% Define the 36 degree in radianstheta = 36*pi/180;
% Define the golden ratiophi = (1 + sqrt(5))/2;
% Define the starting pointsp1 = [0; 0];
p2 = [cos(theta); sin(theta)];
% Define the edge lengthsedge1 = 1;
edge2 = phi;
% Initialize a figurefig = figure;
hold on;
% Draw the Penrose tilingfori = 1:10 [p1, p2] = penrose_step(p1, p2, edge1, edge2, theta);
draw_line(p1, p2);
end% Function to perform a Penrose stepfunction[q, r] = penrose_step(p, q, edge1, edge2, theta) r = p + edge1.*[cos(theta), sin(theta)]';
p = q + edge2.*[cos(theta), sin(theta)]';
q = r;
end% Function to draw a line between two pointsfunctiondraw_line(p, q)plot([p(1), q(1)], [p(2), q(2)], 'k');
end
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This code will generate a Penrose tiling in MATLAB using a series of line segments. You can adjust the number of iterations by changing the loop in the code.