3D Processing Python High Code API

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Aspose.3D for Python via .NET is an easy-to-use 3D game programming & CAD on-premise API. Enhance your Python applications to perform creation, processing & manipulation of 3D models, scenes, geometries, animations, and other three dimensional objects without the need to install any third-party 3D modeling or rendering software. Supports the read, write, edit, remove and other operations on a wide range of 3D file formats.

3D Python via .NET On-premise API Features

3D Scene Features

• Create, read, save, import or export a 3D scene.
• Define metadata for the 3D scene to add asset information.
• Ability to flip the coordinate system in the supported (3DS, STL, OBJ, & U3D) 3D formats.
• Convert 3D Mesh into custom binary format.
• Export 3D Scene to AMF (Compressed) file format.
• Allows to change the orientation of a 3D Scene.

3D Geometry Features

• Create 3D Cube Mesh
• Create normal vectors and UV coordinates
• Add materials to 3D objects
• Apply Physical Based Rendering (PBR) Material for efficient and realistic rendering
• Rotate objects in 3D space using Euler angles, quaternion, & custom transformation matrix.
• Create the Transformation Matrix by the chain operations.
• Define logical structure of a 3D scene using node hierarchy.
• Attach geometries, cameras, & lights to nodes.
• Share mesh geometry data among multiple nodes.
• Ability to combine to quaternions to represent orientation in the 3D space.
• Scale geometry of a specific 3D node or scale geometries of all the nodes of a 3D scene.

3D Animation Features

• Ability to render the animated scene.
• Support for keeping the light-camera always facing a specified node. (some supported file formats only.)
• Perform object animation (key-frame animation).

3D Object Features

• Build binormal & tangent data in a 3D Model for all the meshes.
• Convert the single 3D object mesh into a PLY file.
• Convert a Mesh into a triangle mesh and access its vertices.
• Convert the following to Mesh:
  • 3D Sphere to Mesh
  • 3D Box to Mesh
  • 3D Plane to Mesh
  • 3D Cylinder to Mesh
  • 3D Torus to Mesh
• Create a parameterized rectangular torus into the 3D Scene.
• Create, edit & work with the custom properties of a 3D Scene.
• Ability to split & merge meshes.
• Use the X-Path Query syntax to select specific or more objects under the current node.

Rendering

• Set the camera & light position.
• Configure which objects may receive the shadow and which ones may cast the shadow.
• Supports creating a Fish-eye lens effect.
• Ability to program the GPU and configure the graphics hardware for 3D rendering.
• Navigate the camera in the 3D scene and place it at your desired position.
• Render a panoramic view of the 3D scene and export it to any of the supported conversion formats.

Please visit the official documentation for a more detailed list of features.

Read & Write 3D File Formats

Autodesk® 3D Studio: 3DS\ CAD: AMF, OBJ\ AVEVA PDMS: RVM\ COLLADA: DAE\ Google Draco: DRC\ MotionBuilder: FBX\ 3D Models: GLB\ Acrobat®: PDF\ 3D Scanning: PLY\ 3D Printing: STL\ 3D PDF: U3D

Load 3D File Formats

Microsoft® 3D Builder: 3MF\ Autodesk®: ASE\ AutoCAD®: DXF\ Siemens® PLM: JT\ Pixar®: USD, USDZ\ Virtual Reality: VRML\ DirectX 3D: X

Save 3D Files AS

Markup: HTML

Please visit Supported File Formats for further details.

System Requirements

Your machine does not need to have modeling and rendering software installed.

Supported Operating Systems

Microsoft Windows®: Windows Desktop & Server (x64, x86) Linux: Ubuntu, OpenSUSE, CentOS, and others Other: Any operating system (OS) that can install Mono(.NET 4.0 Framework support) or use .NET core.

Target Linux Platform

Runtime Libraries: GCC-6 (or later) GDI+ API: [libgdiplus](https://github.com/mono/libgdiplus) .NET Core: Dependencies of .NET Core Runtime. Installing .NET Core Runtime itself is NOT required. For Python 3.5-3.7: The pymalloc build of Python is needed. The --with-pymalloc Python build option is enabled by default. Typically, the pymalloc build of Python is marked with m suffix in the filename. Python Library: libpython shared Python library

Rendering

• Vulkan x64 platform, x86 is not supported.
• AMD Radeon 7700 series and newer
• NVIDIA GeForce 600 series and newer
• Intel Skylake and newer

Get Started

Installation via pip

The Aspose.3D for Python via .NET is available at pypi.org. To install it, please run the following command:

pip install aspose-3d

Using Aspose.3D for Python via .NET in your Code

import aspose.threed as a3d

scene = a3d.Scene()
scene.root_node.create_child_node(a3d.entities.Cylinder())
scene.save("Cylinder.fbx", a3d.FileFormat.FBX7400ASCII)

Create a 3D PDF with a Cylinder

{{< gist aspose-3d-gists cfde9f76113134443c76608c1d19453a >}}

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