Homogeneous Coordinates and formulae of all transformations based on it

Homogeneous Coordinates and formulae of all transformations based on it
2d transformation video:
• 2d transformations in ...
#graphics #homogeneouscoordinates #CSE #graphics #abhics789
#2dTransformation

[@rajnandni2471]

The way you explain is commendable. Thank you.

[@yogeshsharma237]

Nice video sir g muja aye vedio dakh ka homogeneous ka topic sara samje aa gayea ha

[@aaravkumar1308]

Bhai Your notes are so rich in explanation ... Pure Crisp and great explanation . Thank U So much :))

[@AKANKSHYA04]

Thank u so much apne mera bahot time bacha liya

[@gouravsingh4650]

thank you so much bhai, apne bhoot time save kiya mera. thanks again

[@sidhantbarthwal638]

Great

[@AnkushSingh-kj1zl]

laga rhe bhai , yaar inke numerical ki video daal , jitne ho sake

[@shivangisati9761]

Thank u so much

[@VikasKumar-tt8dz]

What a teacher ❤️❤️❤️

[@puskarkafle7109]

sir baki ka video kidhar he 3d tranformation clipping viewing

[@emptyFull123]

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

[@ashishkhadse9836]

Sir muze apki notes chahiye plz help me

[@ashishkhadse9836]

Pls sir give me your notes

[@maram1801]

Please explain by English

[@indrajeetkumar-bs4tg]

First you understand yourself then understand us

[@hemantkumar1072]

Voice improve plz

[@AbhishekSharmaDit]

In some old videos a bit sound problem is there
But now latest videos are of v good quality 😊✌️