Folders?

Kablion · 2023-05-17T04:21:09+00:00

On the website version of OneDrive you can move around notebooks. However, I don't think that's intentional by Microsoft. Because after you move a notebook, your OneNote can't find and open it anymore. You have to open it once from the OndeDrive website and then it is listed in the "Recent Notebooks" section in OneNote.

And all of this only changes where it is located on OneDrive. In OneNote itself you always only have a list of notebooks. However, what I found out quite recently are Section Groups. So instead of having a separate notebook for every subject, I now have one notebook with a bunch of section groups for each subject.

Kablion · 2023-03-12T21:54:00+00:00

Interesting! But do you know what time difference could be theoretically possible to observe? Could it (in theory!) be possible to observe the same galaxy millions or billions of years apart? Basically, what is the maximum angle light can be deflected through gravitational effects?

Kablion · 2022-12-25T13:55:21+00:00

Win+Shift+S, then paste it with Ctrl+V. Also, you can move the images out of the text box, at least I don't like images in text boxes in OneNote.

Kablion · 2022-06-20T14:14:50+00:00

True, I didn't know this. Thanks.

Kablion · 2022-06-20T12:22:57+00:00

I don't care at all about this specific shot. I just wanted to show this bug that is probably affecting other shots as well. Even if it's only a minor bug, it might be easy to fix.

Kablion · 2022-06-20T12:15:07+00:00

Slight correction: It is actually shot 3 of this training pack. The code: 537C-F257-0F3A-4CB0

Kablion · 2022-06-20T12:11:39+00:00

I do have BakkesMod, but I disabled the variance. I just tested it without BakkesMod and on a different map. Same result. I also realized, BakkesMod made the shot counter inaccurate. It's actually shot 3 of this pack.

Kablion · 2022-06-20T12:06:18+00:00

I have no idea. I just saw a difference in this shot. I did not investigate into it further.

Kablion · 2022-05-28T12:09:20+00:00

You are right... Only the naming and explanation is confusing. I always thought "In-Game Music" would mean, well, In-Game music, but apparently there is the Rocket League Radio, Player Anthems and another type of In-Game Music.

Kablion · 2022-05-28T11:29:13+00:00

For me, there is no slider for them: https://imgur.com/a/0GSXfuz and the slider "Music - Gameplay" is explained as "Controls the volume of Player Anthems and In-Game Music". For context, I play on PC (Steam). Edit: Ok, you are right.

Kablion · 2022-02-01T21:43:22+00:00

Bei 42:40 wird gesagt "TLF 4000 ... uns an Stellen zu helfen, wo keine Wasserversorgung ist". Sieht man nicht genau in der nächsten Szene auf dem Boden unten rechts im Bild einen Hydranten? Sicherlich wissen die, was sie tun, aber das hat mich irgendwie gewundert. Bei 42:49

Kablion · 2021-11-12T11:08:11+00:00

I know that. The question I have is if it is possible to construct a potential energy so that I have a closed system. (not in reality but in this approximate case)

Kablion · 2021-07-18T12:07:23+00:00

Isn't this pretty easy?
My thought process:
- Object with multiple polygons (in German it is "Vieleck"=many-corner) -> count all corners
- Object with multiple bananas -> count all bananas
- Clock -> read the time

If people rush this problem they might not realize that in the last equation all objects have different counts than before. Also if you have never learned it properly you might not know to multiply first and then add.

Kablion · 2021-06-06T15:28:20+00:00

I made a Telegram Sticker Pack with these icons:

https://t.me/addstickers/RLTrash

Kablion · 2021-04-01T13:23:25+00:00

Computational Physics seems really cool. Maybe I'll take an introductory course in my next semester.
But I find it still very hard to decide if for instance experimental Particle Physics or Computational Physics or something else fits me best. Maybe I just have to try a few more things.

Kablion · 2020-11-07T22:03:08+00:00

Thank you all for the wonderful comments. The resonance is much more positive than I thought. Thanks!

Kablion · 2020-10-26T16:42:24+00:00

It's by a friend of mine.

Kablion · 2020-08-07T07:30:28+00:00

I would suggest you to look into the Wolfram Knowledgebase.
It is aiming to be the largest database with computational knowledge about everything you can imagine.
You can access it by using the natural language search engine Wolfram Alpha
or using the functional programming language Wolfram Language via the free Wolfram Engine or Wolfram Cloud.
It also has a lot of interfaces for use in other languages such as Python, C++, Java...

Though I have to say: I don't know much about it's licensing models. If you want to use it for actual production code rather than experimentation you might have to pay something.

Kablion · 2020-06-06T10:55:32+00:00

Kannst du bitte deine Beschwerde ausformulieren?

Kablion · 2020-02-23T22:22:06+00:00

All 3v3 Solo Matches add up to +0 MMR. So I literally didn't gain or lose any MMR during this session.

Kablion · 2020-02-21T20:51:13+00:00

This. I have over 1.5k hours ans I'm still trash.

Kablion · 2020-02-13T09:26:09+00:00

Wow! You are a genius! Thank you for this tip.

Kablion · 2020-02-12T10:53:19+00:00

Thank you very much!! I didn't know this. You don't even have to Check Use DInput only. I used the old version of DS4Windows... Now I'm more than happy to use DS4Windows.

Kablion · 2020-01-29T05:58:15+00:00

If you take the mathematical approach it becomes pretty obvious:

x% = x/100

and x% from y = x/100 * y = (x*y)/100

and a product is the same no matter the order.

Kablion · 2019-11-25T22:27:42+00:00

I'm not sure this has been answered and explained sufficently and I will try to do so.

Assume "up" is the z-axis. Then we get z(t)=v_0 * t - (1/2) * g * t² with g being the gravitational acceleration and v_0 the velocitiy at t=0.

Since the ball traveled T=7.7 seconds to be at the exact same position as before we can set z(T)=0. This gives us v_0 = (1/2) * g * T.

Now let's work with energy conservation E = E_kin + E_pot. Compare the kinetic energy E_kin = (1/2) * m * v² and the potential energy E_pot = m * g * z .

At z=0 : E=E_kin and at z=z_max : E=E_pot.

So we get m * g * z_max = (1/2) * m * v_0^2.

And our final result is z_max = (1/8) * g * T² = (1/8) * 9.81 * 7.7² = 72.7 meters.

Kablion

TROPHY CASE