# ChangeLog for sci-chemistry/cyana # Copyright 1999-2015 Gentoo Foundation; Distributed under the GPL v2 # $Header: /var/cvsroot/gentoo-x86/sci-chemistry/cyana/ChangeLog,v 1.17 2015/08/04 10:56:10 jlec Exp $ 04 Aug 2015; Justin Lecher cyana-2.1.ebuild: Update HOMEPAGE 30 Jul 2015; Justin Lecher cyana-2.1.ebuild: Fix pointer to download instructions, bug #556320 19 Jun 2013; Sébastien Fabbro metadata.xml: Changed herd to sci-chemistry 27 Apr 2013; Ulrich Müller cyana-2.1.ebuild: Fix LICENSE, bug 465692. 08 Feb 2013; Justin Lecher cyana-2.1.ebuild, metadata.xml: We only support intel compiler 19 Oct 2012; Justin Lecher cyana-2.1.ebuild, metadata.xml: Remove virtual/fortran and always call fortran-2_pkg_setup as intend by the updated fortran-2.eclass 21 Jun 2011; Justin Lecher cyana-2.1.ebuild: Add dependency on virtual/fortran 21 Jun 2011; Justin Lecher cyana-2.1.ebuild: Added fortran-2.eclass support 06 Apr 2011; Justin Lecher +files/2.1-xiar.patch, cyana-2.1.ebuild: Using xiar instead of ar 05 Jan 2011; Justin Lecher files/2.1-expire.patch: Let cyana run forever, thanks xarthisius for the patch 05 Jan 2011; Justin Lecher files/2.1-expire.patch: Making cyana work in 2011 20 Dec 2010; Justin Lecher cyana-2.1.ebuild: Fix installation problem due to wrong detection of binary nameing 17 Dec 2010; Justin Lecher cyana-2.1.ebuild: Fix for fortran.eclass removal 16 Dec 2010; Justin Lecher cyana-2.1.ebuild: Removal of fortran.eclass, #348851 16 Nov 2010; Justin Lecher cyana-2.1.ebuild: Removed not needed line from ebuild 25 Oct 2010; Justin Lecher +files/2.1-expire.patch, cyana-2.1.ebuild: Expand expire period *cyana-2.1 (07 Mar 2010) 07 Mar 2010; Justin Lecher (jlec) +files/2.1-exec.patch, +files/2.1-typo.patch, +cyana-2.1.ebuild, +metadata.xml: CYANA ((c) by Peter Gu"ntert) is a program for automated structure calculation of biological macromolecules on the basis of conformational constraints from NMR. The combination of automated NOESY cross peak assignment, structure calculation with a fast torsion angle dynamics algorithm, and the ease-of-use of CYANA provide for unprecedented efficiency in NMR protein structure determination.