Animation vs. Geometry

I explain a lot of this video here: https://youtu.be/yVBV7MwYclw

Petition for an Animation Vs. Chemistry for the next installment of the Av? Series. Before you ask, yes, this is purely to see Orange put on a fedora hat and stare in disbelief at a gigantic explosion in the distance. Edit: Bro I just woke up how the hell did I get 8k likes in less than a day😭😭🙏

2007 Alan: Entertaining us with animations 2024 Alan: Entertaining us with math and chemistery

I may never truly understand math. It's confusing, and complicated.. but this visual representation is so beautiful and is a great reminder why I always liked geometry in school over every other math curriculum. The golden ratio into fractals made me genuinely tear up.

2007 : Animation vs Animator 2015: Animation vs Minecraft 2024: Animation vs Subjects

0:18 a point 0:25 1D line 0:32 escapes to 2D 0:46 point A,B 1:01 infinitely long line 1:08 a ray 1:14 angles 1:19 90 degree angle 1:24 180 degree angle 1:29 ratio (Flash warning) 1:51 golden ratio (phi) 2:21 30-60-90 triangle 2:36 rectangle 2:45 parallelogram 2:46 square 2:51 polygons 3:01 circle 3:05 golden triangle 3:16 golden square 3:29 Pythagoras’ theorem 3:47 proof: 4:01 Sierpinski carpet 4:04 24-cell (4D shape) 4:33 recursive fraction 4:48 golden spiral 5:19 nice fight scene here 5:25 dart (from penrose tiling) 5:54 golden pentagon 6:06 Sierpinski carpet (pentagon version) 6:17 chat: TSC: how do we defeat that thing? Phi: since its from higher dimensions make a cage out of higher dimensions to get rid of it 6:38 tetrahedron 6:48 octahedron 7:05 cube dual: cube,octahedron 7:28 icosahedron 7:53 uses itself to create dodecahedron 8:15 dragon curve 8:35 yellow: 24-cell ,red: 5-cell 8:39 green: tesseract (8-cell) ,blue: 600-cell 8:48 from animation vs physics

I find it pretty interesting on how you've represented each irrational number: 1. e is protective and hard to befriend 2. Pi works as an accessory 3. Phi teaches you and is very friendly

The sound design and mathematics used in this video are 10/10

4:40 The "arrows" sound match with the beat is so hype

So now we have Animation vs. Math Animation vs. Physics and Animation vs. Geometry what’s next!? Biology??

Maths [X] Physics [X] Geometry [X] Astronomy [ ] Chemistery [ ] Programming [ ] We want more numbers! By the way it's very good!

I'd love to see Aleph show up in one of these videos again. Their tease in AvMath was so good. This animation, also, was excellent. Lovely work as always, Alan and Co.

These videos have been my absolute favorite! I've loved all of these animation vs math/science/physics stuff. The animations have been amazing, the explanation in the video have been so easy to grasp- which is amazing considering there's no words, no speaking, only body movements

As someone who studied advanced Mathematics and also advanced geometry, plus a nerd, this is 100% accurate. 1D geometry, 2D geometry, 3D geometry, trigonometrics, fractals, multi-dimenstional shapes, curves and vectors, lines and angles, all factual and true! Good job, team!

By the way, each “cage” for 4th dimensional figure is lighting up with a color associated with each element that each polyhedron Tetrahedron-fire-red Cube(hexahedron)-earth-green Octahedron-air-light blue Icosahedron-water-blue Dodecahedron-aether-gold

My favourite thing about the whole video is mostly how the different dimensions interacted with each other. How 1D and 2D were easily shattered by the 4D shape, but 3D shapes were harder for the 4D shape to break through

THE GOLDEN RATIOOOOOO 2:05 I’ve never been so excited to see a Greek letter in an animation

SOLVING THE (current) THUMBNAIL: From what we see in AvM, Orange is 2.5m tall due to being 2.5 blocks tall. Here we see he is ROUGHLY 4 tiles tall. 2.5 divide 4 is 0.625m, so 0.625m per tile. The side b is 9 tiles, which is 0.625 x 9 = 5.625m. The side a is 5 tiles, so 0.625 x 5 = 3.125m. Now we can find the side c using a² + b² = c². Side a² = 3.125² = 9.766m (rounded) Side b² = 5.625² = 31.460m (rounded) Which means that: Side c² = 9.766 + 31.460 = 41.406m Side c = √41.406 = 6.435m Side a is the Opposite, side b is the Adjacent, and side c is the Hypotenuse. To first calculate the bottom right angle which I will call x, we are going to use Sin (x) = 3.125 divide 6.435 = 0.49 (rounded up) Which we will then substitute into sin-1 (0.49) To receive the angle x = 29.3 degrees To then calculate the top left angle which I will call y, we will simply just do 90 - 29.3 to receive the angle y = 60.7. NOTES: Yes I ignored the Animation vs. Physics height given for Orange. I just simply don't think it's correct given that the number could be anything without any external guides to go off, like the AvM blocks. I'm bad at math so if I did anything wrong please let me know. EDIT: The thumbnail I'm referencing had a right sided triangle with all unknown values. Check the wiki for it.

The first part of the video was so beautiful. It reminded me of the of how fascinating mathematics can really be. Though I’ve never been particularly good at it, seeing it come to life like this makes me want to learn more about it. Such a beautiful animation! I’ll be rewatching this many times, that’s for sure!

4:53 the golden spin!