Open Babel - The Open Source Chemistry Toolbox
Open Babel is a chemical toolbox designed to speak the many languages
of chemical data. It's an open, collaborative project allowing anyone
to search, convert, analyze, or store data from molecular modeling,
chemistry, solid-state materials, biochemistry, or related areas.
- Developed at science
- Sources inherited from project openSUSE:Factory
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3
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Source Files
Filename | Size | Changed |
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cripple_source.sh | 0000000907 907 Bytes | |
openbabel-2.3.0-crippled.tar.bz2 | 0008388473 8 MB | |
openbabel-2.3.0-no-build-date.patch | 0000001644 1.61 KB | |
openbabel.changes | 0000005342 5.22 KB | |
openbabel.spec | 0000003598 3.51 KB |
Revision 15 (latest revision is 38)
Sascha Peilicke (saschpe)
accepted
request 74447
from
Dirk Mueller (dirkmueller)
(revision 15)
- use rpm %ifarch - Updated to OpenBabel 2.3.0 * Completely rewritten stereochemistry perception, including support for tetrahedral, square planar, and higher-order stereochemistry. * Dramatically improved canonicalization algorithm (Note that in general, canonical SMILES have changed since the 2.2.x release.) * 2D depiction, including SVG vector graphics generation using code from MCDL. * New Spectrophore generation, contributed by Silicos NV. * New ChargeMethod API including support for partial charge assignment from Gasteiger, MMFF94, QEq, QTPIE methods and plugin interface for adding more. * Improved 3D coordinate generation. * New conformer generation framework, including support for diverse conformer generation and genetic algorithm lowest-energy searching. * Improved user documentation. * Improved aromaticity / Kekule bond assignment. * Improved unit test suite using the CMake-based CTest program. * Improved support for crystallographic unit cells (e.g., in CIF format). * Improved UFF force field method, including hypervalent 5, 6, 7 and higher coordination numbers. * Support for the GAFF (Generalized Amber Force Field) method. * Support for reading geometry optimizations as multiple conformers from Gaussian, GAMESS-US, and other quantum chemistry packages. * Support for reading molecular orbital energies from quantum chemistry formats. * Several memory leaks fixed. * Fixed many compiler warnings. * Fixed support for MinGW and Cygwin environments. * Fixed bugs with Gaussian 09 output files. * Latest released version of the InChI library (1.0.3) generating standard InChI. * Many more bug fixes and small feature improvements.
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