Name | bggcohomology JSON |

Version | 1.6.1 JSON |

download | |

home_page | https://github.com/RikVoorhaar/bgg-cohomology |

Summary | Tools for the BGG complex |

upload_time | 2020-08-01 12:38:31 |

maintainer | |

docs_url | None |

author | Rik Voorhaar |

requires_python | |

license | |

keywords | sagemath mathematics flag-varieties representation-theory algebra |

VCS | |

bugtrack_url | |

requirements | No requirements were recorded. |

Travis-CI | No Travis. |

coveralls test coverage | No coveralls. |

## bgg-cohomology This is an implementation of a computer algorithm to compute the BGG resolution and its cohomology of a Verma module. You can find the documentation for this package right here: https://bgg-cohomology.readthedocs.io/en/latest/ ## Installation After installing `sage` run the following command: ``` sage -pip install git+https://github.com/RikVoorhaar/bgg-cohomology.git ``` In MacOS and linux this should run just fine. When using Windows, make sure to run this command from the Sagemath Shell. To open the `.ipynb` files in the `computations` and `examples` folders, you need to first of all clone this repository. Then you can either launch `Sagemath Notebook` (on Windows) or run the following in the command line: ``` sage -n ``` ## Usage There is a basic tutorial of how to use this module in the `examples` directory. Furthermore the `computations` directory contains notebooks with the code we used for the results in our preprint. ## Credit All the code has been written by **Rik Voorhaar**. Additional credit goes to **Nicolas Hemelsoet** for many aspects of the algorithm implemented here. This work has been partially financially supported by **NCCR SwissMAP**. This software is free to use and edit. When using this software for academic purposes, please cite the following preprint: https://arxiv.org/abs/1911.00871

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