Summary
Bugs of task
geometry
Total bugs:
4
Open bugs:
4
Fixed bugs:
0
Brain-computer interface 0 (0)
Biology 13 (177)
Chemistry 93 (981)
Data acquisition 55 (233)
Data acquisition development 16 (201)
Data management 57 (468)
Devices 4 (24)
Distributed computing 60 (518)
Economics 32 (203)
Electrophysiology 9 (24)
Engineering 74 (773)
Engineering-dev 62 (594)
Financial engineering 1 (15)
Geography 92 (709)
Geometry 4 (21)
High energy physics 8 (99)
High energy physics (devel) 18 (165)
Image analysis 5 (33)
Image analysis development 30 (153)
Linguistics 92 (419)
Logic 39 (279)
Machine learning 35 (280)
Mathematics 270 (2388)
Mathematics-dev 186 (1726)
Meteorology 105 (700)
Meteorology-dev 210 (900)
Nanoscale physics 317 (2571)
Nanoscale physics development 106 (942)
Cognitive neuroscience 16 (73)
Neuroscience datasets 0 (0)
Modeling of neural systems 8 (52)
Numerical computation 137 (1211)
Physics 93 (926)
Physics-dev 35 (300)
Presentation 86 (693)
Psychophysics 10 (124)
Robotics 115 (500)
Robotics-dev 24 (249)
Simulations 55 (647)
Social 0 (0)
Statistics 58 (479)
Tools 12 (49)
Typesetting 294 (1952)
Viewing 323 (2020)
Viewing-dev 76 (801)
Workflow 27 (200)
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Summary bugs page of task GeometryTask is in good shape*
Open bugs in dependent packages
1 important, 1 minor
Open bugs in suggested packages
1 normal, 1 wishlist
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:
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