main.cpp

// Include the source files for three different Rubik's Cube implementations
#include "Prototype/RubiksCube3dArray.cpp"
#include "Prototype/RubiksCube1dArray.cpp"
#include "Prototype/RubiksCubeBitboard.cpp"


// Bring the entire C++ Standard Library namespace into scope
using namespace std;

// Main function, the entry point of the program
int main() {


//    // Object Creation and Printing for RubiksCube3dArray
//    RubiksCube3dArray Objectof3darray;
//    Objectof3darray.print();
//
//    // Object Creation and Printing for RubiksCube1dArray
//    RubiksCube1dArray Objectof1darray;
//    Objectof1darray.print();
//
//    // Object Creation and Printing for RubiksCubeBitboard
//    RubiksCubeBitboard ObjectofBitboard;
//    ObjectofBitboard.print();
//
//// Testing for RubiksCube3dArray
//
//    if(Objectof3darray.isSolved()) cout << "SOLVED\n";
//    else cout<< "NOT SOLVED\n";
//
//    // Generate random shuffle moves and print them for RubiksCube3dArray
//    vector<RubiksCube::MOVE> movesToShuffle3dArray = Objectof3darray.randomShuffleCube(2);
//    for (auto move: movesToShuffle3dArray)
//    {
//        cout << Objectof3darray.getMove(move) << " ";
//    }
//    cout << "\n";
//
//    // Print the cube's state after shuffling and check if it's solved
//    Objectof3darray.print();
//    if(Objectof3darray.isSolved()) cout << "SOLVED\n";
//    else cout<< "NOT SOLVED\n";
//
////  (( Testing for RubiksCube1dArray ))
//
//    if(Objectof1darray.isSolved()) cout << "SOLVED\n";
//    else cout<< "NOT SOLVED\n";
//
//    // Generate random shuffle moves and print them for RubiksCube1dArray
//    vector<RubiksCube::MOVE> movesToShuffle1dArray = Objectof1darray.randomShuffleCube(2);
//    for (auto move: movesToShuffle1dArray)
//    {
//        cout << Objectof1darray.getMove(move) << " ";
//    }
//    cout << "\n";
//
//    // Print the cube's state after shuffling and check if it's solved
//    Objectof1darray.print();
//    if(Objectof1darray.isSolved()) cout << "SOLVED\n";
//    else cout<< "NOT SOLVED\n";
//
////  (( Testing for RubiksCubeBitboard ))
//
//    if(ObjectofBitboard.isSolved()) cout << "SOLVED\n";
//    else cout<< "NOT SOLVED\n";
//
//    // Generate random shuffle moves and print them for RubiksCubeBitboard
//    vector<RubiksCube::MOVE> movesToShuffleBitboard = ObjectofBitboard.randomShuffleCube(3);
//    for (auto move: movesToShuffleBitboard)
//    {
//        cout << ObjectofBitboard.getMove(move) << " ";
//    }
//    cout << "\n";
//
//    // Print the cube's state after shuffling and check if it's solved
//    ObjectofBitboard.print();
//    if(ObjectofBitboard.isSolved()) cout << "SOLVED\n";
//    else cout<< "NOT SOLVED\n";

}