Overview
Comment: | Update README |
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Downloads: | Tarball | ZIP archive | SQL archive |
Timelines: | family | ancestors | descendants | both | trunk |
Files: | files | file ages | folders |
SHA3-256: |
7bf9a9f8b97417c8fde7cda566d8bdf0 |
User & Date: | joel on 2018-11-18 23:49:21 |
Other Links: | manifest | tags |
Context
2018-11-20
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03:14 | Add support for fuzzy die tracking (closes [8bc9b13fd4]) check-in: d1c9ab user: joel tags: trunk | |
2018-11-18
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23:49 | Update README check-in: 7bf9a9 user: joel tags: trunk | |
23:24 | Add README check-in: f38523 user: joel tags: trunk | |
Changes
Modified README.md from [d05c64] to [e5034a].
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 | # Bunco Simulator Every year my family plays a ≈30-person game of Bunco. If you’ve never played, [the rules](http://worldbunco.com/rules.html) are complicated but in practice it basically involves rolling a 3d6 repeatedly, as fast as you can, for about half an hour. There is no strategy involved, only lots of dice rolling. This makes it a great candidate for automation. In addition, because the computer is doing everything, there are lots of additional stats you can keep track of and prizes you can award: streaks of point-scoring rolls, percentage of each team score contributed by each player, etc. ## Installation This code targets Python 3.7+. It needs no additional dependencies. To clone this repo you need to have Fossil installed. $ fossil clone https://thenotepad.org/repos/bunco ## Usage Only console output is supported. Create a file `players.csv` in the same folder containing a single column, a list of player names.Make sure the number of players is divisible by 4 (since you need four players per table). The best way to make up the number is to add the names of your favourite celebrities (make sure you @ them on Twitter about it too). | > > > > | 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 | # Bunco Simulator Every year my family plays a ≈30-person game of Bunco. If you’ve never played, [the rules](http://worldbunco.com/rules.html) are complicated but in practice it basically involves rolling a 3d6 repeatedly, as fast as you can, for about half an hour. There is no strategy involved, only lots of dice rolling. This makes it a great candidate for automation. In addition, because the computer is doing everything, there are lots of additional stats you can keep track of and prizes you can award: streaks of point-scoring rolls, percentage of each team score contributed by each player, etc. ## Installation This code targets Python 3.7+. It needs no additional dependencies. You can download a copy of all the code by visiting <https://thenotepad.org/repos/bunco/zip>. To clone this repo you need to have Fossil installed. $ fossil clone https://thenotepad.org/repos/bunco For more info on this subject, see [How to use Fossil with this repo](https://thenotepad.org/repos/bunco/wiki?name=How+to+use+Fossil+with+this+repo). ## Usage Only console output is supported. Create a file `players.csv` in the same folder containing a single column, a list of player names.Make sure the number of players is divisible by 4 (since you need four players per table). The best way to make up the number is to add the names of your favourite celebrities (make sure you @ them on Twitter about it too). |
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