Create a feather plot by specifying the components of each arrow as Cartesian values. Thenth arrow originates fromnon thex-axis.

t = -pi/2:pi/8:pi/2; u = 10*sin(t); v = 10*cos(t); feather(u,v)

Create a feather plot using polar coordinates by first converting them to Cartesian coordinates.

To do this, create vectors with polar coordinates. Convert them to Cartesian coordinates using thepol2cartfunction. Then, create the plot.

th = -pi/2:pi/16:0; r = 10*ones(size(th)); [u,v] = pol2cart(th,r); feather(u,v)

Create a vector of complex values. Then, display them using a feather plot. The real part determines thex-component of each arrow, and the imaginary part determines they-component.

Z = [2+3i -1-3i -1+i 2i 3-4i -2-2i -2+4i 0.5-i -3i 1+i]; feather(Z)

Create a feather plot with red arrows.

t = -pi/2:pi/8:pi/2; u = 10*sin(t); v = 10*cos(t); feather(u,v,'r')

Specify the line width and color of a single arrow by assigning the arrow to a variable and then setting its properties. To do this, first create a feather plot and return an array ofLineobjects.

t = -pi/2:pi/8:pi/2; u = 10*sin(t); v = 10*cos(t); f = feather(u,v);

Assign the first arrow to a variable. The first arrow corresponds to the first elements ofuandv. Then, change the line width and color.

f1 = f(1); f1.Color ='r'; f1.LineWidth = 2;

Starting in R2019b, you can display a tiling of plots using thetiledlayoutandnexttilefunctions. Call thetiledlayoutfunction to create a 1-by-2 tiled chart layout. Call thenexttilefunction to create an axes object and return the object asax1. Create the left plot by passingax1to thefeatherfunction. Add a title to the plot by passing the axes to thetitlefunction. Repeat the process to create the right plot.

tiledlayout(1,2)% Left plotax1 = nexttile; t = 0:pi/8:pi/2; u1 = 10*sin(t); v1 = 10*cos(t); feather(ax1,u1,v1) title(ax1,'Left Plot')% Right plotax2 = nexttile; u2 = zeros(5,1); v2 = [1 -2 3 -4 5]; feather(ax2,u2,v2) title(ax2,'Right Plot')