This is clear explanation to make me understand the differences. Although I replayed the B-spline portion for the 'order' and 'degree' impact brought by "blending function". Good lecture!
I appreciate you making the video. One suggestion: Plan what you are going to say. You repeat yourself an extraordinary number of times and sound slightly confused in the beginning.
If you change the control point P2 then two segments will change and if you change P3 then three segments will change. Only first segment will be affected when you change P1. Your explanation is correct that B Spline is local control curve but the example is little wrong.
Thank you for brilliant performance of The Methods and comparations! Yours illustration can be helpful to compute the flow. The boundary problem of B - splines must satisfie many research problems so thanks! For instance in incompressible fluid in civil engineering-hydrology especially! Visualization the solution you present (especially B-splines) can show me flowing velocity speeds and the streamlines and end of channel of fluid direction. What to say but THANKS 😊👍
you are teaching in reverse order. first draw and explain, then write statements. for example, you spent almost 50% of video time on writing 5-6 lines in the page1, which makes no sense until you come to 2nd slide. so why force people to remember it. instead, draw explain and then show the notes pointers to remember.
If you are not interested in any of the engineering field, you can't manage the academic curriculum, if you're not good at pressure handeling, if you don't have patience, then bro, don't take engineering otherwise engineering will take over you.
This is clear explanation to make me understand the differences. Although I replayed the B-spline portion for the 'order' and 'degree' impact brought by "blending function". Good lecture!
I appreciate you making the video.
One suggestion: Plan what you are going to say.
You repeat yourself an extraordinary number of times and sound slightly confused in the beginning.
Exactly please maam understand yourself before you publish
If you change the control point P2 then two segments will change and if you change P3 then three segments will change.
Only first segment will be affected when you change P1.
Your explanation is correct that B Spline is local control curve but the example is little wrong.
important ye nhi h ki example glt h ya kya h...important ye h ki yhi likh k v hum pass ho rhe hn...😂😂😂😂😂😂😂😂😂😂😂😂😂😂
Exactly someone had to point it out !!
Nice way of explanation.... helping lot to understand the concepts.... thankyou for your effort....
Thank you for brilliant performance of The Methods and comparations! Yours illustration can be helpful to compute the flow. The boundary problem of B - splines must satisfie many research problems so thanks! For instance in incompressible fluid in civil engineering-hydrology especially! Visualization the solution you present (especially B-splines) can show me flowing velocity speeds and the streamlines and end of channel of fluid direction. What to say but THANKS 😊👍
Amazing explanation! 👌🏼 Thank you 🙏🏼
you are teaching in reverse order. first draw and explain, then write statements. for example, you spent almost 50% of video time on writing 5-6 lines in the page1, which makes no sense until you come to 2nd slide. so why force people to remember it. instead, draw explain and then show the notes pointers to remember.
There is a thing called 2x speed.
it was very heplfull video , thanks u
Thank you but one thing is not clear to me: How do you create those segments?
U r just excellent mam.
Wwaaaa...
Wt a clear explanation.
Salam mam meku.
👏👏👏👏👏👏
mam kafi jyada confuse kardiya apne b-spline curve aur bezier curve difrent videos bananatha.
Love from me clear all doubt..
Mam thank you so much this is very helpful for me 👍👍👍
It's the diff of these curves
Sooo awesome!
Thank you for speaking in English
Thanks for the content!
❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️
Well understood
Amazing explanation
Thank you mam
B-spline offers only global control.. But u r saying that its has local control. 🤔🤔🤔🤔
Bezeir curves have global control and B-spline local control, get your facts right
@@harshitaramchandani6042 in Suman Wadhwa's book it is written that B-spline is global control😟😟
@@anjalirana1437 it's the other way around
@@abhinavs03 😁
@@anjalirana1437 🥳
Good explanation thank you
Tq mam...
thank u mam!
Thanks a lot!
Thanks for the video 😊
Bezier curve example please take more points and explain
Please Upload Cardinal Splines Interpolation Method
Very helpful thanks
how to find the exact segments
Thank you
Please less text and more visualization.
raj kishore ARMY !!!!
If you are not interested in any of the engineering field, you can't manage the academic curriculum, if you're not good at pressure handeling, if you don't have patience, then bro, don't take engineering otherwise engineering will take over you.
Thnx
tq mam
😋
May be the entire online classes is waste
so confusing , pls leave this field
Not good explanation
Too slow and useless video😢
couzinetek
Galat padha rai hai behen
ruclips.net/channel/UCHb0aRguNQUArO8Lkwls9eA
Hope this channel will help you
you should first learn how to teach
Waste of time lecture......
好咖喱
Those who are watching these type of videos to just pass the exam Believe me you are a fool. Your Future is nothing
lol why are you watching then?
@@magarmuch3524 cuz' he know his future is nothing...😅😅😅
Worst explaination mam
Thank You