E=mc^2 Calorie-in vs calorie-out, or mass-in vs mass-out is really the same thing in the end.
>It's absolutely not So why do we never find obese people among starving conditions (famines, concentrations camps, etc)
>we can't type-check zig libraries which contain generics. >comptime is_odd_perfect_number(n) I assume zig has a finite bound on comptime_int, so we can in fact always know what is_odd_perfect_number() returns.
E=mc^2 Calorie-in vs calorie-out, or mass-in vs mass-out is really the same thing in the end.
>It's absolutely not So why do we never find obese people among starving conditions (famines, concentrations camps, etc)
>we can't type-check zig libraries which contain generics. >comptime is_odd_perfect_number(n) I assume zig has a finite bound on comptime_int, so we can in fact always know what is_odd_perfect_number() returns.