I'm trying to create a wall placement system a kin to Sims, and am having trouble figuring out how to split the wall if you put another wall perpendicular to it
I'm in new this field. How do I manage the dynamic calculation with formulas and what steps to achieve the below output?. I have tables. Table 1 - Info_question
Currently testing Android Auto, where we are now testing on a physical device (in a car). So far I have managed to get add working Android Auto support to an ap
What is the advantage of specifying a trailing return type in C++11, as opposed to a normal return type? Look at foo1 vs foo2 here: int foo1() { return 1;
Since C++20, the constrained auto is introduced by: Concept auto identifier = init Which means, for instance: std::integral auto x = 10; is valid. Also, for n