Path: Common/ComponentModels
% Generate a tube through the points p. If n is omitted n = 3. Type Tubing for a demo. -------------------------------------------------------------------------- Form: [v, f, l] = Tubing( p, d, n ) -------------------------------------------------------------------------- ------ Inputs ------ p (3,:) Points through which the tube must pass d (1,1) Diameter n (1,1) Number of divisons ------- Outputs ------- v (:,3) Vertices f (:,3) Faces l (1,1) Total length of the tubing elements --------------------------------------------------------------------------