通过螺旋采集数据获取足够的信息，运用特殊算法，重建管的三维图形，显示在模拟监视器上。
Through the spiral gathering data gain enough information, the utilization special algorithm, reconstructs the tube the three dimensional graph, demonstrated in simulates on the monitoring device.
与通用算法比较，计算时间、存储空间的开支和图形显示效果方面都有较好的改进。
Comparing with the general algorithm, it has obvious advantage in computing time, memory room and graphical display effect.
本文提供的HITDSO软件包，直接根据DSO采集的数据，利用FFT的高效算法，得到DSO的上述几项性能指标，并进行图形及数值显示。
HITDSO package is provided in this paper, it can get the above specifications and display the graphics and values by using the acquiring data and efficient FFT algorithm.
它显示了算法的各个阶段的图形表示。
It displays a graphical representation of the various stages of the algorithm.
测试验证表明，程序算法正确，界面直观形象，可直接显示圆度误差值和误差图形。
The testing results indicate that the arithmetic is correct, the interface of the program is visual and the roundness error and diagrammatic view can be shown directly.
利用此算法可在计算机屏幕上以真实感的三维图形方式显示数控加工的过程和结果。
It can be used to detect errors of NC programs visually from graphics display of process and result of NC manufacturing.
研究了二层树结构CSG模型一维布尔运算的快速算法，并给出了在图形显示应用中的实例。
The one-dimensional Boolean evaluation algorithm for two-level CSG model is explored and its application in the shading image processing is implemented.
程序界面直接显示出计算法的表格和图解法的图形，并将两参数的结果显示出来。
The interface of the program can show the table and the diagrammatic view and the results directly.
所完成的工作有：AD转换、过采样、滤波处理、FFT变换、Quinn和Rife - Jane算法、液晶显示图形、频谱和测量的结果。
Main finished work include: AD conversion, over-sampling, filtering, FFT transform, Quinn and Rife-Jane algorithm, graphic, frequency spectrum and the result of measuring displayed on LCD.
介绍了分数维图形的理论基础及其显示算法，并应用到自然树木的三维显示中。
This paper introduces the theory foundation and the display algorithm of the fractal graphics, which has been applied into the three dimensional display of the natural tree.
具有在线修改采样时间、控制算法、控制参数、图形显示功能。
There are some functions as modify sample time or modify controller's parameters on line and display.
数控程序代码正确检验是一项极其重要的工作，该文介绍了一种数控程序解释器的功能、数据结构及其实现算法还有图形显示。
It is very important to verify the correctness of nc codes. This paper introduces a kind of nc programs decoder consist of function, data structure, algorithm and graphics displaying.
这些算法和数据结构都围绕着一个问题，就是如何减少三维实体的点阵信息，以提高三维图形的显示速度。
The algorithms and the data structure are employed for reducing the grid information of 3d entity, so as to improve the display velocity of the 3d entity.
简单地说，计算机图形学的主要研究内容就是研究如何在计算机中表示图形、以及利用计算机进行图形的计算、处理和显示的相关原理与算法。
Say simply, computer graphics the main research contents is about how in computer graphics, and said in use computer graphic calculation, process and display of related principles and algorithm.
对投影矩阵和消隐算法等进行了改进，使计算机处理图形的速度得到了很大的提高，同时使最后得到的图形更能准确的显示用户所关心的问题。
Enhance the speed of the computer in process graphics by upgrade the projection matrix and Visible-surface detection, and let the graphics achieved show the problem that user care most.
对投影矩阵和消隐算法等进行了改进，使计算机处理图形的速度得到了很大的提高，同时使最后得到的图形更能准确的显示用户所关心的问题。
Enhance the speed of the computer in process graphics by upgrade the projection matrix and Visible-surface detection, and let the graphics achieved show the problem that user care most.
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