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It is composed of a set of API functions callable from application programs; each is implemented by calls to the Geometric Library's functions which are application-independent. In addition to geometric properties, MGOS also makes use of molecular properties such as force-fields, electrostatics, etc.
Jun 28, 2019 · MG allows researchers to model complicated molecular structure problems in terms of elementary yet standard notions of volume, area, etc. and ...
Here we present "Molecular Geometry (MG)" as a theoretical framework accompanied by "MG Operating System (MGOS)" which consists of callable functions ...
MGOS: A Library for Molecular Geometry and its Operating System · Deok-Soo Kim, Joonghyun Ryu, +8 authors. S. Ryu · Published in Computer Physics… 28 June 2019 ...
Values of molecular bond lengths, bond angles and (less frequently) bond torsion angles are readily available from databases, from crystallographic software, ...
MGOS implements the Molecular Geometry theory based on the Voronoi diagram, the quasi-triangulation, and the beta-complex and provides a unified platform for ...
In this paper, we introduce a unified framework of computational library, Molecular Geometry Operating System (MGOS), based on an analytic method for the ...
It turns out that the MG and MGOS could be applied to molecular structure problem and many other important applications such as the satellite conjunction ...
The role of MGOS for creating application programs. MGOS is a middleware engine connecting application programs to a set of appropriate API-functions where each ...
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Idealized Molecular Geometry Library. First learn about the Library, how to use it, how to reference it, and how to submit a new geometry.
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