h = 2; % height of cylinder
circumference_pnts = 100; % number of points in the circumference
theta = linspace(0, 2*pi, circumference_pnts); % angle to compute 'x' and 'y'
x = repmat(r*cos(theta),2,1); % compute coordinates and put in appropriate form
y = repmat(r*sin(theta),2,1); % compute coordinates and put in appropriate form
z = [zeros(1,circumference_pnts);h*ones(1,circumference_pnts)]; % array of 'z' values: first row is basis of cylinder and second row is top of cylinder
surf(x,y,z)
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