Almost as fast as C++

>>more convenient than Python
>in what way? more special snowflake points?
>More convenient than Python? Seriously doubt that.

>python
>use shitty autism os package-manger, dependency not there
>accidentally forget to use --user when pip installing, break system
>still have to manually tweak environment to use virtualenv correctly or use tools like pipenv.
>setup.py tier bullshit for packaging and distribution.
>dependency is recorded in something that isn't a fucking setup.py and not something as completely useless as requirements.txt

For math it is, at least.

And because it's not as retardedly dynamic as Python, so it's amenable to compilation. The JIT compilation thing is a bit annoying, but also amazing. I hope it will improve in the future. It has generic functions in the Common Lisp fashion (dispatch on every parameter, not just the first), but with a gradual, parametric type system. The kind of things you can do with it are pretty crazy but phenomenal for efficient math. For example, it has apparently the best differential equation solver package available in any language, already.

However good Julia is otherwise, 1-based indices is like finding out that the woman you like has a penis.

>python
>infinite libraries to pick and choose from

There, it's already more convenient.

>jose

>when you stop and think about it there is no sane reason to start indexing from zero other than it allows you to use the size of the container as the finish value in a loop without having to add 1 to it or use an equal sign instead of less-than sign
Not always true.
#include

int main() {
int array[3] = {1, 2, 3};
printf("array = {1, 2, 3}\n\n");
printf("array[0] : %d\n", array[0]);
printf("*(array+0) : %d\n\n", *(array + 0));
printf("array[1] : %d\n", array[1]);
printf("*(array+1) : %d\n", *(array + 1));
return 0;
}

starting at 0 makes sense in C.

>I blindly use libraries/packages that anyone including untouchables living on the streets of Calcutta can upload
keep working on that fizzbuzz, you'll get hired someday

I don't use Python at work at all. I use it for personal projects. And it feels good to make a fuckton of progress every day. But you keep being butthurt for... whatever reason.

The fact there's no agreement about what's best means it depends on the application. Math is almost always 1-based, but sometimes not. The best probably would be user definable indexes, as in Ada, and there's some experimental support for it, not too polished yet.

docs.julialang.org/en/latest/devdocs/offset-arrays/#man-custom-indices-1

>I don't do actual work, I only fap on new languages without any support and community.
start learning theoretical computer science and you'll get hired someday