Try something like this —
hv = [0,2,4,6,8];
Xm = [
{[54.8765]} {[15.8544]}
{[55.3118]} {[19.0629]}
{[55.2927]} {[23.1122]}
{[54.4031]} {[28.4851]}
{[50.9514]} {[36.8417]}];
X = cell2mat(Xm).'; % Convert To Matrix & Transpose
figure
plot(X, ones(size(X,1),1)*hv, '.-', 'LineWidth',1) % Create Multiples Of 'hv' & Plot (Can Also Use 'repmat' For This)
xlabel('Xm')
ylabel('hv')
ylim(ylim+[-1 1]*0.5)
figure
plot(hv, X, '.-', 'LineWidth',1) % Reversing The Plot Arguments
xlabel('hv')
ylabel('Xm')
figure
plot(ones(size(X,1),1)*hv, X, '.-', 'LineWidth',1) % Reversing The Plot Arguments
xlabel('hv')
ylabel('Xm')
xlim(xlim+[-1 1]*0.5)
I added the ylim call in the second plot (changed to an xlim call in the third plot) to make the lines on the ends easier to see.
The first plot is of ‘hv’ versus ‘Xm’ and the last two are ‘Xm’ versus ‘hv’ since I’m not certain what you want.
.
