搜索资源列表
coriolis
- This scr ipt calculate and plot the Coriolis
fract_nyquist
- 自动控制系统中分数阶控制系统奈奎斯特图画法，类似于整数阶系统(nyquist plot of fractional-order system)
frac_nichols
- 自动控制系统中分数阶系统的尼克尔斯图的画法，类似于整数阶(nichols plot of fractional-order system)
ChartCtrl_demo
- 实用方便二维绘图控件,能够绘制点线图,直方图等风格的图形(this is a 2d ploting control.it is easy to use for us to plot 2d ploting)
plotwavelet
- PLOT WAVELETS and PLOT scaling functions with masks
ecg
- How to load and plot ECG signals, and a brief processing about it. it is copied from other place, hope it will help
plot
- 通过导入数据，快速生成S11与S21参数对比图像。(By importing the data, the S11 and S21 parameters are quickly generated to compare the images.)
时频分析matlab工具箱
- 时频分析工具，根据gui参数可以绘制不同的plot曲线，分析信号功率，时间域信息等(The time-frequency analysis tools can draw different plot curves according to the GUI parameters, and analyze the signal power, time domain information, etc.)
matplotlib手册
- matplotlib手册，Python画图简单介绍，方便快速入门，资料为他人所编，谨慎使用(This matplotlib handbook is simple for newer to use matplotlib to plot big data pictures.This handbook is not my work.So,please don't use for business.)
fieldsplots.tar
- 2D FDTD plot field routine
Code for Func1
- To generate function
stem code1
- to plot stem code for the given function
Code for Function 2
- to plot a function in matlab
stem code2
- code to plot a stem plot
Pajek64
- transfer the matlab code to plot
boxcount-2
- matlab code for boxc-ounting method and plot
Desktop
- 判断一个复杂传递函数的稳定性 通过零极点图或者奈奎斯特图(Judge the stability of a complex transfer function via a pole-zero plot or Nyquist plots)
two dimensional convection diffusion equation
- 包含求解二维对流/扩散方程的标量（给定的标量输运） 速度场，稳态和非稳态）采用有限体积法和直角坐标网格，求解Navier Stokes方程的定常和非定常采用笛卡尔网格和同位配置变量。它还包含生成笛卡尔网格（单个或多重网格）的代码，以及绘制计算结果的代码。后者的代码产生的每一个情节页后记文件：网格、速度矢量图、剖面的速度或温度，等压线，等温线和流线和压力填充图、温度或流线。更改此目录并读取本地“自述文件”文件，以获得该目录中文件的进一步信息。子目录管包含为管道流设置的代码的版本，包括入口和出口边
materia
- 材料领域中，在二次开发过后，利用MATLAB来编程画出材料织构图(to draw texture plot in which data get from secondary development using matlab)
Rain-Plot
- New resource allocation schemes are proposed to improve the performance of rainy cooperative FSO networks. The schemes are formulated as multi-objective optimization problems. The simulation results indicate the superior performance over existing