Basically, the computer can generate random numbers based on the number that is fed to srand(). If you gave the same seed value, then the same random numbers would be …

Jul 28, 2009 · This is the simplest method of producing uniformly distributed random numbers in C: Step 1. Be sure to include the standard library header to get the necessary function …

Jun 18, 2010 · $ gcc -W -Wall rand.c rand.c: In function `main': rand.c:5: error: too many arguments to function `rand' rand.c:6: warning: implicit declaration of function `printf' You get …

Jul 25, 2013 · Random number generators are only "random" in the sense that repeated invocations produce numbers from a given probability distribution. Seeding the RNG won't …

Nov 19, 2012 · The overall interface of std::rand() isn't very intuitive for the proper generation of pseudo-random numbers between a given range, e.g., producing numbers between [1, 6] the …

Try these simple steps to create random numbers: Create function: private int randomnumber(int min, int max) { Random rnum = new Random(); return rnum.Next(min, max); } Use the above …

Jul 30, 2009 · Q: How can I get random integers in a certain range? A: The obvious way, rand() % N /* POOR */ (which tries to return numbers from 0 to N-1) is poor, because the low-order bits …

Apr 3, 2018 · Perhaps the most expedient is to define a function random_extended() that pulls n bits (using random_at_most()) and returns in [0, 2**n), and then apply random_at_most() with …

Nov 16, 2012 · Some rounding is actually necessary: if you want to generate uniform float value over [0..1], but still have a chance to generate every representable float, you need multiple …

I want to generate (pseudo) random numbers between 0 and some integer. I don't mind if they aren't too random. I have access to the current time of the day but not the rand function. Can …