This issue tracker has been migrated to GitHub ,
and is currently read-only.
For more information,
see the GitHub FAQs in the Python's Developer Guide.
| Author | mark.dickinson |
|---|---|
| Recipients | TanaT, mark.dickinson |
| Date | 2008年07月15日.16:19:19 |
| SpamBayes Score | 0.00031342183 |
| Marked as misclassified | No |
| Message-id | <1216138761.26.0.652777011843.issue3365@psf.upfronthosting.co.za> |
| In-reply-to |
| Content | |
|---|---|
This is not a bug (though it's commonly reported as such :-) ). Given that not all real numbers can be represented as floats, math.pi is necessarily an approximation to true Pi, and you're printing that approximation out to high precision. No, pi isn't computed in Python; it's a constant, stored as an IEEE 754 double. |
|
| History | |||
|---|---|---|---|
| Date | User | Action | Args |
| 2008年07月15日 16:19:21 | mark.dickinson | set | spambayes_score: 0.000313422 -> 0.00031342183 recipients: + mark.dickinson, TanaT |
| 2008年07月15日 16:19:21 | mark.dickinson | set | spambayes_score: 0.000313422 -> 0.000313422 messageid: <1216138761.26.0.652777011843.issue3365@psf.upfronthosting.co.za> |
| 2008年07月15日 16:19:20 | mark.dickinson | link | issue3365 messages |
| 2008年07月15日 16:19:20 | mark.dickinson | create | |