Here's a C99 trick I learned recently, known as compound literals. Say you have a function that takes a struct as a parameter:typedef struct {int x; int y;} Point;void plot(Point p);Normally, to call this function, you have to create a Point first:Point p = {1, 2};plot(p);But, with compound literals, you can declare p anonymously:plot((Point){1, 2});Does anyone else have neat C tricks to share?
I'm in my final year of studying computer science/programming in university. I'm pretty good at programming, infact I'm one of the top in my class. However, I struggle with my math classes, barely passing each semester. Is this odd, to be good at programming but be useless at maths? What worries me the most is what I've read about applying for programming positions in places like Google and...
So I'm a 3rd year electrical engineering student at university and so far we've been taught how to code in ones and zeros, assembly, C and C++. Out of all of these I like C++ the best. I wouldn't say I'm great with it, but I can use it to get what I need done. But every time I come onto this subreddit everybody always makes fun of C++. Apart from school I'm kinda interested about getting into...
This doesn't entirely make sense. I'm sure it's possible to serve adverts on a HTTPS page, and let's encrypt is hardly expensive
TensorFlow is like Numpy, only it is capable of working symbolically and can work more easily with your GPU in a highly parallel manner. For those two reasons, it is vastly superior to numpy for tasks like deep learning / machine learning.
Theano is another symbolic numerical library, coming before TensorFlow, though TensorFlow has seemingly gained more popularity and people have more general faith in it.