Can I solve this equation without looping for each value of x and y?
Given 2 positive integers c and n, find any 2 positive integer answers for x and y that satisfy the following equation: √x + √y = √z where z = c²n.
Can I solve this equation without looping for each value of x and y?
Given 2 positive integers c and n, find any 2 positive integer answers for x and y that satisfy the following equation: √x + √y = √z where z = c²n.
Can I solve this equation without looping for each value of x and y?
Given 2 positive integers c and n, find any 2 positive integer answers for x and y that satisfy the following equation: √x + √y = √z where z = c²n.
Can I solve this equation without looping for each value of x and y?
Given 2 positive integers c and n, find any 2 positive integer answers for x and y that satisfy the following equation: √x + √y = √z where z = c²n.
Generate a slots board from result
i have made this code that generates a combination of 3-5 of different symbols to result in a random float. And now i’m trying to make it into a board, where it shows up as paylines like the real slot machines, but i can’t figure out how to do it without it giving exceptions or looking really weird.
Generate a slots board from result
i have made this code that generates a combination of 3-5 of different symbols to result in a random float. And now i’m trying to make it into a board, where it shows up as paylines like the real slot machines, but i can’t figure out how to do it without it giving exceptions or looking really weird.
Generate a slots board from result
i have made this code that generates a combination of 3-5 of different symbols to result in a random float. And now i’m trying to make it into a board, where it shows up as paylines like the real slot machines, but i can’t figure out how to do it without it giving exceptions or looking really weird.
Invoking nested macros with C++
I’m trying to understand usage of macros in C++, particularly invoking macros from within another. The below example prints “`Y4“ as one might expect.
Invoking nested macros with C++
I’m trying to understand usage of macros in C++, particularly invoking macros from within another. The below example prints “`Y4“ as one might expect.
In C++, why is the function qualifier applied to member functions in member function pointers, rather than to the class itself? [closed]
Closed 1 hour ago.