Add the directivity of the dipole to the existing polar plot of helix antenna. Get add(P,D);Add Angle and Magnitude Data to Polar Pattern Copy Code Copy Command Create a dipole and plot the polar pattern of its
I have the code below, and i want to add a label with each data point. For the first data point, i want to label it '1', and second data point '2' and so on. 테마복사 tenFootHorizontal = [2,3,-4.-1] tenFootVeetical = [1,3,0,.5] scatter(tenFootHorizontal,tenFootVe...
matlab-画图函数:scatter和plot 由于需要画图的时候会经常忘记画图函数的具体参数,所以给总结了一下,便于自己和大家用的时候查起来方便,不用到处查,浪费很多时间。 画图的时候常用的画图函数有scatter和plot,具体语法可以直接在MATLAB命令框里输入:help+空格+函数名,查看具体的语法规则,还附带例子的,比网上查的更清楚...
you have to know the xy coordinates of those points to mark them . suppose i have a graph Y(X) : X=1:10;Y=randn(1,10); plot(X,Y), holdon, Marked=[X(2) Y(2); X(4) Y(4)]; plot(Marked(:,1),Marked(:,2),'o'); ...
Add S-Parameter Data to Existing Smith Plot This example uses: Antenna Toolbox RF Toolbox Copy Code Copy Command Plot the reflection coefficients of a dipole antenna. Create a strip dipole antenna on the Y-Z plane. Calculate the complex s-parameters of the dipole antenna from 60 MHz to 90...
Create a plot. Add a title with the title function. Then add a subtitle with the subtitle function. Get plot([0 2],[1 5]) title('Straight Line') subtitle('Slope = 2, y-Intercept = 1') Include Variable in Subtitle Copy Code Copy Command Create a plot, and add a title to the...
Plot the row times on the x-axis and the RainInchesPerMinute variable on the y-axis. When you plot data from a timetable, the row times are plotted on the x-axis by default. Thus, you do not need to specify the Time variable. Return the Line object as p. Notice that the axis ...
Vector and Matrix Data scatter3(X,Y,Z) displays circles at the locations specified by X, Y, and Z. To plot one set of coordinates, specify X, Y, and Z as vectors of equal length. To plot multiple sets of coordinates on the same set of axes, specify at least one of X, Y, or...
data for plotting t1 = 0:0.1:5; t2 = 0:1:5; y11 = sin(t1); y21 = t1.^2-5; y22 = 15-t2.*2; y31 = sqrt(t1).*2+97; y41 = rand(size(t1))-2; y42 = rand(size(t1))+4; p(1) = plot(h.p(1),t1,y11,'Color',C1);hold on; p(2) = plot(h.p(2),t1,y21,...
time=data['date [AST]'] sal=data['salinity'] tem=data['temperature [C]'] print(sal) DAT = [] for row in time: DAT.append(datetime.strptime(row,"%Y-%m-%d %H:%M:%S")) #create figure fig, ax =plt.subplots(1) # Plot y1 vs x in blue on the left vertical axis. ...