2020-04-25 16:17:54 +0100 | received badge | ● Popular Question (source) |

2018-06-05 18:21:21 +0100 | received badge | ● Editor (source) |

2018-06-05 18:21:00 +0100 | asked a question | draw a tree diagram Good afternoon,
I have defined a recursive function and I would like to vizualise the 'calls' of the function trought a tree diagram. The nodes should be the elements of a group (Extended affine weyl group). So expressions of this type s0 |

2018-05-30 01:12:03 +0100 | commented answer | How to use @lru_cache I have used: from functools32 import lru_cache @lru_cache() and it works. However my functions takes elements that probably are not hashable. Indeed I get this error TypeError: <class 'sage.combinat.root_system.fundamental_group.fundamentalgroupofextendedaffineweylgroup_class_with_category.element_class'=""> is not hashable Why elements of a group are not hashable? Is there a way to use @lru_cache() for my function? |

2018-05-29 16:41:31 +0100 | asked a question | How to use @lru_cache I am using the notebook of Sagemath 8.1. Is there a way to use the python command @lru_cache in the files with extension .ipynb ? Or in Python 2?(it is the version that is provided in the notebook.) |

2018-05-07 23:09:35 +0100 | commented question | QQ as ZZ module So, let E = ExtendedAffineWeylGroup(["A",2,1]) and L=E.lattice(). I would like to do the tensor product of L and the Rational number over Z. |

2018-05-07 19:19:15 +0100 | received badge | ● Student (source) |

2018-05-06 20:18:04 +0100 | asked a question | QQ as ZZ module Is possible to do the tensor product over ZZ of a lattice L and QQ ? |

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