You plotted the same mag variable in all the plot instead of newly defined mag's' variable

what do you mean by x_j be the actual count of word j in the dictionary? Did you mean the count in the string for the class i?

Amazing tutorial

Is it possible to design the filterbank such that it represents the musical note frequencies for the A440Hz tuning system?

Learning Python to solve a visual steganography challenge, and I'm loving the breadth of your content here on KZbin - so many videos of yours are -exactly- what I think I'll need to crack this image open! Thanks! ... Oh yeah! Almost forgot, I started this comment (at around 6:30) for a reason: doesn't Python have a modulo operator? If so couldn't that be used in place of the while-loop in that getter?

Your video is really interessting and well explained. I would have loved to see what the encoding looked like by showing the red channel only like you did at 4:44 but with the original image and the altered image.

nice

Nice video on an interesting topic! Image compression was one of the first things that came to my mind at the beginning, nice that you covered it in the end. I think you don't need to encode the null terminator explicitly in this case, because the rest of the image is zeroes anyway, no?

the way you explain RGB so precisely in just 10 seconds is so killer

facinating

why are you integrating from 0 to 1?

JavaScript? that's weird! I guess I'll take it, and try it and not always do this with C++ or C#... might be not that horrible right? javascript isn't that bad...

Mlem

Probably this be useful for me to hide not visible faces.

How calculate, normal vector for hide not visible faces?

I love this type of spontaneous lectures where the teacher care more about knowledge transfer than reputation. It is totally normal to make a mistake and gets bad results. Students must be patient, debug and review the code line by line until they find and fix the mistakes.

Thanks for sharing, it would be nice to add a link to the course and the playlist in each video.

Great Vid!

great content , keep going

nice traveling, Chris,🤚

i am taking Computer Graphics course this semester in Germany and i needed to refresh my Linear Algebra skills. This series are so helpfull! I want to thank you for your effort, great teacher!

Yes, please!!!

P r o m o S M 🤪

i have some queries relating to projections

Chris , please tell me if you think this function is correctly applying the concepts you explained : /** * @brief Checks for intersections with a plane. * @param nmal The normal of the plane. * @param plan_p A point on the plane. * @param D the direction of the ray. * @returns Returns a float with the intersection points, if any. * @note The equation of the plane is ```(p - a) * n = 0``` , where: * @note ```a``` is a point on the plane * @note ```n``` is the normal of the plane. * @note ```P``` is the point we are testing for intersection with the plane. * @note ``` ``` * @note In order for ```P``` to intersect with the plane, * the vector from ```a``` to ```P``` has to be perpendicular to ```n```. * @note i.e , the dot product of vector from ```a``` to ```P``` and ```n``` * has to be zero. */ float intersects_plane(t_Vector nmal, t_Vector plan_p, t_Vector O, t_Vector D) { t_Vector planetoorigin; float denom; float t; t = (float)INT_MAX; denom = dot_product(nmal, D); if (denom > 0) { planetoorigin = vector_sub(&plan_p, &O); t = dot_product(planetoorigin, nmal) / denom; if (t < 0) t = INT_MAX; return (t); } return (t); }

Wowza

why p = t v if the formula of the point is p = p0 + tv ?

Great explanation!

hi chris can you explain what kind of mapping is this link kzbin.info/www/bejne/bYm9pqxrg82rnqMsi=83294k5J0P04-0X2

Amazing visualization

Best explanation I've come across for mel spectograms and why they're important! Thank you 🙌

I love your way of teaching! Step by step. Thank you for sharing this video! :)

Hello Chris, I stumbled upon your GitHub repo: GeomettricCoverSongs. I was about to use your MFCC implementation but I don't think I need tempo bias for now. I really admire your works. I was wondering if you can enlight me about Essentia implementation of Cross-Similarity Matrix, from the example it needs (n_frames, n_features) inputs, I want to use MFCC from librosa, then calculate the CSM using Essentia, but MFCC from Librosa outputs (n_features, n_frames), is it safe for me to just transpose the MFCC from Librosa? Thanks! Regards, Rayhan

Hello sir, Thank you for this informative video. Please create more videos on Audio Signal Processing.

you saved my code and my mental health

great video and explanations, thank you. Hi from physics & neuroscience fields :)

What is homogeneous co ordinate? I do not know what is homogeneous intact Kindly reply

Can you give link for the demo ?

you are beautiful man. Your passion for teaching is shining.

"rather, for the night, here, we're gunna do some meth. sorry... sorry... it's the arch-sausage~~ it's the ox or sage. rather, further than a hair. Religion is in it. So are we, so are we..." "jesus must kill you to be dead.." LOL if you get the reference this is FUNNY AF

give links

can you share notebook ?

do you have code for this?

OMG! There is no sound!

I know it was a terrible time during the pandemic. But it brought some good things, such as this course being available TO ME. Cool enthusiams by you professor Trallie, I'm really enjoying the course. May I ask if there is some link where I can donwload the assignment's pdf's and other things related to this CG Course?

Is this a video for another course instead of cs 472

This series is pure gold. Thank you for all of this.

VERY GOOD EXPLANATION! Thanks for the content, could you please elaborate on the term 'bin'? is it a product value? bands and bin difference pls?

extremely helpful video.