//Flip a coin. It can lands on head, tail, and side. Yes, side, in 1/6000 of chance. //Wanna flip it? #include #include #include #define R 10 #define SIDE 6000 using namespace std; const bool wide = false; //You can change to true. It makes the coin wider. constexpr char head[7][10] { " -+- ", " #### ", "## ", " ### # ", " ## # ", "#### ###", " -+- ", }; constexpr char tail[7][10] { R"(-=/\#/\=-)", R"(<-\/#\/->)", " S O L O ", " ", "L E A R N", R"(<-/\#/\->)", R"(-=\/#\/=-)", }; int main() { random_device rd; uniform_int_distribution gen(1, SIDE); cout << "FLIPPED!\n\n"; if(gen(rd) == SIDE) { for(int i = -R ; i <= R ; ++i) { cout << "\n []"; switch(i) { case -1: cout << " You just flipped a coin"; break; case 0: cout << " on its side! The chance is"; break; case 1: cout << " 1 / " << SIDE << "!"; } } cout << "\n"; for(int i = 0 ; i < R*2 ; ++i) { cout << "-"; } } else { bool isHead = gen(rd) % 2; cout << (isHead ? "HEAD" : "TAIL") << "\n\n"; for(int i = -R ; i <= R ; ++i) { for(int j = -R ; j <= R ; ++j) { if(round(sqrt(pow(i, 2) + pow(j, 2))) == R) { cout << "*"; } else { const char (*pattern)[10] = isHead ? head : tail; if(i >= -3 && i <= 3 && j >= -4 && j <= 4) { cout << pattern[i+3][j+4]; } else cout << " "; } if(wide) cout << " "; } cout << "\n"; } } return 0; }

Flip a coin (ASCII graphic)