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APBS 3.2 CHANGELOG
==================
These are notes for APBS version 3.2
------------------------------------
* Binary releases may be found on [GitHub](https://github.com/Electrostatics/apbs/releases) and on [SourceForge](http://sourceforge.net/projects/apbs/files/apbs).
### New Features
* Poisson-Boltzmann Analytical Method (PYGBE, see [ADD_AUTHORS](ADD_LINK)) integrated with APBS. PYGBE can be installed from the "slic" branch of the [PYGE Repository](https://github.com/matiasmartineza/pygbe.git).
* Poisson-Boltzmann Analytical Method (PBAM, see [Lotan & Head-Gordon](http://pubs.acs.org/doi/full/10.1021/ct050263p)) and Semi-Analytical Method (PBSAM, see [Yap & Head-Gordon](http://pubs.acs.org/doi/abs/10.1021/ct100145f)) integrated with APBS. PBSAM is currently only available in the Linux and OS X distributions.
- Examples are located with the APBS examples in the pbam/ and pbsam/ directories.
- More information and documentation may be found in the [PBAM](http://www.poissonboltzmann.org/external_contributions/extern-pbam/) and [PBSAM](http://www.poissonboltzmann.org/external_contributions/extern-pbsam/) sections of the APBS website.
* Tree-Code Accelerated Boundary Integral Poisson-Boltzmann Method (TABI-PB) integrated with APBS.(See [Geng & Krasny](http://www.sciencedirect.com/science/article/pii/S0021999113002404))
- Examples are located with the APBS examples in the bem/, bem-pKa/, and bem-binding-energies/ folders
- Included NanoShaper alternative to MSMS.
- More information and documentation may be found in the [Contributions](http://www.poissonboltzmann.org/external_contributions/extern-tabi/) section of the APBS website
* Added binary DX format support to the appropriate APBS tools.
* Test suite amended and expanded.
* Removed hard-coded limitation to number of grid points used to determine surface accessibility.
* Moved [PDB2PQR](https://github.com/Electrostatics/pdb2pqr) components to it's own repository which can be installed separately.
### Known Bugs / Limitations
* FETK not building in windows due to C standard restrictions in the Microsoft compiler implementation.
### Minor Updates
* PB(S)AM now requires the key work 'pos' for the term argument.
* PB(S)AM 'surf' keyword has been replaced with the 'usemesh' keyword.
* PB(S)AM 'salt' keyword has been replaced with the 'ion' keyword.
* PB(S)AM dynamics parameters are no longer accepted in the ELEC section.
* PB(S)AM now has only one type of ELEC method: pb(s)am_auto.
* PB(S)AM 'gridpts' keyword has been replaced with 'dime' keyword.
* PB(S)AM 'dx' and '3dmap' keywords are deprecated to use the 'write' one instead.
* BEM mesh keyword now requires method names instead of just integer values.
* GEOFLOW ELEC type has been change from 'geoflow-auto' to 'geoflow'.
* Fixed miscellaneous Windows build issues.
* Update the build configurations for the Pythons libraries.
* Removed unused files that no longer worked (e.g. Makefile in example directories)
* Updated Sphinx configuration to build API documentation
### Notes
* The following are included in APBS as Git submodules:
- Geometric Flow ([link](https://github.com/Electrostatics/geoflow_c/tree/e8ce510a670e0b7f3501e72be6141fc20328f947))
- FETk ([link](https://github.com/Electrostatics/FETK/tree/0c6fdeabe8929acea7481cb1480b5706b343b7e0))
- PBAM/PBSAM ([link](https://github.com/davas301/pb_solvers/tree/4805cbec02b30e9bae927f03ac2fecd3217c4dad))
- TABI-PB ([link](https://github.com/lwwilson1/TABIPB/tree/941eff91acd4153a06764e34d29b633c6e3b980f))
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