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PITMOS - a system of interactive computer programs for visualization of crystal packing

PITMOS - a system of interactive computer programs for visualization of crystal packing A system of computer programs for interactive representation of crystalline architecture and organization is presented. This program allows the unit cell and its contents to be rotated with respect to any selected reference frame. Molecular representations such as the stick model or the solid ball-and-stick model can be selected. Two graphic modes are available. The first is the conventional projection, in which color may be used extensively to differentiate different atomic species and distinct molecules. The second mode makes use of a stereoscopic representation and yields a three-dimensional view of the structure, which can be interactively modified. Several other user-friendly features are available, including a selective erase/restore procedure and an interactive change of the representation parameters. The program also offers the possibility of calculating and displaying specific intermolecular bonds such as hydrogen bonds or metal-ligand bonds. http://www.deepdyve.com/assets/images/DeepDyve-Logo-lg.png Journal of Applied Crystallography International Union of Crystallography

PITMOS - a system of interactive computer programs for visualization of crystal packing

Journal of Applied Crystallography , Volume 19 (1): 65 – Feb 1, 1986

PITMOS - a system of interactive computer programs for visualization of crystal packing

Journal of Applied Crystallography , Volume 19 (1): 65 – Feb 1, 1986

Abstract

A system of computer programs for interactive representation of crystalline architecture and organization is presented. This program allows the unit cell and its contents to be rotated with respect to any selected reference frame. Molecular representations such as the stick model or the solid ball-and-stick model can be selected. Two graphic modes are available. The first is the conventional projection, in which color may be used extensively to differentiate different atomic species and distinct molecules. The second mode makes use of a stereoscopic representation and yields a three-dimensional view of the structure, which can be interactively modified. Several other user-friendly features are available, including a selective erase/restore procedure and an interactive change of the representation parameters. The program also offers the possibility of calculating and displaying specific intermolecular bonds such as hydrogen bonds or metal-ligand bonds.

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Publisher
International Union of Crystallography
Copyright
Copyright (c) 1986 International Union of Crystallography
ISSN
0021-8898
DOI
10.1107/S0021889886089975
Publisher site
See Article on Publisher Site

Abstract

A system of computer programs for interactive representation of crystalline architecture and organization is presented. This program allows the unit cell and its contents to be rotated with respect to any selected reference frame. Molecular representations such as the stick model or the solid ball-and-stick model can be selected. Two graphic modes are available. The first is the conventional projection, in which color may be used extensively to differentiate different atomic species and distinct molecules. The second mode makes use of a stereoscopic representation and yields a three-dimensional view of the structure, which can be interactively modified. Several other user-friendly features are available, including a selective erase/restore procedure and an interactive change of the representation parameters. The program also offers the possibility of calculating and displaying specific intermolecular bonds such as hydrogen bonds or metal-ligand bonds.

Journal

Journal of Applied CrystallographyInternational Union of Crystallography

Published: Feb 1, 1986

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