Making an irregular cylinder using surface plotting
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I have this code to plot a surface using data collected from a scan of said surface. I am looking to plot this surface around a cylinder. I am unsure of where to start to get the surface into the shape of a cylinder. The Data table is a 60x12 table, Distance is a 60x1.
Data = table2array(CopyofPCADeRidder339);
figure(2)
surf(1:12,Distance,Data)
ax = gca;
ax.PlotBoxAspectRatio = [0.5 2 0.5];
set(gca,'YDir','reverse')
ylabel("Distance from Discharge (ft)")
xlabel("Kiln Position")
title("3D Total RunOut; Raw Data")
2 个评论
DGM
2023-12-4
How exactly does this 2D data correspond to the surface of a cylinder?
Kyle Watkins
2023-12-4
采纳的回答
Here is one approach —
S = rand(60,12);
S = S.*((0:59).*exp(-0.1*(0:59))).';
figure
surf(S)
colormap(turbo)
axis('equal')
[X, Y, Z] = cylinder(1,size(S,1)-1);
% figure
% surf(X, Y, Z)
Xr = repmat(X(1,:), size(S,2), 1);
Yr = repmat(Y(1,:), size(S,2), 1);
zv = linspace(min(Z(:)), max(Z(:)), size(S,2));
Zr = (zv.*ones(size(S))).';
for k = 1:size(S,2)
Xc(k,:) = Xr(k,:).*(1+S(:,k)*0.1).';
Yc(k,:) = Yr(k,:).*(1+S(:,k)*0.1).';
end
figure
surfc(Xc,Yc,Zr)
colormap(turbo)
It may be possible to have the colormap code for the radius variations, however that is not in the documentation. It is not obviouos to me how to force it. The radius scaling is done in the loop that defines ‘Xc’ and ‘Yc’ so you will need to experiment with those to get the cylinder to look the way you want it to look. Use the view or rotate functions to change the viewpoint and orientation.
.
2 个评论
Kyle Watkins
2023-12-4
Star Strider
2023-12-4
As always, my pleasure!
If I can help with the necessary tweaks, post back here to let me know.
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