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Re: The 2056 Streak has ended!
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Re: The 2056 Streak has ended!
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Re: The 2056 Streak has ended!
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Re: The 2056 Streak has ended!
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Re: The 2056 Streak has ended!
This shirt is a great idea, and a fitting tribute to the thirty partners and three final opponents who were part of OP's historic win streak.
In the spirit of the Erdős number that mathmeticians track, I propose that teams be assigned "OP Numbers", defined as follows:
To start, 1114 has OP Number = 1/16 1547 has OP Number = 1/2 The following teams have OP Number = 1 Spoiler for OP Number 1:
Can anyone provide a script to calculate OP numbers for all currently active FRC teams?* ------------- *Ether, you are ineligible. However, following your lead I will give rep points to the first CD student who shows a correct result, with sufficient detail to let others check the method used. |
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does "winning alliance" mean only regional winning alliance, or might it also include district, district champs, division, and/or champs winning alliance? also should offseason events be included? all of them? some? |
Re: The 2056 Streak has ended!
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The 2056 Streak has ended!
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well that would make it easier. |
Re: The 2056 Streak has ended!
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I've got class tonight (and am no longer a student), but for those out there new to interacting with the TBA API, my GitHub gists has a ton of examples of pythons scripts to calculate various FRC stats from the TBA dataset. And of course, the TBA API Documentation will prove useful. A prime example: https://gist.github.com/phil-lopreia...70084ffc8e4bf6, used in this very thread |
Re: The 2056 Streak has ended!
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Re: The 2056 Streak has ended!
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EDIT: Also, if we are counting division wins, we have to take into account 1625, 3138, 330, 492, and 3944. |
Re: The 2056 Streak has ended!
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Re: The 2056 Streak has ended!
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Re: The 2056 Streak has ended!
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Re: The 2056 Streak has ended!
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Just for fun, I did an OP Number analysis of the teams I've been on. This is manual; I can't wait to write an algorithm myself to calculate OP Numbers, or wait for some awesome student to do it. Team 67 has an OP Number of 2: 1.) 67 won the 2009 Cass Tech District Event with 217. 2.) 217 won the 2011 Finger Lakes Regional with 2056. Team 3322 has an OP Number of 4: 1.) 3322 won the 2012 Livonia District Event with 1023. 2.) 1023 won the 2015 Bedford District Event with 548. 3.) 548 won the 2012 Newton Division with 118. 4.) 118 won the 2016 Greater Toronto East Regional with 2056. Team 2930 has an OP Number of 3: 1.) 2930 won the 2015 Pacific Northwest District Championship with 1983. 2.) 1983 won the 2007 Las Vegas Regional with 254. 3.) 254 won the 2014 Waterloo Regional with 2056. Someone get that algorithm going! First thing I would try is a breadth-first search starting at 2056 and first enumerating all the teams that have an OP Number of 1. Then capture all the teams that have an OP Number of 2, and increase the search depth again, repeating the process until all teams with finite OP Numbers have been enumerated. Then cache all the numbers somewhere. With only ~3000 teams to work with, the cache size won't be very large. I would be interested to know how many "islands" there are - that is, groups of teams that have won events but don't connect to the "main" graph of teams that have won events together. |
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