% This scrypt illustrates the use of VoxelPlotter function to visualize

% voxel data stored in a 3d matrix

clear all

close all

clc

%Generating sinthetic input

gridesize=16;

R=8;

VoxelMat=zeros(gridesize,gridesize,gridesize);

for i=1:gridesize

    for j=1:gridesize

        for k=1:gridesize

            if (i-gridesize/2)^2+(j-gridesize/2)^2+(k-gridesize/2)^2<R^2

                VoxelMat(i,j,k)=1;

            end

        end

    end

end

[vol_handle]=VoxelPlotter(VoxelMat,1); 

%visual effects (I recommend using the FigureRotator function from MATLAB

%Centeral

view(3);

daspect([1,1,1]);

set(gca,'xlim',[0 gridesize], 'ylim',[0 gridesize], 'zlim',[0 gridesize]);