/* By: Michael Simnitt (Mindsoft) Date Created: 5/25/17 Purpose: Demonstrate simple AI in Clock methods Acknowledgements: SoloLearn , LearnCpp.com , Luyanda (Time Detail) program on SoloLearn */ #include //cout , endl #include //time , ctime using namespace std; //Set up Arrays for use by AI std::string DAYS[]={"Monday","Tuesday","Wedsday","Thursday","Friday","Saturday","Sunday"}; std::string numDesc[]={"th","st","nd","rd","th","th","th","th","th","th"}; std::string monthDesc[]={"January","February","March","April","May","June","July","Augest","September","October","November","December"}; int main() { cout << std::boolalpha; //turn on bool alpha text (prints true/false instead of 1/0) time_t now = time(0); //Store the current system time in now (typedef long time_t) tm*ltm = localtime(&now); //Create ltm POINTER to tm class object bool dst = ltm->tm_isdst; //store daylight savings value into bool dst cout << ctime(&now); //output timestamp stored in now (pre-formatted) cout << "Daylight Savings time: " << dst << endl; cout << "year : " << ltm->tm_year+1900 << endl; cout << "day #: " << ltm->tm_yday << endl; cout << "month: " << monthDesc[ltm->tm_mon] << endl; cout << "date : " << ltm->tm_mday << numDesc[ltm->tm_mday%10]<< endl; cout << "day : " << DAYS[ltm->tm_wday-1] << endl; cout << "hour : " << ( ltm->tm_hour <= 12 ? ltm->tm_hour : ltm->tm_hour-12) << (ltm->tm_hour < 12 ? "am":"pm") << endl; cout << "min : " << ltm->tm_min << endl; cout << "sec : " << ltm->tm_sec << endl; return 0; }

Simple Ai Clock