I think the answer is yes. You can try to use the following code:

[X,Y] = meshgrid(x,y);

surf(X, Y, zeros(size(X)), R, ...

'FaceColor', 'interp', 'EdgeColor', 'flat','EdgeLighting', 'phong')

view([0 90])

caxis([minimum,maximum])

colormap(jet(125))

colorbar('Ylim', [-1 1], ...

'YTickMode', 'manual', ...

'Fontsize', 36, 'FontName', 'Times', 'FontWeight', ...

'normal', 'FontAngle', 'normal')

shading flat

where X and Y are the x and y axes respectively, and R is some field, which is a function of both x and y.

I think the answer is yes. You can try to use the following code:

[X,Y] = meshgrid(x,y);

surf(X, Y, zeros(size(X)), R, ...

'FaceColor', 'interp', 'EdgeColor', 'flat','EdgeLighting', 'phong')

view([0 90])

caxis([minimum,maximum])

colormap(jet(125))

colorbar('Ylim', [-1 1], ...

'YTickMode', 'manual', ...

'Fontsize', 36, 'FontName', 'Times', 'FontWeight', ...

'normal', 'FontAngle', 'normal')

shading flat

where X and Y are the x and y axes respectively, and R is some field, which is a function of both x and y.

Thanks you Hiqmet, i will try your code...

Hi Aria, thanks for your link, it's make me clear that we can create hovmoller plot in matlab, but do you have example code, perhaps different way that Hiqmet suggested..i new using matlab for data visualization..

Yes, or you can use pcolor in graph menu