Sir aap playlist banado order wise, isme badi dikkat hoti hai ek ek topic dhundna padhta hai computer graphics mai. Aapke views bhi aayenge bahut fir aap padhate bahut badia ho
sir at, 6:29 [x', y', h] = transformation matrix * (object after converting it into homogeneous form, which will be [x*h, y*h, h]) so, general formula will be [x', y', h] = transformation matrix * [x*h, y*h, h] isn't it right sir? for general formula when we don't consider h = 1
The way you explain is commendable. Thank you.
Nice video sir g muja aye vedio dakh ka homogeneous ka topic sara samje aa gayea ha
Bhai Your notes are so rich in explanation ... Pure Crisp and great explanation . Thank U So much :))
thank you so much bhai, apne bhoot time save kiya mera. thanks again
Thank u so much apne mera bahot time bacha liya
Great
Sir aap playlist banado order wise, isme badi dikkat hoti hai ek ek topic dhundna padhta hai computer graphics mai. Aapke views bhi aayenge bahut fir aap padhate bahut badia ho
What a teacher ❤️❤️❤️
sir baki ka video kidhar he 3d tranformation clipping viewing
laga rhe bhai , yaar inke numerical ki video daal , jitne ho sake
Sir muze apki notes chahiye plz help me
Thank u so much
sir at, 6:29 [x', y', h] = transformation matrix * (object after converting it into homogeneous form, which will be [x*h, y*h, h])
so, general formula will be
[x', y', h] = transformation matrix * [x*h, y*h, h]
isn't it right sir? for general formula when we don't consider h = 1
Pls sir give me your notes
Please explain by English
First you understand yourself then understand us
Voice improve plz
In some old videos a bit sound problem is there
But now latest videos are of v good quality 😊✌️