public void solve(final EncodedCube cube) {
this.cube = cube;
isInterrupted = false;
initStatistics();
stackA[0].setCubeStateA(
cube.twist, cube.flip, transform.mEdgePos_to_mEdgePosSet(cube.mEdgePos));
stackA[0].setTurnState(cube.symmetry, turnList);
final int ct_ef_d = pruneA.get_twist_flip_startDist(stackA[0].twist, stackA[0].flip);
final int ct_meps_d =
pruneA.get_twist_mEdgePosSet_startDist(stackA[0].twist, stackA[0].mEdgePosSet);
final int ef_meps_d =
pruneA.get_flip_mEdgePosSet_startDist(stackA[0].flip, stackA[0].mEdgePosSet);
final int ct_d = pruneA.get_twist_startDist(stackA[0].twist);
final int ef_d = pruneA.get_flip_startDist(stackA[0].flip);
stackA[0].setDists(ct_ef_d, ct_meps_d, ef_meps_d, ct_d, ef_d);
for (int maxALength = stackA[0].getMaxDist();
shouldContinueSearchingA(maxALength);
maxALength++) {
reporter.depthChanged(maxALength);
searchA(maxALength);
}
reportStatistics();
}
