Plotting several Polarplots below each other

Plotted an elipse using polarlpot with two vectors AspectX and RangeX as input using the code below and receiving the following plot:

            nFig = 1;
            color = 'b';
            h = figure(nFig);
            polarplot( AspectX,RangeX,color);hold on;
            % using symmetrie
            polarplot(-AspectX,RangeX,'c');
            
            %% changing axis title
            % aspect-angle RH-> [0-180°], LH-> [-180-0°]
            ax = gca;
            tt = ax.ThetaTick;
            for i=1:length(tt)
               if tt(i) > 180
                   ttL{i} = num2str(tt(i)-360);
               else
                   ttL{i} = num2str(tt(i));
               end
            end
            set (ax,'ThetaTickLabel',ttL);
                
            
            

My goal is now to create a Z-Dimension and creating several of those ellipses above each other, by giving every ellipse a Z-Value.

I already used this 3dPolarplot script but was not succesfull:

https://de.mathworks.com/matlabcentral/fileexchange/13200-3d-polar-plot?s_tid=prof_contriblnk

Any help is much appreciated!

[NightStalker]

While experimentating with polarplot3d if figured out that this function is not suitable for me and was able to solve my problem using fill3.

Answer 1

[Sulaymon Eshkabilov]

Do you have any mathematical formulation depicting the relatioship between the ellipses and Z axis? If you do then that can be used to compute the 3D data for Z. For that first create a meshgrid of data for theta and R and then compute the values of Z using meshgrid data. Finally, using the fcn file polarplot3d( ) ==> polarplot3d(Z), 3D polar plot will be build.

[NightStalker]

Thank you Sulaymon for answering,

Every ellipse should have one constant Z-value, therefore there is no mathematical relationship in terms of

Z = f(thetra,radius). All I have is one vector with theta-angles, one vector with the corresponding radiuses and one constant Z-value.

The problem is, that I dont understand how to use those values as correct input for the polarplot3d-function...