Why did we need to install the answer target after building its executable? I think I get why we needed to install the hg2g library (because we generate one of the header files during the build process; correct me if I'm wrong please). But then we link the hg2g library to the answer target. In the other examples, we just built the executable and ran it, but now we're installing it as well.

Hello! How can I have your gmail thank you :)

"convolution is purely evil, you should avoid it at all costs, and anything that you can do that saves you from having to compute convolutions can only be a good thing"

Very helpful video, Thanks

Ubsan Drone

thank you

Thank you Prof. Adams for making this content available. It is great and I am using it to self-teach C++. As I am working on the exercises, I am not always sure if I have the right solution or maybe there is a better way to write the same code. Are there solutions or hints available for the book exercises? Thanks again.

last one. whoop, whoop!

Yeah, thanks for the useless information Buddy you should take down this video

I am gonna read your book " signal and system* :-p

Thank you so teaching this course

You are an excellent teacher: thorough, concise, clear, good teaching affect; much good must propagate outward. I am grateful, Thank You.

Thanks for making that video, because there really wasn't a lot of information about that software or video of it so it's pretty useful that you did that.

Does cgal inherently support hexahedral mesh? I searched hexahedral from its online manal but did not see any results

Hello Prof. I'm stuck at the cmake basic exercise problem. I've tried multiple solutions, but it shows the same error /usr/bin/ld: CMakeFiles/sinc.dir/sinc.cpp.o: in function `main': sinc.cpp:(.text+0x1b): undefined reference to `sinc(double)' collect2: error: ld returned 1 exit status Please suggest some help

thanks for making this public

Hello! Could you further explain why H(w) and X(w+2wc) never are simultaneously non-zero?

🥶

👏👏

Thank you, it is a very clear explaination

Regarding the example relating to temporary objects at the end of the video, if we initialize `s` by `std::string s(s1+s2)`, so the temporary object is not introduced right?

Thank you Michael for making these tutorials. I am learning c++ myself and these tutorials are very useful to me. Do you have any recommendations on what I should do to practice my coding skills?

Thanks for a great course!

course starting to get hard

very convoluted examples

Why "hello world" is an rvalue, whereas 42U is pure a rvalue? Could you please explain that in more detail for me?

For `s=&buffer[1]`(which is seen on the second slide), `buffer[i]` is an lvalue, whereas `&buffer[1]` is a rvalue. Am I right?

Why `std::move(func)()` is an lvalue(which is seen on the first slide)? It's really hard to understand.

What do you mean by "How an expression can be used is dictated, in part, by its value category."? Could you please explain that for me in more detail?

@iamcanadian1867 "reasonable implementation would have zero memory cost for deleter state of `std::unique<T>` in case of: default deleter..." How this is achieved? Could you please explain that in more detail for me?

*signed* integer overflow is undefined behavior. But, the behavior of *unsigned* integer overflow is defined by the standard. Even though it's well defined, overflow could still present an unexpected bug in your code.

hi in 9:19 u solved the property Number 1 but not 2 and 3 my professor will give us an example for property number 3 can you plz tell me where did you get an example of it or how to because is it not in the book I hope u answer me ASAP , and if it's in the book can u tell me ay what page is it because i can't find it ?

what book is this class using or what book would you recommned?

on line 8 shouldn't that be std::find since I don't see using namespace std, I am wondering if that why it compiles? Great vid though thanks

cheers helped a lot

Thanks a lot

line 17, shouldn't it be Complex operator+(const Complex& b){ return Complex(this->real() + b.real(), this->imag() + b.imag()); }? and which compiler are you using?

This is C++ just for anybody who do not know.

Love from India 🇮🇳🇮🇳🇮🇳❤️❤️❤️

how did you do it can you share with me , thank you

how did you do it can you share with me , thank you

Thank you for making this demo. Its exactly what I was searching for!

On a lower level this is because the vector's size reached its capacity and probably had to be relocated multiple times (same as if you had implemented a dynamically sized array manually using realloc() in C, any pointers to array members previously held become invalid) - if you run the code through a debugger, internal vector fields like _M_start show that its storage has moved. But the size is still small enough that the old and new allocation are still within the same general heap area, not a separate memory mapping that may have been returned to the OS and caused a segfault, which is what ASan is useful for.

This was very helpful, thanks for sharing it.

Thank you for the sharing! Is there any link for the code in this chapter? And can we see some visualizations done through CGAL? I am hoping to transform a set of point cloud coordinate data into mesh and is trying to figure it out by going through your process

Very nice introduction to the basics of CGAL! Thank you so much!

Hey, the audio is a little messed up at points, for example at 46:18

Nice. Big help, thank you

Hey, Michael, I don't think the slides are quite synced with the video, you might wanna have a look?

A link to the Tacoma Narrows video referenced on the last slide: kzbin.info/www/bejne/oF7dlK2AjbirpNk