Summary

Bugs of task modelling

Total bugs: 15

Open bugs: 10

Fixed bugs: 5

Links to other tasks

Tasks overview

Analytical biochemistry 4 (75)

Cheminformatics 12 (45)

Crystallography 6 (54)

C/c++/fortran development 29 (246)

Input preparation and output processing 12 (117)

Molecular modelling 10 (90)

Molecular ab initio calculations 16 (165)

Molecular dynamics 4 (63)

Periodic ab initio calculations 7 (78)

Semi empirical calculations 2 (39)

Chemical formula/structure editors 10 (87)

3d visualization 23 (216)

Legend

Severity	Dependent	Suggested
critical	0	0
grave	0	0
serious	0	0
important	3	0
normal	5	0
minor	0	0
wishlist	2	0

Summary bugs page of task Molecular modelling

Immediately looking into bugs of the dependencies of this task is advised (90)^*

Open bugs in dependent packages

3 important, 5 normal, 2 wishlist

avogadro (3) Homepage: http://avogadro.sourceforge.net/ Vcs Debichem Team
712789	Fwd: avogadro crashes	patch
717209	avogadro: Visualizing orbitals generated with MOLCAS
731226	avogadro crashes on export image	upstream
ball (1) Homepage: http://www.ball-project.org/ Vcs Debian Med Packaging Team
784451	[ball] Qt4's WebKit removal	upstream
pymol (6) Homepage: http://www.pymol.org Vcs Debichem Team
602610	Package freemol.mengine for full modeling capabilities
651609	pymol: Setting-Error: type read mismatch (int) 667
703782	pymol: Unable to launch the Menu
709306	pymol: Crashes when running within xrdp/vnc (no 3D support)
765794	Race condition when running scripts in "stdin" mode
783653	pymol: Segmentation fault immediately after loading pdb

Open bugs in suggested packages

Done bugs

ghemical (5) Homepage: http://bioinformatics.org/ghemical/ghemical/ Vcs Debichem Team
567600	ghemical should depend on xfonts-75dpi
639321	ghemical: Patch fixes 3 typos	patch
687028	ghemical: Help -> Contents fails to open
756440	FTBFS with clang instead of gcc	patch
773019	ghemical: FTBFS on arm64; please use autotools-dev to fix	patch

^*To estimate the overall status of the packages in the dependencies of a metapackage a weighted severity is calculated. Done bugs are ignored and bugs in dependent and recommended packages are weighted by factor three compared to suggested packages. Release critical bugs have a much larger weight than important, while the contribution of normal bugs is even smaller and minor bugs have a very small weight. Wishlist bugs are ignored in this calculation. The resulting sum is compared to some boundaries to find a verbal form. The actual numbers need some adjustment to make real sense - this evaluation method is in testing phase.
The severities of bugs are weighted as follows:

critical	10
grave	10
serious	10
important	5
normal	3
minor	1
wishlist	0