IMP 2.14.0 release

This is a minor update and bugfix release, which overhauls the IMP::kinematics and IMP::parallel modules, and adds support for Python 3.9. See the full change log for more details.

Pre-built binary packages for Linux, Windows and Mac are available at the IMP website. IMP can also be installed using Homebrew or Anaconda Python; install instructions are at the same location.

IMP 2.13.0 release

This is a major update release, which switches Ubuntu packages to use Python 3 by default (and adds support for Ubuntu 20.04 LTS, Focal Fossa), adds a new IMP::sampcon module for analysis (to estimate the highest precision at which the sampling is exhaustive), expands the data stored in RMF files, and improves IMP::pmi support for RNA/DNA. See the full change log for more details.

Pre-built binary packages for Linux, Windows and Mac are available at the IMP website. IMP can also be installed using Homebrew or Anaconda Python; install instructions are at the same location.

IMP 2.12.0 release

This is a major update release, which adds support for Python 3.8 and RHEL/CentOS 8, includes a new IMP::bayesianem module for Bayesian handling of cryo-electron microscopy density map data, drops the old IMP::pmi::representation::Representation class, and switches the default Python on Fedora and RHEL 8 from Python 2 to Python 3. See the full change log for more details.

Pre-built binary packages for Linux, Windows and Mac are available at the IMP website. IMP can also be installed using Homebrew or Anaconda Python; install instructions are at the same location.

IMP 2.11.1 release

This is a bugfix release, which fixes some issues with the build system, failures to read RMF files, and cloning of molecular hierarchies. See the full change log for more details.

Pre-built binary packages for Linux, Windows and Mac are available at the IMP website. IMP can also be installed using Homebrew or Anaconda Python; install instructions are at the same location.

IMP 2.11.0 release

This is a bugfix and major update release. Most notably a number of new tutorials are now available covering a variety of topics from modeling complexes with IMP::pmi to writing new C++ code. The build system has also been overhauled to better support multiple versions of Python, to allow building IMP extensions modules outside of the IMP build tree, and to support using IMP as a library in other programs.

This release also includes a number of bug fixes and performance improvements.

See the full change log for more details.

Pre-built binary packages for Linux, Windows and Mac are available at the IMP website. IMP can also be installed using Homebrew or Anaconda Python; install instructions are at the same location.

IMP 2.10.1 release

This is a minor bugfix release, and should behave very similarly to the previous 2.10.0 release. It adds support for building with OpenCV 4, and fixes some minor bugs in the create_gmm.py script and with using command line tools on systems with multiple Python installations.

See the full change log for more details.

Pre-built binary packages for Linux, Windows and Mac are available at the IMP website. IMP can also be installed using Homebrew or Anaconda Python; install instructions are at the same location.

IMP 2.10.0 release

This is a bugfix and major update release. Most notably the IMP::pmi module has been overhauled; the
IMP::pmi::representation::Representation class is now deprecated (and will be removed in the next release) and the IMP::pmi::topology::System class should be used instead. A legacy IMP::pmi1 module is now provided to support old published applications of IMP that use the old Representation class, but should not be used for new applications.

This release also includes a number of bug fixes and performance improvements.

See the full change log for more details.

Pre-built binary packages for Linux, Windows and Mac are available at the IMP website. IMP can also be installed using Homebrew or Anaconda Python; install instructions are at the same location.

IMP 2.9.0 release

This is a bugfix and major update release. Most notably a number of new applications of IMP are now available, including the elucidation of the structure of the entire yeast nuclear pore complex. This release also includes a number of bug fixes and performance improvements.

See the full change log for more details.

Pre-built binary packages for Linux, Windows and Mac are available at the IMP website. IMP can also be installed using Homebrew or Anaconda Python; install instructions are at the same location.

IMP 2.8.0 release

This is a bugfix and minor update release. Most notably two new applications of IMP are now available, and the Anaconda and Windows pre-built binary packages are now MPI-enabled. This release also includes a number of bug fixes and performance improvements.

Note that this will be the last release that includes packages for Ubuntu 12.04 (Precise Pangolin) since it has reached end of life. We will continue to provide packages for newer Ubuntu LTS releases.

See the full change log for more details.

Pre-built binary packages for Linux, Windows and Mac are available at the IMP website. IMP can also be installed using Homebrew or Anaconda Python; install instructions are at the same location.

IMP 2.7.0 release

This is a bugfix and major update release. Most notably we include a preview of mmCIF support for deposition of integrative models in PDB-dev. See the IMP::pmi::mmcif module for more details. This release also includes a number of bug fixes and performance improvements.

Note that this will be the last release that includes packages for RedHat Enterprise Linux 5 (and variants, such as CentOS 5), since RHEL 5 has reached end of life.

See the full change log for more details.

Pre-built binary packages for Linux, Windows and Mac are available at the IMP website. IMP can also be installed using Homebrew or Anaconda Python; install instructions are at the same location.