Summary

Bugs of task geometry

Total bugs: 4

Open bugs: 4

Fixed bugs: 0

Links to other tasks

Tasks overview

Brain-computer interface 0 (0)

Biology 17 (203)

Chemistry 71 (702)

Data acquisition 50 (192)

Data acquisition development 7 (48)

Data management 47 (348)

Devices 5 (75)

Distributed computing 68 (654)

Economics 39 (157)

Electrophysiology 21 (52)

Engineering 82 (768)

Engineering-dev 45 (471)

Financial engineering 1 (0)

Geography 74 (519)

Geometry 4 (21)

High energy physics 5 (24)

High energy physics (devel) 13 (144)

Image analysis 4 (78)

Image analysis development 31 (219)

Linguistics 80 (263)

Logic 33 (189)

Machine learning 52 (354)

Mathematics 234 (1734)

Mathematics-dev 166 (1420)

Meteorology 68 (392)

Meteorology-dev 183 (686)

Nanoscale physics 296 (2185)

Nanoscale physics development 106 (891)

Cognitive neuroscience 30 (146)

Neuroscience datasets 0 (0)

Modeling of neural systems 5 (33)

Numerical computation 133 (829)

Physics 80 (765)

Physics-dev 44 (436)

Presentation 87 (720)

Psychophysics 18 (93)

Robotics 108 (423)

Robotics-dev 20 (177)

Simulations 37 (353)

Social 0 (0)

Statistics 63 (457)

Tools 24 (130)

Typesetting 294 (1983)

Viewing 289 (1667)

Viewing-dev 45 (357)

Workflow 30 (180)

Legend

Severity	Dependent	Suggested
critical	0	0
grave	0	0
serious	0	0
important	1	0
normal	0	1
minor	1	0
wishlist	0	1

Summary bugs page of task Geometry

Task is in good shape^*

Open bugs in dependent packages

1 important, 1 minor

carmetal (1) Homepage: Vcs Georges Khaznadar
552725	Only one instance of carmetal will run per machine
python-demgengeo (1) Homepage: https://launchpad.net/esys-particle Vcs Debian Science Maintainers
1046013	python-demgengeo: Fails to build source after successful build	forky, ftbfs, sid, trixie

Open bugs in suggested packages

1 normal, 1 wishlist

cgal (2) Homepage: https://www.cgal.org/ Vcs Joachim Reichel
466284	Adding documentation	upstream, wontfix
838496	cgal: FTBFS on armel: no FPU rounding mode support	ftbfs, wontfix

Done bugs

^*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