Using patternCustom to plot antenna Radiation Pattern in one figure

I'm using MATALAB R2020A with the Antenna toolbox to generate 2-D Plots of the measured Radiation Pattern (power in dBi) of an antenna, saved in an excel file. I wish to plot the Z-X Plane, and Z-Y Plane slice of the RP, but can't seem to understand how to combine the "right side" and "left side" pattern to create one plot. As I understand it has to do with using the polarpattern class, but I cant seem to use it correctly. It would also be great to know how to fix the legend, and add a plot title.

clearvars; %clear all worskspace variables
close all; %Close all figures
%% ------Get data from excel sheet--------- 
%     %Get Anttena Powerb(dBi) data 13x17array 
%       filename='RawAntennaData.xlsx';
%       H = table2array(readtable(filename,'Sheet','Horizontal','Range','B2:R14'));%
%     %Get Theta (Elevation) and Phi (Azimuth) data, respectively a 13x1 and 1x17 array 
%       El= table2array(readtable(filename,'Sheet','Sheet1','Range','A2:A14'));%Elevation, "Vertical" Angle from 0 to pi
%       Az = table2array(readtable(filename,'Sheet','Sheet1','Range','B1:R1'));%Azismuth, "Horizontal" angle -pi to pi
%% --- Get data for Helix type antenna Radiation pattern----     
h = helix;
[H,Az,El] = pattern(h,2e9);
theta = El;
phi = Az';
MagE = H';
%% 3-D Plot of Antenna Radiation pattern
figure;
    patternCustom(MAgE, theta, phi);% 3D plot in Polar cordinates
%% ----- 2-D Plot of Z-X Plane (Theta) Cut with phi/Azimuth=90, in Polar coordinates -------
figure; % Plot Z-X RP data points (for Y=0, phi=0°)  at +X axis (right side)
    A= patternCustom(MagE, theta, phi,'CoordinateSystem','polar','Slice','phi','SliceValue',0);
    %p = polarpattern('gco');
    %P = polarpattern(p,'TitleTop','Polar Pattern of Monopole');
hold on
%figure; % Plot Z-X RP data points (for Y=0, phi=180°) at -X axis (left side)
    B=patternCustom(MagE, theta, phi,'CoordinateSystem','polar','Slice','phi','SliceValue',180);
hold off
legend('A', 'B');

Answer 1

[Sharath Maadam]

Code requires a bit of modifications that could serve as a work around for the issue. Modifications include using a property of TitleTop of patternCustom and creating a new legend for the both data labels of the legend.

Here is the code snippet below:

%% --- Get data for Helix type antenna Radiation pattern----     
h = helix;
[H,Az,El] = pattern(h,2e9);
theta = 90-El;
phi = Az';
MagE = H';
% Slice for 0 phi
A = patternCustom(MagE, theta, phi,'CoordinateSystem','polar','Slice','phi','SliceValue',0);
hold on;
% Slice for 180 phi
B = patternCustom(MagE, theta, phi,'CoordinateSystem','polar','Slice','phi','SliceValue',180);
% Sets the title
B.TitleTop='Figure for two plots';
hold off
l=legend(gca);l.delete;
% Sets the legend names
legend(gca,'phi=0','phi=180')

Hope this helps

Answer 2

[Sharath Maadam]

Updating the answer to work on latest matlab releases.

%% --- Get data for Helix type antenna Radiation pattern----     
h = helix;
[H,Az,El] = pattern(h,2e9);
theta = 90-El;
phi = Az';
MagE = H';
% Slice for 0,180 phi
B = patternCustom(MagE, theta, phi,'CoordinateSystem','polar','Slice','phi','SliceValue',[0 180]);
% Sets the title
B.TitleTop='Figure for two plots';
l=legend(gca);l.delete;
% Sets the legend names
legend(gca,'phi=0','phi=180')