Cross-crystal Likelihood Phase Probability Estimation and Refinement

There are currently two major pressures on crystallographic computing:

* Increased automation to increase throughput in line with genomics applications.

* Increased data complexity, as data from more sources is
combined and carried through the whole calculation to solve
more difficult problems.

The Clipper project is an initiative to address these

The aim of the project is to produce a set of object-oriented
libraries for the organisation of crystallographic data and
the performance of crystallographic computation. The libraries
are designed as a framework for new crystallographic software,
which will allow the full power of modern programming
techniques to be exploited by the developer. This will lead to
greater functionality from simpler code which will be easier
to develop and debug.

Kevin Cowtan

Source Files
Filename Size Changed Actions
1-implicit.patch 0000000305 305 Bytes about 10 years
2-ccp4.patch 0000001528 1.49 KB about 10 years
3-libadd.patch 0000001429 1.4 KB about 10 years
clipper-2.1-090714-ac.tar.bz2 0000776314 758 KB about 10 years
clipper.changes 0000001059 1.03 KB over 7 years
clipper.spec 0000006677 6.52 KB over 7 years
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