Nice presentation, really easy to follow. I have a question. It seems that we don't need the visited_vertex list if this is a tree, not a graph, right?
thanks, I believe you still need visited_vertex since even if it is a tree, you should check if the neighbor of current node is already visited or not.
Wow this was by far the easiest tutorial on DFS that included code. Thank you!
OMG, by far the best explanation I've seen. You can teach my college prof how to explain this.
great work. we need tutorial as easy, short and effective like this
The best explanation! Thank you!
It was the fastest explanation I see. Thank you!!!
this guys needs best teacher award
Best explanation! You're amazing, please carry on!
phenomenal explanation
quiet ez understandable code and explanation. Thank you! :3
DFS 개념 이해하는데 도움 많이 됐습니다!
Excellent video.
고맙습니다.
Thanks a lot. Specially for the code.
wow this was so helpful! Thank you so much!
This prints output from right to left but what if I want to print left to right?
Umer Naeem hi, there are many ways to it, you can reverse output once it is ready :) that is the easiest way from existing code.
Thanks a lot. Add a link from this video to your Graph Concepts video!!
Nice presentation, really easy to follow. I have a question. It seems that we don't need the visited_vertex list if this is a tree, not a graph, right?
thanks, I believe you still need visited_vertex since even if it is a tree, you should check if the neighbor of current node is already visited or not.
@@TheEasyoungcan we solve it by recursion too
Thank you
damn brilliant oppa
Easy to understand the theory, but complex to code ;-;
mercii beaucoup
vous êtes les bienvenus
Nice code