Add files via upload

Author: claudioperez

Test.m

@@ -0,0 +1,50 @@
+clear all
+
+u    = py.importlib.import_module('xara.units.iks');
+xs   = py.importlib.import_module('xsection');
+veux = py.importlib.import_module('veux');
+xs = py.importlib.reload(xs);
+
+
+d     = 18*u.inch; % depth
+b     = 20*u.inch; % width
+t     =  6*u.inch; % thickness
+cover =  2*u.inch;
+
+%
+% Create composite shape
+%
+
+% Create patches
+flange = xs.library.Rectangle(t, d);
+web    = xs.library.Rectangle(b, t).translate({0, -d/2-t/2});
+
+% Combine into one shape
+section = xs.CompositeSection({web, flange});
+
+%
+% Add reinforcement
+%
+
+% Create a shape representing a single rebar. The parameter z=2 will ensure
+% this material takes priority over the concrete of the rectangular flange
+bar = xs.library.Circle(0.4, z=2, mesh_scale=1, divisions=int32(10));
+
+% Now replicate the rebar
+ri  = {-(b/2-cover), -d/2-t/1.5};
+rj  = {  b/2-cover , -d/2-t/1.5};
+top_bars = bar.linspace(ri, rj, int32(4));
+
+% section.add_patches(top_bars);
+
+% section = section.translate(section.centroid);
+
+%
+% Visualization
+%
+artist = veux.create_artist(section.model);
+artist.draw_outlines();
+artist.draw_surfaces(); %field=section.torsion_warping()
+artist.save("tee.glb");
+% veux.serve(artist);
+surfaceMeshShow(readSurfaceMesh("tee.glb"), BackgroundColor="white");