重量以及结构决定。
The cutting object is complicacy geometry entity, which is complicacy polygon with arc, arc boundary and hole, the cutting window can be cave or convex polygon.
该方法中的被剪切对象是较为复杂的几何实体，包括圆弧以及带有圆弧边界和带有洞的复杂多边形对象，其中剪裁窗口可以为凹多边形或凸多边形。
Secondly, differential geometry theory has been introduced to permanent magnet thruster motor for solving the problem of nonlinear object difficult to control.
第二、将微分几何理论引入到永磁推进电机系统中，以解决非线性控制对象难于控制的问题。
Finally, using ROSE early-binding and late-binding mode, the data information such as geometry, material and grid is written into the design object to output AP209 file.
最后，利用ROSE类库早、晚两种联编方式，将几何、材料、网格等数据信息写入到设计对象中，生成ap209文件。
I should add that it is impossible to imagine a geometry in which an object can be seen only from the South Pole.
我要补充一点，我们很难想象一个几何物体只能从南极那里观看到，应该是整个南半球都能看到才符合理论依据！
A new affine invariants based on affine geometry for object recognition and matching is proposed in the paper.
提出一种新的基于仿射几何的仿射不变特征提取方法，适合于目标的识别和图像的匹配。
Geometry model is regarded as the study object. Representation and variance of multi-state model is studied based on 3d geometry feature.
以几何模型为研究对象，基于三维特征研究多态模型的表示和变迁机理。
A 2d object recognition algorithm based on geometry invariant and BP Network.
提出了一种基于几何不变性和BP网络的二维目标识别算法。
This paper uses fractal geometry as a tool and fractal dimension as a measurement parameter to analyze the phenomena of fractal attenuation of cartographic object on cartography generalization.
本文以分形作为工具，分维值作为度量参数，研究制图综合中地图目标的分形衰减现象。
Determines whether a point or geometry value is within the bounds of the visual object.
确定点或几何图形值是否在可视对象的边界内。
Second, extract the edge of the object image and boundary tracking to get the 2D line drawing and extract the topology information and geometry information of them.
其次对物体真实图像作轮廓提取和边界跟踪，得到二维图像的线架图，同时提取出它的拓扑结构信息和几何信息；
In physics based modeling, the object is viewed as a physics and not a pure geometry model.
基于物理的造型是将物体看成具有一定物理性质的形体，即某种物理模型而不是单纯的几何体。
The paper provides a method to drive geometric object based on the constraint and engineering relations in designing a geometry model.
本文系统地阐述了一种在进行几何型体设计时用约束关系和工程关系来驱动几何型体的方法。
On the basis of Feature Modeling and 3d Solid Geometry Modeling, with the idea of Object-Oriented Product Design, a 3d Parametric Feature Modeling Method is applied to develop manifold.
采用特征对象化的设计思想，在特征造型和3维实体几何造型的基础上，研究液压集成块的3维参数化设计方法。
This paper USES fractal geometry as a tool and fractal dimension as a parameter to analyze the phenomena of fractal attenuation of cartographic object on cartography generalization.
本文以分形分析方法作为工具，分维值作为度量参数，分析地图综合中地图目标的分形衰减现象。
Fractal geometry studies the characteristics of irregular 'geometric object and indicates quantitatively the complexity of geometric object by using concept of fractal dimension.
分形几何学是用分数维定量地表征不规则几何体的复杂性。
Fractal geometry studies the characteristics of irregular 'geometric object and indicates quantitatively the complexity of geometric object by using concept of fractal dimension.
分形几何学是用分数维定量地表征不规则几何体的复杂性。
应用推荐