MATLAB provides many methods for visualizing volumetric data, the list of available functions can be found here:
One popular method is to use the "slice" function, in conjunction with transparency to visualize amplitude data living in a dense 3-D space. Below is the documentation for the "slice" function, accompanied by two links offering useful examples of using this function.
Please refer to the latest release documentation on "slice", run the following command in your MATLAB instance to access the release-specific documentation.
web(fullfile(docroot, 'matlab/ref/slice.html'))
Example 1:
Example 2:
Below is a sample workflow with spacial data X, Y, and Z, and the data values corresponding to each location in V:
% space slices out without the data
sx = linspace(min(X(:)),max(X(:)),7);
sy = linspace(min(Y(:)),max(Y(:)),4);
sz = linspace(min(Z(:)),max(Z(:)),8);
% create the slices
% in this example, there are 19 surfaces created
h = slice(X, Y, Z, V, sx, sy, sz);
% set properties for all 19 objects at once using the "set" function
set(h,'EdgeColor','none',...
'FaceColor','interp',...
'FaceAlpha','interp');
% set transparency to correlate to the data values.
alpha('color');
colormap(jet);
