public Cycle(Cycle other)
{
CycleScore = other.CycleScore;
Repeats = other.Repeats;
MinDistance = other.MinDistance;
_windows = new int[other._windows.Length];
other._windows.CopyTo(_windows, 0);
_windowsPerScan = other._windowsPerScan;
_pairingHistory = other._pairingHistory; // Copy shares PairingHistory with other.
}
public Cycle(int windowCount, int windowsPerScan)
{
CycleScore = double.MaxValue;
_ordering = new int[windowCount];
_windows = new int[windowCount];
int scansPerCycle = windowCount / windowsPerScan;
_scans = new int[scansPerCycle];
_nextWindowInScan = new int[scansPerCycle];
_windowsPerScan = windowsPerScan;
_pairingHistory = new PairingHistory(windowCount);
_random = new Random(0); // Fixed seed for repeatable results.
for (int i = 0; i < _ordering.Length; i++)
{
_ordering[i] = i;
}
}
public Cycle(Cycle other)
{
CycleScore = other.CycleScore;
Repeats = other.Repeats;
MinDistance = other.MinDistance;
_windows = new int[other._windows.Length];
other._windows.CopyTo(_windows, 0);
_windowsPerScan = other._windowsPerScan;
_pairingHistory = other._pairingHistory; // Copy shares PairingHistory with other.
}
public Cycle(int windowCount, int windowsPerScan)
{
CycleScore = double.MaxValue;
_ordering = new int[windowCount];
_windows = new int[windowCount];
int scansPerCycle = windowCount / windowsPerScan;
_scans = new int[scansPerCycle];
_nextWindowInScan = new int[scansPerCycle];
_windowsPerScan = windowsPerScan;
_pairingHistory = new PairingHistory(windowCount);
_random = new Random(0); // Fixed seed for repeatable results.
for (int i = 0; i < _ordering.Length; i++)
{
_ordering[i] = i;
}
}
