/* ** *** @üťhöř : Řëwä Mąťhúŕ @Śťaťüš : Sťïľľ Ïñ Çöñšťŕūçťīöñ @Ďäťë : 19 Jäñ 2018 ** *** */ /* // this codes uses some concepts of time with random values of pairs spread on the board arrange them by making move on the number. //***uses the approack of neighbouring condition. //maths function and string function for making move on board to complete the sequence with minimum number of steps. // Pardon me i Will soon make some comments to illustrate all this code processing. *///**** //***** #include #include #include #include #include #include //enums declared for defining all elements like color, symbol, number etc.... enum color { red, green, purple }; enum symbol { oval, squiggle, diamond }; enum number { one, two, three }; enum shading { solid, open, striped }; //card class is declared for making card element and ninding them into one wrapper. class card { public: //card coloe method and other methods are defined. card( color c, symbol s, number n, shading h ) { clr = c; smb = s; nbr = n; shd = h; } //for getting the color of the card use of this functiin is dOne. color getColor() { return clr; } //getting symbol of the cards. symbol getSymbol() { return smb; } //number of the cards. number getNumber() { return nbr; } //shading of the cared method to get the shaded. shading getShading() { return shd; } //string connection is defined in this methods std::string toString() { std::string str = "["; str += clr == red ? "red " : clr == green ? "green " : "purple "; str += nbr == one ? "one " : nbr == two ? "two " : "three "; str += smb == oval ? "oval " : smb == squiggle ? "squiggle " : "diamond "; str += shd == solid ? "solid" : shd == open ? "open" : "striped"; return str + "]"; } private: color clr; symbol smb; number nbr; shading shd; }; //struct typdef use for making use of structure with the help of dynamic time and random numbers and time with dynamic features. typedef struct { std::vector index; } set; //puzzle is set in this class according to needs. class setPuzzle { public: setPuzzle() { for( size_t c = red; c <= purple; c++ ) { for( size_t s = oval; s <= diamond; s++ ) { for( size_t n = one; n <= three; n++ ) { for( size_t h = solid; h <= striped; h++ ) { //for type casting of the cards with other features like color symbol and number. card crd( static_cast ( c ), static_cast ( s ), static_cast ( n ), static_cast( h ) ); _cards.push_back( crd ); } } } } } //for creating the cards with defined size and sets by using the sets and vector property. void create( size_t countCards, size_t countSets, std::vector& cards, std::vector& sets ) { while( true ) { sets.clear(); cards.clear(); //random library for randomly shuffling the cards and counying the numbers. std::random_shuffle( _cards.begin(), _cards.end() ); //counting the cards. for( size_t f = 0; f < countCards; f++ ) { cards.push_back( _cards.at( f ) ); } for( size_t c1 = 0; c1 < cards.size() - 2; c1++ ) { for( size_t c2 = c1 + 1; c2 < cards.size() - 1; c2++ ) { for( size_t c3 = c2 + 1; c3 < cards.size(); c3++ ) { if( testSet( &cards.at( c1 ), &cards.at( c2 ), &cards.at( c3 ) ) ) { set s; s.index.push_back( c1 ); s.index.push_back( c2 ); s.index.push_back( c3 ); sets.push_back( s ); } } } } //getting the size of cards. if( sets.size() == countSets ) return; } } private: bool testSet( card* c1, card* c2, card* c3 ) { //getting the randomness in selection if the cards. int c = ( c1->getColor() + c2->getColor() + c3->getColor() ) % 3, s = ( c1->getSymbol() + c2->getSymbol() + c3->getSymbol() ) % 3, n = ( c1->getNumber() + c2->getNumber() + c3->getNumber() ) % 3, h = ( c1->getShading() + c2->getShading() + c3->getShading() ) % 3; return !( c + s + n + h ); } //dynamically cards and symbols. std::vector _cards; }; //card set is maded by thus method void displayCardsSets( std::vector& cards, std::vector& sets ) { size_t cnt = 1; std::cout << " ** PLAYING " << cards.size() << " CARDS: **\n"; for( std::vector::iterator i = cards.begin(); i != cards.end(); i++ ) { std::cout << std::setw( 2 ) << cnt++ << ": " << ( *i ).toString() << "\n"; } std::cout << "\n ** CONTAINING " << sets.size() << " SETS: **\n"; for( std::vector::iterator i = sets.begin(); i != sets.end(); i++ ) { for( size_t j = 0; j < ( *i ).index.size(); j++ ) { std::cout<<" "<< std::setiosflags( std::ios::left )<( time( NULL ) ) ); setPuzzle p; std::vector v9, v12; std::vector s4, s6; p.create( 9, 4, v9, s4 ); p.create( 12, 6, v12, s6 ); displayCardsSets( v9, s4 ); displayCardsSets( v12, s6 ); return 0; }

😍Wonders Of C++😘