//by bell /* Smoke Detector Challenge by Tibor Santa The smoke alarm in the massage salon has gone haywire. Because of the burning incense, the device produces many false alarms, so the guests are upset. But we don't want to die in a real fire either. Your task is to recalibrate the alarm to a less sensitive setting. The device measures the likeliness of smoke in binary values: 1=smoke, 0=nothing. After a number of measurements are taken, the bits are combined into an integer, that you have to evaluate. For example the binary form of number 42 is 101010 so it represents 6 measurements of alternating yes/no. Write a program to evaluate these integer numbers, so that whenever any consecutive 5 bits contain more than 2 positive signals, then the alarm must be raised. If two or less bits are in all groups of 5, then it is not real smoke. Examples: 594 = 1001010010 -> false 602 = 1001011010 -> true When a bit is ORed: Y OR 1 = 1 and Y OR 0 = Y. When a bit is ANDed: Y AND 0 = 0; Y AND 1 = Y. */ #include #include #include #include using namespace std; #define M 10 int main() { int water; srand(time(NULL)); water=rand()%1024; vector > mask={ bitset (string("1111100000")), bitset (string("0111110000")), bitset (string("0011111000")), bitset (string("0001111100")), bitset (string("0000111110")), bitset (string("0000011111"))}; bitset smoke(water); cout<2 ){ cout<<"True fire in the sky ! "; return 0; } } cout<<"\nFalse alarm, Deep purple"<

SmokeOnTheWaterTiborSanta