plot(t,m_betari(:,ii)*180/pi,'color',colori,'LineWidth',3); %plot(t(1:100:end),entrepi(unwrap(betarisGT(1:100:end,ii)))*180/pi,'*','color',colori); end xlabel('time'); ylabel('FOV [degrees]'); title('Evolution of the target projection in the cameras FOV between (-beta...
If a single input of thepolarplot()function is a matrix, the function will plot more than one line on the polar plot with different colors. For example, let’s plot two vectors on the polar coordinates using thepolarplot()function. ...
Here is my code, I wanna to draw a cosine animatedline in polar coordinates rather than cartesian coordinates, what can I do? XD N = 10000; phi = linspace(0, 2 * pi, N); u1 = 3; figure gridon h = animatedline; M = 1e3; ...
% transform data in polar coordinates to Cartesian coordinates. YY = (rNorm)'*cosd(theta); XX = (rNorm)'*sind(theta); % plot data on top of grid h = pcolor(XX,YY,Z,'parent',cax); shading flat set(cax,'dataaspectratio',[1 1 1]);axis off; if ~ishold(cax); % make a radial...
Polar plots in MATLAB provide a unique and effective way to visualize data in a circular or radial fashion. Unlike Cartesian coordinates, which use x and y axes, polar plots use a radial axis and an angular axis. These plots are particularly useful for representing data that is inherently ...
Found this code for generating contour plots with polar coordinates. It works, but I don't understand why and I also need to plot contour plots with polar coordinates. Can someone, please, explain the code to me? Thanks Shani +++++THE CODE--- % Create polar data [r,t]...
Convert cartesian coordinates to polar coordinates. Learn more about polar coordinates, cartesian coordinates
You indicate that you need the angle of Ztot, but you seem to already be calculating that and placing it in theta. And then you are using that angle as if it was a cartesian coordinate ?? Your calculations look to me more like you have polar coordinates that you want to translate to...
(a,10*a,100);[t,r]=meshgrid(theta,rr);% create meshgrid in two dimensions[x,y]=pol2cart(t,r);% converts polar to cartesian coordinatesstreamline=V_i.*sin(t).*r.*(1-(a^2./(r.^2)));% Creation of the streamline functionpressure=2*(a.^2./r.^2).*cos(2.*t)-(a.^4./...
% Convert from polar to cartesian coordinates [x_cart, y_cart] = pol2cart(theta_side, rho_side); % Append to array x_patch = [x_patch, x_cart]; y_patch = [y_patch, y_cart]; end % Create patch object patch(x_patch, y_patch, wedge_color(jj, :),... ...