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 | 1 | initial version |
See this thread on sage-support, where I believe this question was asked and answered pretty completely. The short answer is that it is a tradeoff between sharp graphics and rounding by one pixel. To have fuzzier, but more correct graphics, do
import matplotlib
matplotlib.rcParams['path.snap'] = False
The arrow issue is a separate issue, since in Sage, arrows are automatically shortened by a bit. However, investigating this led to several bugfixes in arrows and this Sage trac ticket for making arrows more precise when those bugfixes to matplotlib are eventually included in Sage.
| | 2 | No.2 Revision |
See this thread on sage-support, where I believe this question was asked and answered pretty completely. The short answer is that it is a tradeoff between sharp graphics and rounding by one pixel. pixel when you have raster graphics (like png). To have fuzzier, but more correct graphics, do
import matplotlib
matplotlib.rcParams['path.snap'] = False
If you have vector graphics (like pdf), this is not an issue.
The arrow issue is a separate issue, since in Sage, arrows are automatically shortened by a bit. However, investigating this led to several bugfixes in arrows and this Sage trac ticket for making arrows more precise when those bugfixes to matplotlib are eventually included in Sage.
