采样速度和绘图密度是由samples和isosamples决定的，标题是由title参数为图形提供的。
The sampling rate and density of the plot are determined by samples and isosamples, and a title is provided for the graph with the title parameter.
采样于线状图形的离散点云数据也是常见的。
The discrete point cloud data sampling from the striation figure is common.
通过监测系统软件设计，实现对采样数据、波形和图形进行实时屏幕显示，对表面疲劳裂纹扩展进行动态监视。
The sampled data, sampled waveform and graph can be real time displayed, so that a supervision for the status of surface fatigue crack growing can be accomplished.
利用存储在数据文件中的采样数据生成属性信息分布图，实现用栅格图形来表达基础农田信息；
Using these data stored in the opened data file, a grid graph expressing the distributing status of attribute information in a farm will be created on the computer's screen.
该系统不但能实现电网数据的精确采样，还可以分析电网的各项电能质量指标，并以直观的图形显示出来。
Not only can be this system used to acquire the datum of power system accurately, but also can be used to analyze the power quality. The result of analyzing are showed by graphic interface.
由于本实验仪的光强采样部分使用了光敏阵列，从而一次采样即可得到衍射光强分布图形。
The use of photosensitive array makes it possible to obtain the distribution of diffracted light intensity with only one sampling.
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.
软件包括6个功能模块：操作指导，采样，数据管理，频谱分析，相关分析及声图。分析图形及参数表可屏幕显示或打印绘图。
The software of the system consists of 6 function modules: operation instruction, sampling, management of data, analysis of spectrogram, correlogram and sonagram.
本文提出了线条图形自动编辑的一种方法，通过对线条图形的跟踪采样获取图形的信息。
A method for automatic coding of line drawings is presented. The information of line drawings is obtained by tracking and sampling.
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FIR数字滤波器的设计，采用频率采样法，运用MATLAB完成设计中的计算和图形绘制，使其变得简单、快捷。
This paper introduces a method for FIR digital filter design. To compute and plot by using the frequency-sampling method and MATLAB makes the design of an FIR digital filter convenient.
介绍了FIR数字滤波器的设计，采用频率采样法，运用MATLAB完成设计中的计算和图形绘制，使其变得简单、快捷。
This paper introduces a method for FIR digital filter design. To compute and plot by using the frequency-sampling method and MATLAB makes the design of an FIR digital filter convenient.
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