cctbx Automatic multi-platform builds

All cctbx modules are automatically assembled into self-contained source code bundles and self-extracting binary bundles for a variety of platforms. The Build tags indicate the date and time (PST or PDT) when the build was initiated.

Archive of cctbx CVS activity (starting 2005-Jan-21)

Acknowledgments

The source code bundles below include the following:

Complete packages:

Boost C++ libraries incl. David Abraham's Boost.Python library
Python programming language
SCons software construction tool
Template Numerical Toolkit (TNT)
Kevin Cowtan's Clipper libraries
CCP4 Monomer Library (Vagin et al. (2004). Acta Cryst. D60, 2184-2195)
James Hester's PyCifRW library
Greg Ward's Optik library

Selected files from:

CCP4 I/O libraries
BioPython (biopython-1.40b/Bio/pairwise2.py)
mmLib: Python Macromolecular Library

Converted code based on:

Paul Swarztrauber's FFTPACK 4.1
Jorge Nocedal's L-BFGS: limited-memory quasi-Newton code for unconstrained optimization
L-BFGS-B: limited-memory quasi-Newton code for large-scale bound-constrained or unconstrained optimization
Polygonising a scalar field (By Paul Bourke, Cory Gene Bloyd, Geoffrey Heller, Raghavendra Chandrashekara.)
Airlie McCoy's FFT structure factor calculation from an early version of Phaser
Real-symmetric eigenvector and eigenvalue code from the Bioinformatics Template Library
Sacha Urzhumtsev's CONVROT
STLport 4.5.3 std::vector<> implementation

We are deeply indebted to the authors for making source code available under open licenses. This allows us to make complete, self-contained distributions. Thanks!!!