0: 99995522     16,6659%
1: 99998844     16,6665%
2: 99998109     16,6664%
3: 99988758     16,6648%
4: 100003266    16,6672%
5: 100015500    16,6693%

0: 100005194    16,6675%
1: 99993056     16,6655%
2: 100007572    16,6679%
3: 99989516     16,6649%
4: 99998428     16,6664%
5: 100006233    16,6677%

0: 99986272     16,6644%
1: 100012836    16,6688%
2: 100022654    16,6704%
3: 100000588    16,6668%
4: 99980680     16,6634%
5: 99996969     16,6662%

0: 99998352     16,6664%
1: 99997879     16,6663%
2: 99979625     16,6633%
3: 99996773     16,6661%
4: 100013016    16,6688%
5: 100014354    16,6691%

0: 99990543     16,6651%
1: 100008784    16,6681%
2: 99998934     16,6665%
3: 100013355    16,6689%
4: 99990095     16,6650%
5: 99998288     16,6664%

0: 99994203     16,6657%
1: 100024501    16,6708%
2: 99991417     16,6652%
3: 99992826     16,6655%
4: 99994362     16,6657%
5: 100002690    16,6671%

static class Program {
	const int N = 10;
	const int M = 6;

	static Random rand = new Random();
	static int prev = 0;

	static int my_rand() {
		prev = (prev + rand.Next(N)) % M;
		return prev;
	}

	static void Main(string[] args) {
		var arr = new int[M];
		for (int i = 1; i < 100000000*M; i++) {
			if ((i & 0xFFFFF) == 0) {
				int min = 100000000, max = 0;
				foreach(var x in arr) {
					if(x < min) min = x;
					if(x > max) max = x;
				}
				Console.Write($"\r {i}  min:{min}  max:{max} delta:{((double)max/min-1)*100:N4}%");
			}
			arr[my_rand()]++;
		}
		Console.Write("\r                                                                \r");
		for(int i = 0; i < arr.Length; i++) {
			Console.WriteLine($"{i}: {arr[i]}\t{(double)arr[i]/1000000/M:N4}%");
		}
	}
}