public void ApplyQuantumMove(QuantumMove move)
{
bool applied = false;
var new_harmonics = new List <QuantumHarmonic>();
foreach (QuantumHarmonic harmonic in Harmonics_)
{
if (harmonic.Board.CheckQuantumMoveApplicable(move))
{
// Passing to the superposition of the original and new harmonics
QuantumHarmonic new_harmonic = harmonic.Clone();
new_harmonic.Board.ApplyQuantumMove(move);
new_harmonics.Add(harmonic);
new_harmonics.Add(new_harmonic);
applied = true;
}
else
{
// Keeping the original harmonic with degeneracy doubled
harmonic.Degeneracy *= 2;
new_harmonics.Add(harmonic);
}
}
Harmonics_ = new_harmonics;
UpdateQuantumCheckboard();
AssertionException.Assert(applied, "Quantum move couldn't be applied on any harmonic");
}
private void RegroupHarmonics()
{
RemoveVanishing();
AssertionException.Assert(Harmonics_.Count > 0, "Empty quantum superposition found");
Harmonics_.Sort((a, b) => a.Board.GetHashCodeWithGameState().CompareTo(b.Board.GetHashCodeWithGameState()));
var new_harmonics = new List <QuantumHarmonic>();
QuantumHarmonic prev_harmonic = Harmonics_[0];
for (int i = 1; i < Harmonics_.Count; i++)
{
if (Harmonics_[i].Board == prev_harmonic.Board)
{
prev_harmonic.Degeneracy += Harmonics_[i].Degeneracy;
}
else
{
new_harmonics.Add(prev_harmonic);
prev_harmonic = Harmonics_[i];
}
}
new_harmonics.Add(prev_harmonic);
Harmonics_ = new_harmonics;
Harmonics_.Sort((a, b) => b.Degeneracy.CompareTo(a.Degeneracy));
}
