2017-03-02 23:40:49 +0200 | received badge | ● Famous Question (source) |

2015-01-13 21:34:57 +0200 | received badge | ● Notable Question (source) |

2013-07-04 11:20:50 +0200 | received badge | ● Popular Question (source) |

2012-06-17 00:43:04 +0200 | received badge | ● Taxonomist |

2012-02-27 21:45:10 +0200 | commented answer | NIST B-283 Elliptic Curve When I use sage.rings.finite_rings.finite_field_ext_pari.FiniteField_ext_pari, I get different methods in the Class EllipticCurve and some I would like aren't there (like random_point). Any recommendations on how to handle this other than (attempting to) write these myself? |

2012-02-27 21:35:12 +0200 | commented answer | NIST B-283 Elliptic Curve When I use sage.rings.finite_rings.finite_field_ext_pari.FiniteField_ext_pari |

2012-02-24 16:27:09 +0200 | answered a question | NIST B-283 Elliptic Curve Thanks DSM. I no longer get the overflow. For what it's worth the K283 curve seems to work and the only real differences are the a and b invariants: no overflow... I think it's related to the b parameter. |

2012-02-23 22:28:29 +0200 | asked a question | NIST B-283 Elliptic Curve I'm new to Sage so forgive me if this is simple. I am trying to define the NIST B-283 elliptic curve as follows: I get a fairly long traceback after the last line followed by: Any help is appreciated. |

Copyright Sage, 2010. Some rights reserved under creative commons license. Content on this site is licensed under a Creative Commons Attribution Share Alike 3.0 license.