aspose-3d 26.6.0

3D API Features

Aspose.3D offers a wide arrange of features for creating, reading, manipulating and saving 3D files:

• Build the mesh of various 3D geometric shapes

• Create a 3D scene document

• Set up normals or UV on the Cube

• Format elements using 3D Transformations

• Share Mesh’s geometry data between the multiple nodes

• Add Animation property to 3D scene document

Performance and Scalability

Aspose.3D for Python via .NET is designed to perform equally well on the server or client-side. Aspose.3D for Python via .NET is a single .NET library that can be deployed with any .NET application by simply copying it. You do not have to worry about other services or modules.

Supported Document Formats

Aspose.3D for Python supports a wide range of formats for loading and saving documents, some of them are listed below:

Game: 3DS, ASE, DAE, FBX, U3D, X VR/AR: USD, USDZ, VRML CAD: DXF, RVM, JT Web and PDF: HTML5, glTF, glB, PDF 3D Printing: 3MF, AMF, OBJ, STL, Point Cloud: XYZ, OBJ, PLY, PCD

Detect 3D Format Programming Sample

importaspose.threedasa3d# For complete examples and data files, please go to https://github.com/aspose-3d/Aspose.3D-for-.NET# Detect the format of a 3D fileinputFormat = a3d.FileFormat.detect("document.fbx");# Display the file formatprint("File Format: " + str(inputFormat))

Creating a 3D Scene Document: Programming Samples

importaspose.threedasa3d# For complete examples and data files, please go to https://github.com/aspose-3d/Aspose.3D-for-.NET# The path to the documents directory.# Create an object of the Scene classscene = a3d.Scene()# Save 3D scene documentscene.Save("document.fbx", a3d.FileFormat.FBX7500ASCII)

Create a 3D PDF with a Cylinder

fromaspose.threedimport Scenefromaspose.threed.entitiesimport Cylinderfromaspose.threed.shadingimport PhongMaterialfromaspose.threed.formatsimport PdfSaveOptions, PdfLightingScheme, PdfRenderMode# Create a new scenescene = Scene()# Create a cylinder child nodecylinder = scene.root_node.create_child_node("cylinder", Cylinder())cylinder.material = PhongMaterial()# Set rendering mode and lighting schemeopt = PdfSaveOptions()opt.lighting_scheme = PdfLightingScheme.CADopt.render_mode = PdfRenderMode.SHADED_ILLUSTRATION# Save in the PDF formatscene.save("output_out.pdf", opt)

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