pyNanoMatBuilder is a software tool focused on the construction and analysis of nanoparticle crystal structures. Its documentation highlights a broad set of features for generating and manipulating various geometric and crystalline shapes at the nanoscale. The tool appears to provide functionality for creating different nanoparticle forms, such as spheres, ellipsoids, wires, cylinders, parallelepipeds, and Wulff shapes, through a set of builder classes and methods. It also supports the modeling of geometric nanoparticle shapes, including Platonic solids (like cubes, octahedra, and icosahedra) and Archimedean shapes, with detailed properties and analytic calculations available for each type.
The documentation lists a range of methods and attributes for each shape, covering aspects such as atom counts, layer arrangements, edge lengths, radii, surface area, and volume calculations. There are also features for loading external crystal structure data, generating supercells, and defining custom nanoparticle distributions. The tool provides analytic and cumulative calculations for shell and layer properties, as well as functions for deriving geometric characteristics like circumscribed and inscribed spheres, dihedral angles, and more. Visualization-related attributes, such as image files and crystal shape descriptors, are also included in the feature set.
The focus of the documentation is on the technical API and the theoretical background for modeling crystalline nanoparticles, positioning pyNanoMatBuilder within the class of frameworks or SDKs for nanoparticle structure generation and analysis.
In the Frameworks & SDKs space, pyNanoMatBuilder documentation takes a focused approach. It focuses on automating the creation and analysis of complex nanoparticle crystal structures for scientific research. It is built as an open-source project for materials scientists and computational chemists. pyNanoMatBuilder documentation is open source under the GPL-3.0-or-later license. pyNanoMatBuilder documentation is available on the web, the command line, and API, and it can be self-hosted.
pyNanoMatBuilder documentation first shipped in 2026. Key capabilities include nanoparticle modeling, crystal structure builder, and geometric shape generation.
Latest indexed changes and source events
Other apps tracked under the same category.
