The description should say "much better than any 50 minute lecture on affine transformations". Your explanations are always both so clear and so original. It must be nice to be clever !
I came here for Affine transformations, but then understood why sin and cos are used for rotation and why translation requires 3-D space. Oh, I now understand Affine transformations. The sheer volume of concepts visually explained within five minutes makes this video the best educational video I have ever watched. Keep up the good work!
This is absolutely insane in its conciseness... I am currently working on an educational/customizable Mode 7 shader I'm writing in webgl, and this video is literal perfection. Should be a required reference for any tutorial about graphics for beginners.
...man. I've been trying to learn this (and some other stuff when I gave up on this particular topic :')) for computer graphics exam for past 3 days and didn't get the intuitions for the affine operations at all. Until now. Wow. Thank you A LOT.
It's mostly just powerpoint/keynote. The 3D part is Unity. Based on multiple requests, I made a video on how I make these videos: th-cam.com/video/Yd5NAk4Qyzs/w-d-xo.html
The signal to noise ratio on these videos is fantastic. I also appreciate that you don't start the video with "Hey guys what's up? Don't forget to like and subscribe" 😉
can u make a video about Piecewise Affine Transformation . i made some diy book scanner .i have some curved pages while i scann . this issue is something that can be solved with a programm called abbyfinereader and the command straighten text line . but i am trying to correct it with python.
That's a really good question. I haven't been able to find a really satisfying answer, and there may just be none, other than that it was introduced by Euler who needed a word to describe a certain class of transformations... english.stackexchange.com/questions/363015/what-is-the-origin-of-the-word-affine-in-the-context-of-mathematics
'Affine' means to maintain parallel relationship. This form of figure transformation does not affect the parallel relations between lines. Hence it is called Affine transformation.
The description should say "much better than any 50 minute lecture on affine transformations". Your explanations are always both so clear and so original. It must be nice to be clever !
...hows that workin out for you? Awhaaa? bein clevah gurl...
what does a shear in 4d look like
I came here for Affine transformations, but then understood why sin and cos are used for rotation and why translation requires 3-D space. Oh, I now understand Affine transformations. The sheer volume of concepts visually explained within five minutes makes this video the best educational video I have ever watched. Keep up the good work!
This is absolutely insane in its conciseness... I am currently working on an educational/customizable Mode 7 shader I'm writing in webgl, and this video is literal perfection. Should be a required reference for any tutorial about graphics for beginners.
The best video I've ever watched in my life. Thank you
Luan I was about to say that too! I hope you are having a good day.
i couldn't agree more
Best explanation on the topic I've seen in the past 15 year! Extremely underrated!
...man. I've been trying to learn this (and some other stuff when I gave up on this particular topic :')) for computer graphics exam for past 3 days and didn't get the intuitions for the affine operations at all. Until now. Wow. Thank you A LOT.
ive never seen it broken down like this. i knew where to put the sines and cosines, but I never knew why. now this makes a lot more sense!
This is the best explanation I've seen on the topic, very clear thanks!
Best and most concise explanation. Every educational video should be like this. Well done!
Outstanding job on this video. Please continue these. You make the abstract so tangible
Amazingly clear and concise video I'm super impressed and happy I fell upon it.
The best explanation ever! Thank you for your effort!
oh my god i love you so much. Thank you for these condensed informative videos
simple but best description of affine transformation. Thanks
I totally love the way you explained this :)
I love how the description says "equivalent to a 50 minute university lecture". Perfect summary.
what a fantastic video. Thank you
bro this is 100 times better than my profecessor's lecture
excellent sir
this helps a lot
thank you for this explanation
Insanely awesome!
Excellent Sir. Brilliant work. No words to describe. What software have you used to simulate this.
It's mostly just powerpoint/keynote. The 3D part is Unity. Based on multiple requests, I made a video on how I make these videos:
th-cam.com/video/Yd5NAk4Qyzs/w-d-xo.html
Thank you so much for this video. It helped me alot.
guaaaa me quedó bien claro. excelnte video y con su explicasion usando los dibujos fue lo mejor para entender mas facil.
Really good explanation
Excellent !!!!
Great explanation! ❤
best video ever
very good mate.
this video is just WOW!
You're a god.
wow, maybe I'll finally remember rotation matrix, thanks!
This was great!
The signal to noise ratio on these videos is fantastic. I also appreciate that you don't start the video with "Hey guys what's up? Don't forget to like and subscribe" 😉
Great Great Great ♥♥♥ Thanks a lot for this outstanding video.
와 진짜 대박이다..이걸 이렇게 이해시켜주다니..
that was clear!
Awesome explanation. Using which software, did you generate these different images?
I have a video that describes how I create these videos :-)
th-cam.com/video/Yd5NAk4Qyzs/w-d-xo.html
The 3D animations were done in Unity
very well done!
Thank you for this video. I thought affine ransformation used only in image processing, in 3d some other technique is used.Thanks to expplain in 3D.
this is so cool!
Just fuc**ng amazing video hats offf
thats cool.
can u make a video about Piecewise Affine Transformation . i made some diy book scanner .i have some curved pages while i scann . this issue is something that can be solved with a programm called abbyfinereader and the command straighten text line . but i am trying to correct it with python.
Why is it called affine?
That's a really good question. I haven't been able to find a really satisfying answer, and there may just be none, other than that it was introduced by Euler who needed a word to describe a certain class of transformations...
english.stackexchange.com/questions/363015/what-is-the-origin-of-the-word-affine-in-the-context-of-mathematics
'Affine' means to maintain parallel relationship.
This form of figure transformation does not affect the parallel relations between lines. Hence it is called Affine transformation.
@@nehalkalita thank you so much bro.
Wow
SO it's like shear but not really shear
Beneficial
the caption did not lie
MY professor taught this in 2 weeks!!!!
Still didn't understand her