在处理过程中，需要将数据库中的几何图形转换成它的SVG表示，并添加一些特定于呈现的属性，例如颜色和笔划宽度。
It is necessary to convert a geometry in the database to its SVG representation and adding some rendering-specific attributes like color and stroke-width in the process.
因此，我们选择转换transform="scale(1.0 -1.0)"，这样一来，所有几何图形又再次翻转回来，并在屏幕上显示正确的输出。
Thus, we choose the transformation transform="scale(1.0 -1.0)" and all geometries are flipped backwards again, giving the correct output on the screen.
Interchange配置文件可以支持几何、结构、基本光源和动画，它主要用来在应用程序之间转换数据。
The Interchange profile supports geometry, texturing, basic lighting, and animation, and is designed primarily to transfer data between applications.
您可以扩展本示例中的这个简单的文件格式转换器，用它来处理更多几何和地理数据的文件格式。
You can extend the simple file format converter in this example to handle more file formats for geometric and geographic data.
这个默认转换组定义将几何图形转换为BLOB的函数。
This default transform group defines functions that convert a geometry to a BLOB.
将几何图形转换成其相应的SVG表示，这是由DB 2数据在一个新的用户定义函数帮助下完成的。
The conversion of geometries to their SVG representation is performed by the DB2 database server with the help of a new user-defined function.
有了范围、线宽和用户提供的颜色后，最后就可以处理所有的几何图形，将它们转换为SVG表示。
With the extent, the line width, and the user-provided color, you can now finally process all geometries and convert them to their SVG representation.
其他BIM软件需要将IFC的几何表示转换为其内部的数据结构，而IFC认证就是检查该转换过程是否正确。
Other BIM software has to interpret the IFC geometry into its own internal structure. The certification checks whether this takes place correctly.
将几何图形数据转换为svg格式对于在Web页面呈现空间数据很重要。
Converting geometry data to its SVG format is an important part for the rendering of spatial data in web pages.
用于将几何图形转换为SVG的用户定义函数。
针对一个教学型多关节机器人的机械特点，不用一般的齐次转换的方法而是用简单的笛卡儿几何的方法解决了其运动学逆问题。
Aiming at the mechanism character of a multi axes robot the location kinematics negative problem was solved by simple Descartes geometry instead of general matrix transform.
配置文件可以支持几何、结构、基本光源和动画，它主要用来在应用程序之间转换数据。
Profile supports geometry, texturing, basic lighting, and animation, and is designed primarily to transfer data between applications.
在该计算格式中，实现了几何形状复杂的多维问题向一维问题的转换，从而提高了有限元离散节点的计算精度。
Using this computational format the transformation frame multiple-dimensional problem with complex geometry shape into one-dimensional problem is realized, so that computation precision is increased.
针对一个教学型多关节机器人的机械特点，不用一般的齐次转换的方法而是用简单的笛卡儿几何的方法解决了其运动学逆问题。
Aiming at the mechanism character of a multi axes robot, the location kinematics negative problem was solved by simple Descartes geometry instead of general matrix transform.
大量文献从几何意义上出发，推导了各种平面坐标的转换模型。
Various models for plane coordinates conversion are deduced starting from their geometrical significance in large number of literatures.
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。
Source must be geometry object. Before selecting destination object, collapse it into Editable Poly.
视觉化把符号信息转换为几何信息，使得研究者能够观察自己的模拟和计算过程。
It transforms the symbolic into the geometric, enabling researchers to observe their simulations and computations.
阐述了扫描精度、扫描数据格式说明、转换成通用的栅格数据方法、几何纠正、像片拼接等基本问题。
It includes some basic points such as scanning precision, format description of scanned data, conversion from the scanned data to generalized raster data, geometric correction and photograph merging.
通过分析不同从动件与凸轮的几何关系，推导出一组平底挺杆、滚子或球面挺杆、尖锥挺杆升程的相互转换通用公式。
Based on the geometrical relation between tappets and cams, uniform formulas for mutual lift-range transition between flat based tappet, roller (or sphere) tappet and cone tappet were presented.
作者利用几何学进行了其时—深转换的详细论证，并给出了实际的计算步骤，即实现将地震成果转换为地质成果的方法。
The author demonstrated the time depth conversion method in detail by using geometry and gave practical calculation steps, and this fulfilled the conversion from seismic image to geological image.
对虚拟人图像数据作多种二维处理，包括图像几何变换、灰度增强、格式转换和压缩、图像配准和分割。
Many methods are used to finish VCH planar image processing, including image geometry transform, gray-scale enhancement format transition and compression , image registration and segmentation.
不同的CAD平台需要有相应的数据转换接口，本论文就是针对这一问题，研究并开发了基于UG平台的几何编程转换接口。
Different CAD platforms need the corresponding data interface. So this thesis aims at this problem and the geometric programming interface based on UG. is studied in it.
本文介绍了一个计算机程序，它用于推导坐标转换矩阵，或几何关系方程。
In this paper, a computer program is introduced which can generate the coordinate system transformation matrix and geometric equation.
根据指定的角度来旋转局部几何转换。
Rotates the local geometric transformation by the specified Angle.
通过分析mcnp中子学模型文本描述和构造立体几何表示法的关系，指出从构造立体几何表示法到CAD模型的转换是MCNP中子学模型可视化的关键所在。
Analysis on the relationship between the text description of MCNP neutronics model and the CSG shows that the conversion from CSG to CAD model is the key issue of the visualization.
依照指定的顺序，根据指定的因数来缩放局部几何转换。
Scales the local geometric transformation by the specified factors in the specified order.
依照指定的顺序，根据指定的数量来缩放局部几何转换。
Scales the local geometric transform by the specified amounts in the specified order.
以指定的数量，缩放局部的几何转换。
Scales the local geometric transform by the specified amounts.
依照指定的顺序，根据指定的数量来旋转局部几何转换。
Applies a clockwise rotation of the specified Angle to the local geometric transform.
在成交量进程标度的股票价格动力学方程为几何布朗运动的假设下，将股票价格动力学方程的进程标度从成交量进程转换到日历进程。
The stock price is supposed to follow a geometric Brownian process under the transaction process, and the corresponding one under the calendar process has been reduced theoretically.
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