1. tight_subplot is a very good function which does exactly the same and gives us access to control the space between subplots.
Example:
figure(140);clf
%Units are normalized to 1.
gap = [0.005 0.005]; %lower, uppper between subplots
figureMargin_topAndBottom = [.2 .15];
figureMargin_leftAndirght = [.2 .15];
ha = tight_subplot(2,2,gap, figureMargin_topAndBottom, figureMargin_leftAndirght)
corrMs = randn(100);
for ii = 1:1:4
axes(ha(ii)), % this is important.... this activates that particular subplot
surf(abs(corrMs)); shading interp
view(0,0); % viewing from x-dimension (x-z axes)
if ii > 2
view(90,0); % just viewing from another dimension (y-z axes)
end
end
set(ha(2),'ZTickLabel',[]);
set(ha(4),'ZTickLabel',[]);
set(ha(1:2),'YTickLabel',[]);
set(ha(3:4),'XTickLabel',[]);
set(gcf, 'Color', 'w'); % background of the figure, outside the axes
axes(ha(3)); % this activates the axes and lets you add the attributes to that subplot
ylabel('X Data');
zlabel('Z Data');
Example:
figure(140);clf
%Units are normalized to 1.
gap = [0.005 0.005]; %lower, uppper between subplots
figureMargin_topAndBottom = [.2 .15];
figureMargin_leftAndirght = [.2 .15];
ha = tight_subplot(2,2,gap, figureMargin_topAndBottom, figureMargin_leftAndirght)
corrMs = randn(100);
for ii = 1:1:4
axes(ha(ii)), % this is important.... this activates that particular subplot
surf(abs(corrMs)); shading interp
view(0,0); % viewing from x-dimension (x-z axes)
if ii > 2
view(90,0); % just viewing from another dimension (y-z axes)
end
end
set(ha(2),'ZTickLabel',[]);
set(ha(4),'ZTickLabel',[]);
set(ha(1:2),'YTickLabel',[]);
set(ha(3:4),'XTickLabel',[]);
set(gcf, 'Color', 'w'); % background of the figure, outside the axes
axes(ha(3)); % this activates the axes and lets you add the attributes to that subplot
ylabel('X Data');
zlabel('Z Data');
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