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using Aspose.ThreeD;
using Aspose.ThreeD.Entities;
using Aspose.ThreeD.Profiles;

var scene = new Scene();

// Rectangle profile: 2 units wide, 1 unit tall
var rectProfile = new RectangleShape();
rectProfile.XDim = 2.0;
rectProfile.YDim = 1.0;

// Extrude the rectangle 5 units along Z
var extrusion = new LinearExtrusion(rectProfile, 5.0);
extrusion.Slices = 10;
scene.RootNode.CreateChildNode("beam", extrusion);

scene.Save("beam.gltf", FileFormat.GLTF2);

using Aspose.ThreeD.Profiles;

// L-shaped cross-section structural beam
var lProfile = new LShape();
lProfile.Width     = 0.1;
lProfile.Depth     = 0.2;
lProfile.Thickness = 0.01;

var extrusion = new LinearExtrusion(lProfile, 4.0);
scene.RootNode.CreateChildNode("l_beam", extrusion);

using Aspose.ThreeD.Profiles;

// Base profile to mirror
var baseProfile = new RectangleShape();
baseProfile.XDim = 0.5;
baseProfile.YDim = 1.0;

// Mirror the base profile to get a symmetric shape
var mirrored = new MirroredProfile(baseProfile);

var extrusion = new LinearExtrusion(mirrored, 3.0);
scene.RootNode.CreateChildNode("symmetric_beam", extrusion);

using Aspose.ThreeD.Profiles;
using Aspose.ThreeD.Entities;

var circle = new Circle { Radius = 0.5 };
var tube = new CenterLineProfile(circle, 0.05); // 5 cm wall
var extrusion = new LinearExtrusion(tube, 10.0);
scene.RootNode.CreateChildNode("pipe", extrusion);