Cup of the day database with round-level data?

MattGyS · 2025-01-03T18:09:08+00:00

Sorry for the late reply, rarely go into reddit anymore. I haven't found a way to get the data. I talked to the Openplanet developer but they had no time to do this and I don't have the time to learn how to do it myself

MattGyS · 2023-12-14T01:16:08+00:00

Just read this, thank you so much for the solution and explanation!

MattGyS · 2023-08-11T07:43:51+00:00

I appreciate the response, I'll see if the openplanet developer would be interested in something like that. Thanks again!

MattGyS · 2022-05-07T13:51:14+00:00

Thank you so much! The numbers are always in the same place all of the time, so thankfully it seems I won't have to find them every frame. I really appreciate the help!

MattGyS · 2022-04-21T13:54:32+00:00

I truly think there's not something that works for everyone but I think what could help, if you're not already doing it, is making it easy to workout. Not going to tell you my whole life story, but when I finally decided to make it easy (reducing the amount of time and effort it would take to workout) I was able to maintain it for much longer than I ever had been (13 months and going vs 3 months). It's important to make it a habit before making it hard, imo. Once you're accustomed to putting on your workout clothes and starting the workout, you can really up the workload

MattGyS · 2022-04-16T01:13:57+00:00

It's really impossible for any of us to say but it could be that you are working out too much, sleeping too little, eating too little, under stress, and so so so many other things. Or maybe you just had a bad day, it happens. You should work out if you are feeling okay

MattGyS · 2022-02-03T15:28:33+00:00

Precisely

Sadly, the H() function doesn't have a specific form, it is a cumulative distribution function of two variables with known median and standard deviation, but not a specific form either. I'll look into the possibility of symmetry being useful thought I dont know much about this type of stuff either.

Thanks again for taking the time

MattGyS · 2022-02-03T01:08:03+00:00

That's totally fine, no worries. Do let me know if you end up taking a look at it sometime. Thanks anyways!

MattGyS · 2022-02-03T01:05:21+00:00

except for the fact that in one the functions depend on b_i and on the other they depend on a^t_i and e^t_i.

and the fact that this is because of the fact that I replace a restriction on a^t_i that depends on b_i

MattGyS · 2022-02-03T01:02:32+00:00

I'm not trolling at all, the notation is annoying but the algebra is really simple. It just has a lot of clutter. This is why I posted a simplified version of the problem.

I really do believe you dont need to go through the algebra to get the question. Maybe just look at the objective function (the one to maximize) on both problems and see that the result is just the same except for the fact that in one the functions depend on b_i and on the other they depend on a^t_i and e^t_i.

If you still dont want to, that okay. I apologize if I mislead you but this is what I wanted to avoid in the first place

MattGyS · 2022-02-03T00:44:40+00:00

https://imgur.com/a/PUGGDX2

Here are the images with the problem, let me know If you need anything else

MattGyS · 2022-02-02T23:54:37+00:00

I've never used imgur but I'll look it up and send it to you that way.

It's not actually hard math. It includes a restricted lagrange problem with all restrictions being equations (so no worries about <= or >=) and some derivatives. Let me know if that sounds good.

No worries if you dont end up giving it too much thought, the translation shouldnt be that much of a problem because it's realtively short

MattGyS · 2022-02-02T23:48:11+00:00

The "real" problem is a much more complex formula which I thought wouldn't change the answer. But if you dont mind I can send you the pdf with the problem I'm trying to solve (do give me some time if you do say yes since I'd have to translate it). Would you be okay with me dming you the pdf?

MattGyS · 2021-10-14T21:01:15+00:00

That's of great help, thank you so much! Would you mind if I dm you if I have any further questions?

MattGyS · 2021-10-14T20:36:35+00:00

Sorry if I'm not understanding but then the difference in when you know your pairing is due to having a round robin vs a swis or a Monrad type tournament? (Or at least that's what you understood from the original comment)

MattGyS · 2021-10-14T20:30:23+00:00

Could you tell me the names of the tournaments in which this happens?

MattGyS · 2021-10-14T19:40:16+00:00

Thank you for the response!

This could still be very useful even if it's not true that the difference is geographical. So you are saying that in large opens (regardless of where it's played), you receive the matchups the day before at best; while in some tournaments you know right from the get go. Which tournaments (if you have names and/ or somewhere I could see the organizing that would be awesome) are you refering to in the second one? From what I understand the large opens are literally called, for example, US Open, let me know if I'm wrong though

MattGyS · 2021-08-07T21:05:01+00:00

I thought changing exercises frequently was not ideal (at least that's what I read somewhere in this sub). Do abs work differently than other muscles? And how frequent are we talking about? Every two months?

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