import 'package:cuber/cuber.dart';

/// Create an instance of Cube class.
final cube0 = Cube.solved;
final cube1 = Cube.from('UUUUUUUUURRRRRRRRRFFFFFFFFFDDDDDDDDDLLLLLLLLLBBBBBBBBB');
final cube2 = Cube.of([Color.up, ...]);
// Scrambled.
final cube3 = Cube.scrambled();
// Predefined patterns.
final cube4 = Cube.checkerboard;
final cube5 = Cube.wire;
final cube6 = Cube.spiral;
final cube7 = Cube.stripes;
final cube8 = Cube.crossOne;
final cube9 = Cube.crossTwo;
final cube10 = Cube.fourSpots;
final cube11 = Cube.sixSpots;
final cube12 = Cube.sixTs;

// The cube is mounted correctly.
final isOk = cube0.verify() == CubeStatus.ok; // or cube0.isOk
// The cube is solved.
final isSolved = cube1.isSolved;

// Apply basic moves.
final cube13 = cube0.move(Move.front).move(Move.rightDouble).move(Move.upInv);

// Find solutions.
final solution0 = cube11.solve(maxDepth: 25, duration: Duration(minutes: 1));
print(solution0.algorithm.moves);
// Stream<Solution>.
final solutions = cube11.solveDeeply(duration: Duration(minutes: 1));

// Solve patterns.
final cube14 = Cube.from('UUFLUFBULDLRURUUFBUBBFFLDBRFDBLDRDRRFDLBLDFBRURLFBRDDL');
final cube15 = Cube.from('RRRUUFRLBLDFRRDULLUBDBFUULLRUFFDFLLDBFBRLUURFDDDBBBFDB');
final cube16 = cube14.patternize(cube15); // From cube14 to cube15.
final solution1 = cube16.solve(maxDepth: 25, duration: Duration(minutes: 1));

// SVG.
final String svg = cube16.svg();
File('cube.svg').writeAsStringSync(svg);